# SolidRun Developer Center
Official SolidRun Developer Center - documentation for SolidRun embedded and edge-AI computing platforms: hardware manuals, BIOS and firmware, drivers, board support packages (BSPs), and quick start g
Documentation, BIOS, drivers, BSPs, and quick start guides for SolidRun embedded and edge-AI platforms - industrial PCs, SBCs, SoMs, and IoT gateways.
Bedrock industrial PCs
Target
Bedrock RAI300
Fanless edge-AI PC on the 12-core Zen 5 Ryzen AI 9 HX 370, with a 50 TOPS NPU for LLMs and generative AI at the edge.
***
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# Bedrock PC
SolidRun Bedrock PC docs for fanless industrial PCs with AMD Ryzen Embedded. BIOS, drivers, manuals, Linux/Windows setup, troubleshooting, and tools for RAI300, R8000, R7000, and V3000.
## Bedrock PC Documentation
SolidRun **Bedrock PC** is a family of **fanless industrial PCs** for **embedded**, **edge AI**, and **industrial computing** workloads.
Use this page to find **BIOS files**, **drivers**, **hardware manuals**, **owner's manuals**, **configuration tools**, and **Linux**, **Windows**, and **virtualization** setup guides for **Bedrock RAI300**, **Bedrock R8000**, **Bedrock R7000**, and **Bedrock V3000** systems.
## Bedrock PC models
Commercial: 0°C to 70°C Industrial: -40°C to 85°C Humidity (non-condensing): 10% – 90%
|
| **Dimensions** | 125mm X 95mm |
| | [Buy Now](https://shop.solid-run.com/product-category/iot-industrial-soms-coms/nxp-family/nxp-layerscape-lx2160a/) |
## Overview
SolidRun’s AMD based R8000 COM Type 6 is a highly integrated COM modules where special care was taken care for the module’s height to accomodate thin and low profile designs.
The module integrates the following features –
1. AMD R8000 FP7r2 series. Other FP7r2 processors can be assembled. Please refer to SolidRun’s sales about more details.
2. Two SO-DIMM DDR5 connected to quad independent DDR5 contorllers. Each SO-DIMM supports up to 48GByte SO-DIMM DDR4 4800Mtps memory with and without ECC; total up to 96GByte system memory.
3. Single 12v DC-input is required. 5V Standby not required and not supported.
Since this module is based on SolidRun’s Bedrock product line, it shares lots of the design and features such as memory modules that were tested -
[List of SO-DIMM RAM modules tested with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/list-of-so-dimm-ram-modules-tested-with-bedrock-v3000)
## Description
#### Block Diagram
The following figure describes the AMD R8000 COM express type 6 Blocks Diagram.
### Simplified Schematics
Following is a link to that simplified schematics (currently only COM headers) of the board :
{% file src="/files/QAeMLeSuWrccHYpi32LU" %}
{% file src="/files/U4H91o4aqGaC4nw2Qhjx" %}
The AMD R8000 COM Express Type 6 simplified schematics is intended for the following audience –
1. Software and Firmware engineers that enables them to understand the IO and signal connectivity of the COM express design.
2. Hardware engineers that are willing to use the COM express and build their own solution. This document completes the reference manual from description of signal and implementation wise.
### Heatsink and Cooling
A heatsink for this COM module was developed to accomodate multiple scenarios. Please look below for rendering without a fan -
This heatsink can be used as in the following -
1. With 40mm or 60mm fan - please refer to the M2.5 screws on the top of the heatsink. Take into account that the max thread inside the heatsink is 6mm.
2. In a 1U chassis where an air flow goes through the fins of the heatsink.
3. Standalone - The customer is required to assemble the heatsink the fan and measure max load can be used in his specific application and specific air movement and ambient temperatures
The fan part number is HS00030 and is offered with the module when bought as samples.
Refer to the documentation section withregards 3D model of HS00030.
### Module Power Consumption Measurements
The following power consumption measurements were conducted on the following setup –
1. HoneyComb AMD R8000 mini-ITX motherboard with pico-psu ATX power source
2. AMD Strix Point HX370 processor (12 cores) or Hawk Point 8840U (8 cores) on COM express Type 6 module connected.
3. Two SO-DIMM DDR5 at 4800Mtps (total 2x48GB = 96GByte system memory).
4. During the tests a 1.3 Watt fan was mounted on the processor. The idle, memtester and first cpu-burn power measurements below include those 1.3 Watt, the measurements with die temperature of 65c and above has the fan disconnected.
5. Temperature measurement was done using Linux ‘sensors’ commands, that reads both the PCB (print side of the board away from the center) and the processor die temperature.
6. Software running is standard Linux Ubuntu distribution software release.
7. A 12v PSU is connected to a pico-psu (12v to ATX); and power is measured by multiplying the current and the voltage on the 12v input rail.
Since the measurement are done on the input of the pico-psu; the SoC consumption all together with the DDR and all the DC-DC losses are measured too.
| | | | |
| ----------------------- | ---------------- | ----------------------------- | ----------------------------- |
| **Test** | **Power (Watt)** | **PCB Temperature (Celsius)** | **Die Temperature (Celsius)** |
| Linux idle | TBD | TBD | TBD |
| 16x memtester 100M (\*) | TBD | TBD | TBD |
| 2x cpuburn-krait (\*\*) | TBD | TBD | TBD |
{% hint style="warning" %}
**Please note** (\*) – The Linux command is ‘memtester 100M > /dev/null &’ ran 16x times where 16 is the thread count (\*\*) – The Linux command ‘cpuburn’ is ran two times in background. The reason cpuburn was chosen since it can generate most heat out of the cores (the core pipeline most utilized). (\*\*\*) – This measurement was taken when the fan is disconnected and the power was measured when the die reached 105c. Notice that keeping the fan disconnected will make the processor reach temperatures that are out of spec.
{% endhint %}
### Maximum Current Consumption
TBD
### PCIe Lane Numbers and Bucket Grouping
TBD
### SERDES configuration
TBD
### AB Header
| | **Schematics Signal Name (COM6)** | **Driving IC** | **Schematics Pin Name (COM6 Header Symbol)** | **Pin Number** | **Pin Number** | **Schematics Pin Name (COM6 Header Symbol)** | **Driving IC** | **Notes** |
| --- | ------------------------------------------------------------------------------------------- | ------------------------------------------------- | -------------------------------------------- | --------------- | -------------- | -------------------------------------------- | ------------------- | ---------------------------------------------------------------------------------------------------------------------------- |
| 1 | | | GND (FIXED) | A1 | B1 | GND (FIXED) | | |
| 2 | | Intel i.226 | GBE0\_MDI3- | A2 | B2 | GBE0\_ACT# | Intel i.226 | |
| 3 | | Intel i.226 | GBE0\_MDI3+ | A3 | B3 | ESPI\_CS0# | | 1.8v with 3.3v protection |
| 4 | PHY1\_LED\_SPEED\_1000# | Intel i.226 | GBE0\_LINK\_MID# | A4 | B4 | ESPI\_IO\_0 | | 1.8v with 3.3v protection |
| 5 | PHY1\_LED\_SPEED\_2500# | Intel i.226 | GBE0\_LINK\_MAX# | A5 | B5 | ESPI\_IO\_1 | | 1.8v with 3.3v protection |
| 6 | | Intel i.226 | GBE0\_MDI2- | A6 | B6 | ESPI\_IO\_2 | | 1.8v with 3.3v protection |
| 7 | | Intel i.226 | GBE0\_MDI2+ | A7 | B7 | ESPI\_IO\_3 | | 1.8v with 3.3v protection |
| 8 | In case the customer carrier doesn’t support SPEED\_1000#, or SPEED\_2500#. | Shorted to pin A5 (PHY1\_LED\_SPEED\_2500#) | GBE0\_LINK# | A8 | B8 | ESPI\_ALERT0# | | 1.8v with 3.3v protection |
| 9 | | Intel i.226 | GBE0\_MDI1- | A9 | B9 | ESPI\_ALERT1# | | |
| 10 | | Intel i.226 | GBE0\_MDI1+ | A10 | B10 | ESPI\_CK | | 1.8v with 3.3v protection |
| 11 | | | GND (FIXED) | A11 | B11 | GND (FIXED) | | |
| 12 | | Intel i.226 | GBE0\_MDI0- | A12 | B12 | PWRBTN# | AMD Power button | OD 3.3v level shifted |
| 13 | | Intel i.226 | GBE0\_MDI0+ | A13 | B13 | SMB\_CK | APU\_SCLK1 |
Hawk Point 8840U - 8 Cores Strix Point HX370 - 12 Cores
|
| Memory & Storage |
Up to 64GB DDR5 4800 MT/s 2x SATA interfaces M.2 NVME GEN 4.0 x4
|
| Misc. |
BMC Functionality PWM Fan header
|
| Development and Debug interfaces | Micro USB |
| Power | ATX standard |
| Expansion card I/Os | PCIe x4 Gen 4.0 |
| Temperature | Industrial: -45°C to 85°C |
| Dimensions | PCBA: 170 x 170mm |
## **Block Diagram**
Coming soon…
## Visual features overview
Please see below the features overview of the HoneyComb AMD R8000 mini ITX
## Software Setup
#### Cable setup and prerequisites
Here is what you will need to power up the board:
* Linux or Windows PC
* HoneyComb AMD R8000 mini ITX
* ATX 60W+
* Mini-USB to USB for console, the HoneyComb R8000 has an onboard FTDI chip.
* IP router or IP switch
## Booting the machine
Download & install images:
You can use the [Ubuntu server installation instructions](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-ubuntu-server-using-console) page or download [Pre-installed images](/other-articles/snippets/bedrock-images-info).
If using the Pre-installed image, flash it to a USB stick using the following commands:
```
gunzip
dd if= of=/dev/sdx bs=1M status=progress; sync
```
{% hint style="info" %}
NOTE: check the /dev/sdx device you need using the `lsblk` command
{% endhint %}
## Booting to OS
Insert the USB stick to the device and power it on.
Wait for the device to boot.
{% hint style="info" %}
Very first boot might take a while due to DDR training
{% endhint %}
## SO-DIMM Modules
For some SO-DIMM modules that work on SolidRun hardware platforms, please refer to [List of tested SO-DIMMs](/other-articles/snippets/list-of-so-dimm-ram-modules-tested-with-ryzen-v3000-com7) .
## OS list
| **OS** | |
| --------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------ |
|  |
|
{% hint style="info" %}
(1) HoneyComb AMD R8000 can be used in headless mode with no displays connected, installation will require monitors to be connected to install Windows.
{% endhint %}
{% hint style="info" %}
(2) As of JUL 7 2024 (FreeBSD 14.01) the AMD XGBE driver on **FreeBSD** does not fully support SFP, later versions will eventually have the driver fixed.
{% endhint %}
## Documentation
| | File | Modified |
| ------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------- |
| Schematics and Assy Files |
| 07-JAN-2026 |
# Bedrock R8000 | R7000 Technical Documentation
{% hint style="info" %}
**Bedrock R7000** is not available for new designs and is replaced by **Bedrock R8000**. SolidRun is fully supporting existing Bedrock R7000 customers.
{% endhint %}
## Bedrock R8000 Technical Articles
* [Specifications - Bedrock R8000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/specifications-bedrock-r8000)
* [Hardware - Bedrock R8000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/hardware-bedrock-r8000)
* [Software - Bedrock R8000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000)
* [Bedrock R8000 | R7000 FAQ](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-faq)
* [Bedrock R8000 | R7000 User Guide](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-user-guide)
* [Bedrock R8000 | R7000 Accessories](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-accessories)
* [Bedrock R8000 | R7000 Certificates](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-certificates)
* [Bedrock R8000 | R7000 Errata](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-errata)
## Bedrock Mechanical Documentation
* [Bedrock Mechanical documentation](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation)
## Manuals
\* \[Bedrock R8000 | Owner's Manual]\(bedrock-r8000-technical-documentation/bedrock-r8000-r7000-user-guide/bedrock-r8000-r7000-owners-manual.md) \* \[Custom NIO design guide]\(../com-som/bedrock-som-v3000-r7000-r8000-hardware-user-manual.md)
## See also
* [Bedrock R8000 Product Page](https://www.solid-run.com/industrial-computers/bedrock-r8000)
* [Inquiry form](https://www.solid-run.com/fanless-computers/bedrock-r7000/#evaluate-bedrock)
* [Configure Bedrock R8000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/specifications-bedrock-r8000/bedrock-r8000-configuration-selector)
* [Bedrock Troubleshooting](/amd/r8000-r7000/sbc-platform/bedrock-troubleshooting)
* [Media gallery](https://drive.google.com/open?id=1yFEep4rxTKeHcIw0MFlV0i-rMSyzfOm0\&usp=drive_fs)
## Similar products
* [Bedrock V3000](https://www.solid-run.com/fanless-computers/bedrock-v3000-basic/)
* [Bedrock V3000 Technical Documentation](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation)
# Bedrock R8000 | R7000 Accessories
## Bedrock R8000 | R7000 Accessories
### Full evaluation kit for Bedrock R7000 Basic
{% hint style="info" %}
The recommended kit for evaluating Bedrock R7000 Basic.
{% endhint %}
The kit includes:
* [PSU 90W](/other-articles/snippets/common-bedrock-accessories#psu-90w)
* [US AC Cable & EU AC Cable](/other-articles/snippets/common-bedrock-accessories#us-eu-uk-au-ac-cable)
* [Stand for Bedrock](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
* [Wall mounting bracket](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#wall-mounting)
* [DIN Rail bracket](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#din-rail-mounting)
* [Console mini-USB to USB-A](/other-articles/snippets/common-bedrock-accessories#console-mini-usb-to-usb-a)
{% hint style="info" %}
**Ordering code**: SRBD-R7BEVAL
{% endhint %}
### Minimal evaluation kit for Bedrock
Minimal evaluation kit is a low cost kit for trying out Bedrock.
The kit includes:
* [PSU 90W](/other-articles/snippets/common-bedrock-accessories#psu-90w)
* [Stand for Bedrock](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
{% hint style="info" %}
**Ordering code**: SRBD-EVMIN
{% endhint %}
## Power
### PSU 90W
90W power supply.\
Requires AC cable C13 ("Kettle lead")
{% hint style="info" %}
**Ordering code**: SRBD-PSU90
{% endhint %}
### US | EU | UK | AU AC Cable
1.8m AC cord for PSU (C13 "Kettle lead") with regional plug.
| **Ordering code** | **AC Plug** |
| ----------------- | ---------------------------- |
| SRBD-CABUS | North America |
| SRBD-CABEU | Europlug |
| SRBD-CABUK | UK plug |
| SRBD-CABAU | Australia / New Zealand plug |
### DC Cable Phoenix connector
Pigtail DC cable for Bedrock.\
To be used with a 3rd party PSU.
{% hint style="info" %}
**Ordering code**: SRBD-CABDC
{% endhint %}
## Mounting
### Stand for Bedrock
See [Bedrock Mounting Options - Stand](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
{% hint style="info" %}
**Ordering code**: SRBD-STAND21
{% endhint %}
### Wall mounting bracket
See [Bedrock Mounting Options - Wall Mounting](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#wall-mounting)
{% hint style="info" %}
**Ordering code**: SRBD-WALL21
{% endhint %}
### DIN Rail bracket
See [Bedrock Mounting Options - DIN Rail Mounting](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#din-rail-mounting)
{% hint style="info" %}
**Ordering code**: SRBD-DIN21
{% endhint %}
## Cable accessories
### Remote on/off
#### Remote power button
A power button on a wire for turning Bedrock on/off when Bedrock is installed in an inaccessible location.
{% hint style="info" %}
**Ordering code**: SRBD-CABBTN
{% endhint %}
#### Harness for custom remote power button
A wire harness for soldering custom power button (optionally with LED) for turning Bedrock on/off when Bedrock is installed in an inaccessible location.
{% hint style="info" %}
**Ordering code**: SRBD-CABNOBTN
{% endhint %}
### Console mini-USB to USB-A
Console is mini-USB connector with standard USB interface.\
The mini-USB to USB-A allows connecting to a host PC.
{% hint style="info" %}
**Ordering code**: SRBD-CABCON
{% endhint %}
# Bedrock R8000 | R7000 Certificates
{% file src="/files/0rrPS6601FYYSKUYc4ok" %}
## See also
[Bedrock V3000 Certificates](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/bedrock-v3000-certificates)
# Bedrock R8000 | R7000 Errata
## Bedrock R8000 | R7000 Errata
## Full size Display Port does not work in Bedrock R7000 Basic (resolved)
#### Status
As of 23-Jan-2025 issue is resolved.
#### Symptom
Bedrock R7000 Basic has four display outputs (1x HDMI, 2x mini-DP, 1x full size DP).
The full size DP does not function with BIOS older than Jan-2025.
#### Solution
Update BIOS
#### Root cause
Internal port configuration issue involving the SoC firmware and BIOS.
## 10G USB Hot plug doesn't work
Due to some power management issues, the USB ports hot plug is disabled.\
You can prevent the OS from using the ACPI power management policies by using this workaround.\
[Bedrock Troubleshooting - USB-10G Hotplug](/amd/r8000-r7000/sbc-platform/bedrock-troubleshooting#usb-10g-closest-to-console-port-hotplug-doesnt-work)
## Older Bedrock with Ryzen HS do not support DDR5 4800
#### Symptom
Bedrock does not boot if DDR5 is set to 4800 MT/s or lower. Works with DDR5 set to 5600 MT/s.\
If BIOS default is set to 4800 MT/s on an old Bedrock with Ryzen HS **Bedrock is bricked** and should be returned by RMA.
#### Applies to
Bedrock R7840HS | R8845HS with SN earlier than B7D-241101-000
#### Root cause
Reducing DDR5 frequency results in unsupported DDR voltage setting
#### Solution
DDR5 voltage circuit is revised for all units starting from B7D-241101-000
#### Work around
Install [BIOS for Ryzen HS](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/bios-bedrock-r8000-r7000/bedrock-r8000-r7000-bios-image-files#bios-for-ryzen-hs-cpus) that defaults to DDR5 5600 MT/s.
If DDR5 setting was changed and Bedrock does not boot, then [reset BIOS](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/bios-bedrock-r8000-r7000/bedrock-r8000-r7000-bios-reset).
# Bedrock R8000 | R7000 FAQ
### What is the longevity of Bedrock R7000?
For longevity, it is advised to consider [Bedrock R8000](https://www.solid-run.com/industrial-computers/bedrock-r8000/) which has 10 years guaranteed longevity.\
Bedrock R8000 is fully compatible to Bedrock R7000.
### Does Bedrock R7000 include AMD Ryzen™ AI?
Ryzen 7840HS and 7840U include Ryzen AI IPU. Ryzen 7440U does not.\
Also, [Bedrock R7000 Edge AI](https://www.solid-run.com/fanless-computers/bedrock-r7000-edgeai/) can be fitted with up to 3 Hailo-8™ AI accelerators, for AI inferencing performance of up to 78 TOPS.
### Where is Bedrock manufactured and where is it shipped from?
Bedrock PCBAs are manufactured by [IMI Philippines](https://www.global-imi.com/)\
Mechanical assembly and testing for Bedrock samples and small volume orders takes place at SolidRun facility in Israel. In that case shipping is from Israel.\
For large volume orders, assembly and testing takes place at IMI, supervised by SolidRun. In that case shipping is done directly from the Philippines to the customer.
### Can NVME drives be configured in a RAID array?
Bedrock has 3 PCIe4x4 NVME devices.\
SolidRun evaluated hardware RAID controllers for Bedrock and decided not to incorporate it. To the best of our judgement, current SSD technology provides adequate performance, capacity and reliability and therefore hardware RAID does not make sense for Bedrock form factor.
Please note that Bedrock is offered with enterprise grade Micron 7450 NVME SSD which has built-in power loss protection. This SSD makes a good choice for critical data.
The modular architecture of Bedrock allows developing an integrated RAID controller, either by SolidRun or by a 3rd party.
### Which software RAID solution can be used?
Linux has several software RAID options, including mdadm, Btrfs and ZFS.
Worth noting that Bedrock has high CPU performance and high NVME performance which may make software RAID an effective solution.
### What are the dimensions of Bedrock package and its weight?
The standard Bedrock package measures 24 x 18 x 11 cm (4.7 liter)
Weight varies according to Bedrock configuration between 1.5 Kg and 4 Kg.
{% hint style="info" %}
PSU, cables and accessories are not included in the box and are shipped in a separate box.
{% endhint %}
### What is the difference between industrial temperature Bedrock and commercial temperature one?
Industrial temperature Bedrock undergoes power-on testing below -40ºC and full system stress-testing at +85ºC. This ensures that all devices and the system as a whole withstands the extreme temperatures.
Worth noting that full system testing is more reliable than relying on the temperature rating of individual components and devices. In fact, industrial temperature Bedrock may include components that are not originally rated for industrial temperature and are qualified within the industrial temperature Bedrock system.
### What metrics should be used to determine if Bedrock is thermally fine?
1. Monitor CPU die temperature in software.\
Temperature should not exceed 100ºC
2. Measure enclosure temperature using a thermo-coupler or IR thermometer.\
Temperature should not exceed ambient+40ºC
3. Measure power used by Bedrock.\
If measuring AC “at the wall” assume power consumed by Bedrock is 90% of the measured value\
Bedrock temperature above ambient is proportional to power
Notes:
* To verify that Bedrock is assembled properly and does not have thermal conduction failures, check these guidelines
* DeltaT die to enclosure should not exceed 20ºC
* DeltaT between two sides of Bedrock should not exceed 15ºC
* It is advised to limit CPU power in BIOS to the minimum power that meets performance goals, in order to reduce temperatures
* All secondary devices (RAM, SSD, NICs, power FETs) are conduction cooled and are not expected to overheat
### How do I check the CPU clocks?
To see the clocks of the CPU you can use the following command: `lscpu -e=mhz`
To probe continuously you can use the command: `watch -n 0.5 lscpu -e=mhz`\
This command will probe the CPU clocks every 0.5 seconds; you can change the probing time as you wish.
# Bedrock R8000 | R7000 User Guide
# Bedrock R8000/R7000 Owner's Manual
[Bedrock R8000 Owner’s Manual (PDF)](https://drive.google.com/file/d/1HQL3YAw_DTQRZDFQCt3Ze0JNSER6aMB1/view?usp=drive_link)
# Hardware - Bedrock R8000
* [\_Bedrock R7000 SoM](/amd/r8000-r7000/com-som/bedrock-r7000-som)
* [Bedrock DC Input and PM (Power Module)](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/hardware-bedrock-r8000/bedrock-dc-input-and-pm-power-module)
* [Bedrock R8000 connectors](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/hardware-bedrock-r8000/bedrock-r8000-connectors)
* [Bedrock R8000 Industrial Temperature Range](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/hardware-bedrock-r8000/bedrock-r8000-industrial-temperature-range)
* [List of SO-DIMM RAM modules tested in Bedrock R8000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/hardware-bedrock-r8000/list-of-so-dimm-ram-modules-tested-in-bedrock-r8000)
# Bedrock DC Input and PM (Power Module)
Bedrock can be ordered with an optional power module - an internal DC to DC converter with the following features
* Voltage regulation
* Reverse polarity protection
* Extended voltage range
* Overvoltage protection
For operating Bedrock using the standard PSU SRBD-PSU90, a PM is not required.
For operating Bedrock from a DC source, the PM (either PM1248 or PM1260) are highly recommended.
{% hint style="warning" %}
Without the PM, DC is fed directly into the Bedrock SoM which has no overvoltage protection and no reverse polarity protection. SoM may be damaged by voltage spikes. If powering Bedrock with no PM, nominal voltage should not exceed 24V. Peak voltage should not exceed 28V.
{% endhint %}
# Bedrock R8000 connectors
## Bedrock R8000 connectors
* [DC IN connector](#dc-in-connector)
* [Mating connector](#mating-connector)
* [Remote power button connector](#remote-power-button-connector)
* [Remote power button pinout](#remote-power-button-pinout)
* [Remote power LED parameters](#remote-power-led-parameters)
* [More info](#more-info)
* [WiFi antenna connector](#wifi-antenna-connector)
* [LTE/5G antenna connector](#lte-5g-antenna-connector)
## DC IN connector
Manufacturer: Phoenix Contact\
Manufacturer PN: 1827868
#### Mating connector
Manufacturer: Phoenix Contact\
Manufacturer PN: 1827703
{% hint style="info" %}
SolidRun offers [SRBD-CABDC](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-accessories#dc-cable-phoenix-connector) Pigtail DC cable for Bedrock with the mating connector
{% endhint %}
## Remote power button connector
Manufacturer: [Molex](https://www.molex.com/en-us/home)\
Manufacturer PN: 353630460
#### Remote power button pinout
#### Remote power LED parameters
| | |
| ---------------------------- | ----- |
| Voltage - Forward (Vf) (Typ) | 3.2 V |
| Current (Typ) | 20 mA |
#### More info
* [Datasheet](https://www.molex.com/en-us/products/part-detail/353630460)
* SolidRun remote power button cable:
* SolidRun PN: SRBD-CABBTN
* Description: 1m cable with panel mount power button (black) with integrated blue LED (IP67 rating)
* Panel mount power button:
* [Remote power button schematics](https://drive.google.com/file/d/1yIGvfnjJ2ggpG37PPsWe57a5aQo70dfN/view?usp=sharing)
## WiFi antenna connector
WiFi connector type in Bedrock: **Female RP-SMA** (center pin)
Use a **Male RP-SMA** WiFi antenna (center hole)
## LTE/5G antenna connector
LTE/5G connector type in Bedrock: **Female SMA** (center hole)
Use a **Male SMA** LTE/5G antenna (center pin)
# Bedrock R8000 Industrial Temperature Range
Bedrock R8000 is available with optional industrial temperature range.\
Each industrial temperature Bedrock undergoes full functional test at the extreme low and high temperatures, including stress text at the max temperature.
## Specific devices not qualified for industrial temperature range
If a Bedrock unit fails the industrial temperature range, it disqualified, hardware is changed and retested until it passes successfully.
The following devices are not supported for industrial temperature range due to low yield (high failure rate)
* PM1248\
**How to address**: Choose PM1260
* NVME Micron 7450 Pro\
**How to address**: Choose another NVME, or order Bedrock with no NVME and purchase industrial grade NVME separately
The list above may change in the future subject to SolidRun industrial temperature test statistics.
## RTC battery
Industrial temperature Bedrock has industrial temperature RTC battery installed.
# List of SO-DIMM RAM modules tested in Bedrock R8000
{% hint style="warning" %}
For [BIOS V23](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/bios-bedrock-r8000-r7000/bedrock-r8000-r7000-bios-image-files) and earlier, Bedrock R7000 supports DDR5 5600 only. Specifically, DDR5 4800 is not supported.
{% endhint %}
## Introduction
This page lists DDR5 SO-DIMM RAM modules tested in Bedrock PC by SolidRun.
## Testing Methodology
* DDR training right after power-up, Tjunction close to room temperature
* Multiple instances of Linux Memtester utility (one instance per core) with variable buffer size where the buffer size is greater than the size of L3 cache
* System is stressed until Tjunction approaches 105ºC while Memtester instances keep running
Pass criteria is completing the test above with no memory errors.
## List of non-ECC SO-DIMM RAM modules
Tested SO-DIMM modules are DDR5 with different capacity, rate, and temperature rating.
Manufacturer
Part number
Capacity | Rate
Validated for V3000
Validated for R7000
Validated for R8000
Validated for AI 300
Notes
Kingston
CBD48S40BS6MA-8
8 GB DDR5 4800
V
Kingston
CBD48S40BS8MA-16
16 GB DDR5 4800
V
Kingston
CBD48S40BD8MA-32
32 GB DDR5 4800
V
Micron
MTC8C1084S1SC48BA1
16 GB DDR5 4800
V
Micron
MTC16C2085S1SC48BA1
32 GB DDR5 4800
V
A-DATA
AD5S48008G-S
8 GB DDR5 4800
V
A-DATA
AD5S480016G-S
16 GB DDR5 4800
V
A-DATA
AD5S480032G-S
32 GB DDR5 4800
V
Based on K4RAH086VB-BCQK.
A-DATA
AD5S56008G-S
8GB DDR5 5600
V
V
A-DATA
AD5S560016G-B
16GB DDR5 5600
V
V
V
A-DATA
AD5S560032G-S
32GB DDR5 5600
V
V
V
Crucial
CT16G56C46S5
16GB DDR5 5600
V
Mushkin
MRA5S560LKKD48GX2
2x48GB - 96GByte DDR5 5600
V
V
## List of ECC SO-DIMM RAM modules
Tested ECC SO-DIMM modules are DDR5 with different capacity, rate, and temperature rating.
{% hint style="info" %}
Bedrock R7000 does **not** support ECC RAM and is therefore not listed
{% endhint %}
Manufacturer
Part number
Capacity | Rate
Validated for V3000
Validated for R8000
Validated for AI 300
Notes
Kingston
KSM48T40BS8KM-16HM
16 GB DDR5 4800 ECC
V
Kingston
KSM56T46BS8KM-16HA
16 GB DDR5 5600 ECC
V
Micron
MTC10C1084S1TC48BA1
16 GB DDR5 4800 ECC
V
V
Micron
MTC20C2085S1TC48BA1
32 GB DDR5 4800 ECC
V
# Software - Bedrock R8000
# Bedrock R8000 | R7000 Front panel LEDs documentation
This Page Includes the Front panel LEDs naming and behavior documentation:
1. **POWER LED:** This LED indicates that the Device is powered on.\
When device is powered on the White LED is turned on during the early stages of BIOS initialization.\
**NOTE:** This LED is controlled By a GPIO pin, and therefore it will have some delay from the moment the power plug is inserted.
2. **S (Status) LED:** This LED shows the POST status of the device. When device is in PRE-POST status LED will have yellow color (up to 40 seconds)\
After POST, color changes to green indicating the device successfully posted (Exiting BIOS menu or booting an OS).\
**NOTE:** During the DDR training stage the LED with have the yellow color, for more verbose info during the process connect a serial console: [Using serial console with Bedrock](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/using-serial-console-with-bedrock)
3. **Storage LED:** This LED indicates activity on the main NVME device (NVME0).
4. **WI-FI / Bluetooth LED:** This LED Indicates WIFI / Bluetooth is ON (works only on Windows due to driver compatibility).
5. **LTE LED:** This LED Indicates LTE is ON (works only on Windows due to driver compatibility).
# BIOS - Bedrock R8000 | R7000
# Bedrock R8000 | R7000 BIOS Image Files
## Bedrock R8000 | R7000 BIOS Image Files
{% hint style="info" %}
Please follow [BIOS update procedure](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bios-update-procedure) carefully. Incorrect BIOS update might lead to BIOS corruption that cannot be recovered and would require an RMA.
{% endhint %}
{% hint style="info" %}
Before updating BIOS, you are advised to [check current BIOS version](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-settings#how-to-check-bios-version)
{% endhint %}
## Current BIOS version
{% hint style="success" %}
Recommended version
{% endhint %}
### BIOS V1.07 Release for Bedrock R8000 | R7000
#### Revision notes
* Fixed Issue where NPU usage will crash the Device
* Reworked I2c communication subsystem
* Updated to AGESA 1.2.0.0f
* Fixed capsule update not working on NIO 4x25
* Removed all 3 redundant reboots on first boot after BIOS flash
* Persistent CBS menu without RTC battery
* Power LED behavior
***
## Older BIOS versions
### BIOS V1.06 Release for Bedrock R8000 | R7000
#### Revision notes
* Enabled A/B recovery mechanism
* Enabled early ABL (AGESA boot loader) messages
* Fixed Power LED not working on NIO 4x25 rev 1.2
* Fixed AMD I2C Driver issue with checking transaction status
* Updated splash screen to R8000
* In AFU use /L to update the LOGO ROM hole
* Fixed DMI information sometimes showing extra characters.
### BIOS V1.04 Release for Bedrock R8000 | R7000
#### Revision notes
* Fixed AMD I2C Driver issue where Busses were powering off and not visible in Linux
* Fixed Power Tab not showing
* Fixed System Management Unit (SMU) in power tab not opening the SMU menu
* Added Automatic switching between Full size DisplayPort & USB-C Thunderbolt.
* Added option to change SMBIOS tables 1, 2 & 3 from on boardEEprom.
* see: [TLV Writer Documentation](/other-articles/snippets/tlv-writer-documentation)
* Added SMBIOS tables 8 & 9
### BIOS V1.01 Release for Bedrock R8000 | R7000
#### Revision notes
* Updated to new AGESA 1.2.0.0a
* Fixed 10G USB hot-plug issue under Linux
* Introduced support for USB-C Thunderbolt on NIO 4x25 (Can be [changed in BIOS menu](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/switching-between-displayport-usb-c-thunderbolt-full-size-displayport))
* Fixed non-functional Full-size DisplayPort on NIO Basic (Can be [changed in BIOS menu](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/switching-between-displayport-usb-c-thunderbolt-full-size-displayport))
* Disabled DRTM support which was breaking some Windows installations
* Default memory speed set as follows:
* BIOS for Ryzen U: 4800MT/s (Can be [changed in BIOS menu](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/setting-ddr-memory-frequency-on-bedrock-r8000-r7000))
* BIOS for Ryzen HS: 5600MT/s (Can be [changed in BIOS menu](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/setting-ddr-memory-frequency-on-bedrock-r8000-r7000))
* Added visual feedback on BIOS settings reset saved in SPI flash [BIOS reset instructions](/other-articles/snippets/bedrock-bios-reset-button)
* Fixed splash screen not showing up
### BIOS V33 EVAL for Bedrock R8000 | R7000
**File name**: BIOS\_BDR7K\_EV\_V33.signed
**Release date**: 12-JUN-2024
**MD5**: 60db00923bfab1ddcdc62292ff1c4746
{% file src="/files/V6FMMNFUIGfnb6Hws5O7" %}
#### Revision notes
* Fixed issue of [connected HDMI leading to reboot](/amd/r8000-r7000/sbc-platform/bedrock-troubleshooting#system-reboots-under-certain-conditions-while-hdmi-is-connected)
* Fixed issue where some USB devices were rebooting the system
### BIOS V30 EVAL for Bedrock R8000 | R7000
**File name**: BIOS\_BDR7K\_EV\_V30.signed
**Release date**: 09-APR-2024
**MD5**: e8952b3f53159f7c1e7c71c75d81f60a
{% file src="/files/nYH73999ciQyDOKHQw7F" %}
#### Known Issues
* Constant reboots when using HDMI on windows: [connected HDMI leading to reboot](/amd/r8000-r7000/sbc-platform/bedrock-troubleshooting#system-reboots-under-certain-conditions-while-hdmi-is-connected)
* System might reboot when accessing some USB devices
#### Revision notes
* Updated to new AGESA v1.1.0.2c
### BIOS V29 EVAL for Bedrock R8000 | R7000
**File name**: BIOS\_BDR7000\_EVAL\_V29.signed
**Release date**: 26-MAR-2024
**MD5**: d4795bd80360de55c35645b5ea8dae0e
{% file src="/files/XXkwNG6F0FToAHHjQNmu" %}
#### Known Issues
* Constant reboots when using HDMI on windows: [connected HDMI leading to reboot](/amd/r8000-r7000/sbc-platform/bedrock-troubleshooting#system-reboots-under-certain-conditions-while-hdmi-is-connected)
* System might reboot when accessing some USB devices
#### Revision notes
* Disabled ASPM for all PCI devices
### BIOS V28 EVAL for Bedrock R8000 | R7000
**File name**: BIOS\_BDR7000\_EVAL\_V28.signed
**Release date**: 15-Feb-2024
**MD5**: f267cb0c0ef32ca1f447b5990c1cd7d6
{% file src="/files/LDTZJm89cZolk95SEntH" %}
#### Revision notes
* Fixed issue where power button ACPI event was not registered.
* Fixed ACPI error boot messages.
### BIOS V25 EVAL for Bedrock R8000 | R7000
**File name**: BIOS\_BDR7000\_EVAL\_V25.signed
**Release date**: 06-Jan-2024
**MD5**: 39d600bbf77ae02cdeee516c7f369a87
{% file src="/files/eo5wKXkupPmLdIMn0UBB" %}
#### Revision notes
* Disabled DDR power down which greatly improved system stability.
* Disabled ASPM for wifi module.
# Bedrock R8000 | R7000 BIOS reset
If your Bedrock device is not booting due to changes in the BIOS menus, you can reset the BIOS to its default settings by following these steps:
1. Unplug the power supply from the device.
2. Take a SIM extractor pin (or a similar small tool) and insert it into the hole beside the console port until you feel the button click, on R7000 with USB-C the button is at the top of the device near the console connector.
3. While holding the button down, reconnect the power supply to the device.
4. Wait for checkpoints to appear in the serial console, \~20-40 seconds.
On **R7000** platforms, with BIOS V1.1 ([0ACTF10](https://eip.ami.com/eip/accessAttachment.do?task=get\&iid=816769\&aid=2511089)1) the S LED will blink, switching between green and orange, after this, you can release the sim extractor pin.
{% hint style="info" %}
You can hold the button indefinitely, however as long as you hold it, the device will keep rebooting this is expected behavior.
{% endhint %}
5. Release the button and allow the device to boot up.
{% hint style="info" %}
First boot, might take some time for the device to boot up due to DDR training.
{% endhint %}
By following these steps, you should be able to reset the Bedrock BIOS to its default settings and restore normal operation.
# Bedrock R8000 | R7000 BIOS Settings Documentation
{% hint style="info" %}
Bedrock R8000 and Bedrock R7000 share the same BIOS
{% endhint %}
**For Listed setup options see:**
[Bedrock R7000 BIOS Settings documentation - PDF](https://drive.google.com/file/d/1prix4gyopDy_za78FPHUeJj1ufm5J2el/view?usp=drive_link)
[Bedrock R7000 BIOS Settings documentation - Google DOC](https://docs.google.com/document/d/1_86JM4cVwlKzbQ1jUfBSjtfRzKcZDc9MQB1YO4H6mTQ/edit?usp=drive_link)
\
**Read-only interactive BIOS menu, feel free to play around**
{% embed url="" %}
# Bedrock R8000 | R7000 power options
Bedrock provides a wide range of power management options, this guide will go over the basic power limit setting in BIOS as well as controling the power from the bedrockpower utility (experimantal).
## BIOS
* Plug power to device
* Press 'DEL' repetitively to go to BIOS setup menu
* In BIOS, go to the power tab
* Select cpu power limit enabled
* In the CPU power limit (W) option select a value between 8W-54W (default is 45W)
* Go to the ‘Save & Exit’ tab
* Select 'Save Changes and Reset'
* Confirm saving configuration and exiting
## BedrockPower
Clone the [bedrockpower github repository](https://github.com/SolidRun/BedrockPower) and follow the repositories instructions.
Support is experimental and might not work for all devices, This is a great option to test your bedrock with different power configurations and then go to BIOS and set it persistently.
{% hint style="info" %}
BedrockPower changes **DO NOT** persist over reboots
{% endhint %}
# HowTo Guides - Bedrock R8000 | R7000
# Creating Bootable USB Drive for Bedrock R7000
* Download the required image
## Using dd (Linux)
* In terminal run:
* lsblk to see all block devices, your USB drive will be /dev/sdX
* sudo dd if=your\_image.iso of=/dev/sdX bs=1M status=progress; sync
***
## Using Rufus (Windows)
* [Download Rufus](https://github.com/pbatard/rufus/releases/download/v4.3/rufus-4.3.exe)
* Open rufus
* Press on the select Button
* Navigate to the .iso file
* Press start
* Press ok to confirm the write method (may be different for you) usually no need to change it:
* Confirm destructive action
* Wait until it finished and you are good to go
# Disabling EEE on Intel I226 NICs R7000
By default EEE should be disabled, if not you can disable it using ethtool using the following commands:
To check the status of the intel nic:
```
ethtool --show-eee
```
To disable EEE on a NIC:
```
ethtool --set-eee eee off
```
{% hint style="info" %}
When using ethtool, every reboot will reset the setting so you will need to do it each time you reboot the system.
{% endhint %}
EEE could also be disabled in the NICs settings using Intels Lanfonf tool if you have access to it.
# Enabling Quectel EM05-G LTE Modem R7000
## Introduction
This documentation provides a comprehensive guide on enabling the Quectel EM05-G LTE Modem.\
With this guide, users can seamlessly set up the modem in their environment.
## Prerequisites
* Hardware requirements: Bedrock V3000 with Quectel EM05-G Modem
* Software requirements: Linux Environment
## Configuration
* Boot into your Linux environmment
* Run the following Commands:
```
modprobe option
echo "2c7c 030e" > /sys/bus/usb-serial/drivers/option1/new_id
modprobe cdc_mbim
```
* It might take a few seconds for the Modem and required services to start working
## Testing and Verification
* Run:
```
mmcli -L
```
* This will list Your modem, Example:
```
/org/freedesktop/ModemManager1/Modem/0 [Quectel] Quectel EM05-G
```
## References
1. [Quectel Official Website](http://www.example.com/)
2. [EM05-G AT-commands](https://forums.quectel.com/uploads/short-url/cBnrTmjnCg7OGnqRsk8dIpbHuVX.pdf)
# Enabling Watchdog in Ubuntu
**Step 1 - Remove the watchdog module from modprobe blacklists:**
```
grep -r sp5100_tco /lib/modprobe.d/c
```
And comment out every "blacklist sp5100\_tco".
**Step 2 - Create a new modprobe.d entry:**
```
echo "options sp5100_tco heartbeat=30 nowayout=1" > /etc/modprobe.d/sp5100_tco.conf
```
**Step 3 - Install the watchdog package**
```
apt install -y watchdog
```
**Step 4 - Update the watchdog config**
Open the /etc/watchdog.conf file.
Uncomment the following line:
\#watchdog-device = /dev/watchdog
Uncomment and replace the following line:
\#watchdog-timeout = 60
With:
watchdog-timeout = 30
**Step 5 - reboot the system**
```
reboot
```
That’s it, it can be tested by triggering a kernel crash with the following command:
```
echo c > /proc/sysrq-trigger
```
The kernel will crash, and the system will reboot after up to 30 seconds.
# Hailo-8 in Bedrock R8000 | R7000
## Hailo-8 in Bedrock R8000 | R7000
This guide explains how to install Hailo’s hailo\_pci driver, hailortcli and tappas.\
It was tested on
### **Table of Contents**
* [Required packages](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#required_packages)
* [Driver compilation & installation](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#driver_compilation)
* [Method 1 (Host)](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#method1)
* [Method 2 (Docker)](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#method2)
* [Testing using hailortcli benchmark](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#testing)
### Required packages
```
sudo apt-get update
sudo apt-get upgrade
```
```
sudo apt-get install -y rsync ffmpeg g++-12 x11-utils python3-dev python3-pip python3-setuptools python3-virtualenv python-gi-dev libgirepository1.0-dev gcc-9 g++-9 cmake git libzmq3-dev unzip
```
```
sudo apt-get install -y libopencv-dev python3-opencv
```
```
sudo apt-get install -y libcairo2-dev libgirepository1.0-dev libgstreamer1.0-dev libgstreamer-plugins-base1.0-dev libgstreamer-plugins-bad1.0-dev gstreamer1.0-plugins-base gstreamer1.0-plugins-good gstreamer1.0-plugins-bad gstreamer1.0-plugins-ugly gstreamer1.0-libav gstreamer1.0-tools gstreamer1.0-x gstreamer1.0-alsa gstreamer1.0-gl gstreamer1.0-gtk3 gstreamer1.0-qt5 gstreamer1.0-pulseaudio gcc-9 g++-9 python-gi-dev
```
```
sudo apt install python3-gi python3-gi-cairo gir1.2-gtk-3.0
```
### Driver compilation and installation
**Clone the driver repository**
```
# If using Host, clone:
git clone https://github.com/hailo-ai/hailort-drivers.git
git checkout hailo8
# If using Docker (driver V4.15 is required), download:
wget https://github.com/hailo-ai/hailort-drivers/archive/refs/tags/v4.15.0.zip
```
**Compile the driver**
```
cd hailort-drivers/linux/pcie
make all
```
**Install the driver**
```
sudo make install
```
**Check installation**
```
sudo modprobe hailo_pci
```
**Download firmware**
```
cd ../..
./download_firmware.sh
mkdir /lib/firmware/hailo
sudo mv hailo8_fw..bin /lib/firmware/hailo/hailo8_fw.bin
```
**Optional (set udev rules and reload the rules)**
```
sudo cp ./linux/pcie/51-hailo-udev.rules /etc/udev/rules.d/
sudo udevadm control --reload-rules && sudo udevadm trigger
```
## Method 1 Host
### Installing HailortCli
**Clone the Hailort repository**
```
git clone https://github.com/hailo-ai/hailort.git
git checkout hailort-v4.22.0
```
**Compile sources**
```
cd hailort
cmake . -Bbuild -DCMAKE_BUILD_TYPE=Release -DHAILO_BUILD_GSTREAMER=1 -DCMAKE_INSTALL_PREFIX=/usr
sudo cmake --build build --target install
```
**Testing**
Run:
```
sudo hailortcli fw-control identify
```
If for some reason the –target install does not install hailortcli to the machine run the following line and try retesting:
```
cp build/hailort/hailortcli/hailortcli /usr/bin/
```
Output will look something like this:
```
Output will look somewhat like this:
# hailortcli fw-control identify
Executing on device: 0000:01:00.0
Identifying board
Control Protocol Version: 2
Firmware Version: 4.16.2 (release,app,extended context switch buffer)
Logger Version: 0
Board Name: Hailo-8
Device Architecture: HAILO8
Serial Number: xxxxxxxxxxxxxxx
Part Number: xxxxxxxxxxx
Product Name: HAILO-8 AI ACC M.2 M KEY MODULE EXT TEMP
```
### Installing TAPPAS
**Clone & set-up tappas repostitory**
```
git clone https://github.com/hailo-ai/tappas.git
cd tappas
```
```
# Use this only on ubuntu 23.04
cp tools/run_app/requirements_20_04.txt tools/run_app/requirements_23_04.txt
```
```
sudo ln -s /usr/lib/x86_64-linux-gnu/libhailort.so. /usr/lib/libhailort.so
sudo ln -s /usr/lib/x86_64-linux-gnu/libgsthailo.so /usr/lib/x86_64-linux-gnu/gstreamer-1.0/libgsthailo.so
```
{% hint style="info" %}
Ubuntu 23.04 requires to change pybind version from 2.9 to 2.10 in:\
hailo-ai/tappas/scripts/build\_scripts/clone\_external\_packages.sh\
To change version, use this command from tappas source directory:
```
sed -i 's|v2.9.0 https://github.com/pybind/pybind11.git|v2.10.0 https://github.com/pybind/pybind11.git -b v2.10.0|' scripts/build_scripts/clone_external_packages.sh
```
{% endhint %}
**Install**
```
./install.sh --skip-hailort
```
## Method 2 Docker
**Download TAPPAS container**
* Go to: hailo website → developer zone → software downloads
* Download the Tappas docker container:
Move it to your machine and unzip the file using:
```
unzip tappas__ubuntu22_docker_x86_64.zip
```
Install and run the image
```
./run_tappas_docker.sh --tappas-image TAPPAS_IMAGE_PATH
```
To resume the image after exiting you can use
```
./run_tappas_docker.sh --resume
```
### Testing using hailortcli benchmark
{% hint style="info" %}
Running hailortcli requires the use of sudo
{% endhint %}
To test we will benchmark the models:
```
cd apps/h8/gstreamer/general/detection/resources
sudo hailortcli benchmark yolov5m_wo_spp_60p.hef
```
After the benchmark will run you will see something like this:
```
root@bedrock:~/tappas/apps/h8/gstreamer/general/detection/resources# hailortcli benchmark yolov5m_wo_spp_60p.hef
Starting Measurements...
Measuring FPS in hw_only mode
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 3271 | FPS: 217.97 | ETA: 00:00:00
Measuring FPS and Power in streaming mode
[HailoRT] [warning] Using the overcurrent protection dvm for power measurement will disable the overcurrent protection.
If only taking one measurement, the protection will resume automatically.
If doing continuous measurement, to enable overcurrent protection again you have to stop the power measurement on this dvm.
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 3270 | FPS: 217.91 | ETA: 00:00:00
Measuring HW Latency
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 972 | HW Latency: 13.13 ms | ETA: 00:00:00
=======
Summary
=======
FPS (hw_only) = 217.973
(streaming) = 217.911
Latency (hw) = 13.1348 ms
Device 0000:01:00.0:
Power in streaming mode (average) = 5.22191 W
(max) = 5.25619 W
```
{% hint style="info" %}
Numbers might be somewhat unrealistic since we are running a benchmark in a console environment without actual image processing calculations, hence the high FPS, etc…
{% endhint %}
# How to disable DRTM in Windows
To Disable DRTM in Windows follow these steps:
Open the **Group Policy Editor** (press `Win + R`, type `gpedit.msc`, and press Enter).
* Navigate to **Computer Configuration** > **Administrative Templates** > **System** > **Device Installation** > **Device Installation Restrictions**.
* Double-click **Prevent installation of devices that match any of these device IDs**.
* Set this policy to **Enabled** and then click **Show**.
* In the box that appears, enter the **Device Instance ID** or **Hardware ID** of the device you wish to block.
{% hint style="info" %}
You can get the device ID by right-clicking the device in Device Manager, selecting **Properties**, and going to the **Details** tab. From the dropdown menu, select **Device Instance Path** or **Hardware Ids**.
{% endhint %}
# Increase VRAM for iGPU
**Introduction:** This guide provides detailed instructions for increasing Video RAM (VRAM) on Bedrock systems.
**Increasing VRAM: Step-by-Step**
1. **Enter BIOS:**
* Restart your computer.
* Repeatedly press the “DEL” key until the BIOS menu appears.
2. **Navigate to Advanced Settings:**
* Once in the BIOS menu, select the 'Advanced' tab.
3. **Select AMD CBS:**
* Find and select the 'AMD CBS' option from the list.
4. **Access NBIO Common Options:**
* Within AMD CBS, navigate to 'NBIO Common Options'.
5. **Open GFX Configuration:**
* In NBIO Common Options, select 'GFX Configuration'.
6. **Change iGPU Configuration:**
* Set 'iGPU Configuration' to 'UMA\_SPECIFIED'.
* This setting allows manual specification of VRAM.
7. **Adjust UMA Frame Buffer Size:**
* Upon selecting 'UMA\_SPECIFIED', the 'UMA Frame Buffer Size' option will become available.
* Here, you can set the VRAM to your desired size.
8. **VRAM Size Options:**
* Choose from various sizes:
* Auto
* 64M
* 128M
* 256M
* 284M
* 512M
* 80M
* 96M
* 768M
* 1G
* 2G
* 3G
* 4G
* 8G
* 16G
9. **Save and Exit:**
* After setting the desired VRAM size, save your changes.
* Exit the BIOS and restart your computer for the changes to take effect
{% hint style="warning" %}
**Troubleshooting:**
* If your system fails to boot or displays graphics issues after changing VRAM settings, use the BIOS reset button loacted near the console port to reset the BIOS settings to default.
{% endhint %}
# Running Memtest86
To run Memtest86 you will first need to create a USB bootable drive.\
You can do that with tools like:
* Rufus on windows
* dd on Linux: `dd if=memtest86-usb.img of=/dev/ bs=1M status=progress; sync`
* Note sda, sdb … is the enumeration by your linux system, you can check it with `lsblk`
Plug the USB drive with Memtest86 to your Bedrock device and power it on.\
Wait for the system to boot to Memtest86 or select its boot option from BIOS.
Once booted, select the default scan (option 1):
Wait for Memtest86 to finish the test (this will take time) and see results.
# Setting DDR memory frequency on Bedrock R8000 | R7000
{% hint style="info" %}
Incorrect memory settings might lead to BIOS corruption that cannot be recovered and would require an RMA.
{% endhint %}
To set the DDR memory frequency to your desired value open BIOS menu by booting the device and pressing the 'DEL' key repettitively until BIOS menu opens.
Go to:
Advanced ► AMD CBS ► UMC Common Options ► DDR Options ► DDR Timing Configuration
Here, in the lowest part of the page you will have to accept the risks of changing the DDR frequency timings outside of manufacturers specifications.
Set the DDR timing option to manual and set your desired frequency.
# Switching between DisplayPort (USB-C Thunderbolt / Full-size DisplayPort)
To set the display port you will need to open the BIOS menu by booting the device and press the '**Del**' button repetitively until BIOS menu opens.
Go to:
Advance ► AMD PBS ►Display Configuration ►DP2 ► choose your desire Display Port
# Linux - Bedrock R8000 | R7000
## See also
# Bedrock R8000 | R7000 Linux default username & password
Below please find the default usernames and passwords for SolidRun pre-installed Ubuntu on Bedrock R7000 / R8000.
## **Bedrock, default Linux credentials**
* root user:
```
Username: root
Password: root
```
* bedrock user:
```
Username: bedrock
Password: root
```
{% hint style="info" %}
To change the password use
```
sudo passwd
```
{% endhint %}
## Windows RDP (remote desktop connection) credentials
```
Username: bedrock
Password: root
```
# Installing Ubuntu on Bedrock R8000 | R7000
Installation was tested on:
* Ubuntu 22.04
* Ubuntu 23.04
* Ubuntu 24.04
{% hint style="info" %}
Ubuntu **20.04** does not have intel i226 \[igc] driver on kernel **5.4**
{% endhint %}
## [Create bootable usb drive](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/creating-bootable-usb-drive-for-bedrock-r7000)
## Boot
* Connect power to bedrock
* Press 'DEL' repetitively to enter BIOS setup
* Go to the save & exit tab and boot from your USB flash drive
{% hint style="info" %}
If you have problems with installation, please disable secure boot in BIOS → boot> security → secure boot-> disable
{% endhint %}
## Installation
* A grub menu will open, choose “try or install ubuntu”
* After the system boots, an installer window will open, at this point if you want to try ubuntu, you can close this window and use ubuntu as a live environment, to install ubuntu, just proceed with the installer and select your language.
* Select keyboard layout
* Select updates and software, if you dont know what to choose, just press Continue
* Choose installation type, Ubuntu supports multiple installation types:
* Erase disk and install Ubuntu (easiest option)
* Install Ubutnu alongside windows (will be visible only if ubuntu detects that you have windows installed) choose only if you want to dualboot windows and Ubuntu.
* Something else (custom partitioning)
* Press Install Now
* choose your region
* Choose computer name, username and password and press Continue
* wait for the isntallation to finish
* After the installation is finished press Restart now
* System will restart and you’re done
# Other Operating Systems - Bedrock R8000 | R7000
# Installing ESXi on Bedrock R7000
## Installing ESXi on Bedrock R7000
### **Table of Contents**
* [Test Setup](#setup)
* [Installation Process](#process)
* [Creating a Bootable USB Drive](#bootable)
* [Connecting to Serial Console](#console)
* [BIOS Boot select](#bselect)
* [Installation](#install)
### Test setup
This installation process has been validated by SolidRun with the following configurations:
* CPU: Ryzen 7 7840U
* A-data 1TB
* ESXi version: 8.0.2
* USB flash disk: Kingston Data Traveler
## Installation process
### Creating bootable USB drive
Please follow instructions at[Creating Bootable USB Drive for Bedrock R7000](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/howto-guides-bedrock-r8000-r7000/creating-bootable-usb-drive-for-bedrock-r7000)\
It is recommended to use the Rufus (windows method for .iso files).
### Connecting serial console
Please follow instructions at [Using serial console with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/using-serial-console-with-bedrock)
### BIOS Boot select
You need to choose your USB bootable device to start the installation.
* Insert the USB media to the device
* Turn on Bedrock
* Repetitively press the DEL / ESC key to enter the BIOS setup
* In BIOS go to -> Save & Exit -> -> yes
### Installation
* Wait until the installer will finishe setting up and prompt you to continue the installation ,(the last part of the loading could take some time, this is fine).
* Press Enter
* Accept user agreement, press F11
* Choose installation disk, press Enter
* Choose a keyboard layout, press Enter
* Choose root password , choose a password and pres Enter
* Confirm destructive action
* Wait until the installation finishes
* Remove the installlation media and reboot the device
* System will reboot, wait for it to power on
* After system boots you will se the following screen You can connect using any of the methods shown in the screen.
* Login to your account
* username: root
* Password: \*password you choose during installation\*
* Thats it
# Troubleshooting - Bedrock R8000 | R7000
## Introduction
**Purpose of the Guide:** Help customers troubleshoot basic problems and save time troubleshooting by themselves.
**Scope of Troubleshooting:** problems booting, constantly rebooting devices etc…
## Pre-Troubleshooting Checklist
* Ensure that you have all necessary tools and information.
* Verify that the system is set up correctly.
* Make sure there is a backup of any important data.
## Common Issues and Solutions
### Constant reboots
**Symptoms:**
* Device is able to get to BIOS, but when the OS is about to boot, the device always reboots.
**Possible Causes:**
* Power supply is too weak and cannot supply the amperage needed for the Bedrock to boot.
**Steps to Resolve:**
* Change to a more powerful power supply, or use the power supply provided by SolidRun.
## Contact and Support
If any issues Persist you can always reach out to in our support channels.
**Support Channels:**
* [Support inquiry](https://www.solid-run.com/contact-us/#technical-support)
# Windows - Bedrock R8000 | R7000
# Bedrock R8000 | R7000 Windows Drivers
## Bedrock R8000 | R7000 Windows Drivers
#### AMD GPU drivers:
* [Bedrock R8000 GPU Windows driver](https://www.amd.com/en/support/downloads/drivers.html/processors/ryzen-embedded/ryzen-embedded-8000-series.html)
* [7840HS GPU driver](https://www.amd.com/en/support/apu/amd-ryzen-pro-processors/amd-ryzen-7-pro-processors-radeon-graphics/amd-ryzen-7-pro)
* [7840U GPU driver](https://www.amd.com/en/support/apu/amd-ryzen-processors/amd-ryzen-7-processors-radeon-graphics/amd-ryzen-7-7840u)
* [7440U GPU driver](https://www.amd.com/en/support/apu/amd-ryzen-processors/amd-ryzen-3-processors-radeon-graphics/amd-ryzen-3-7440u)
To install these driver run the downloaded installer file and go through the installation process as prompted by the installer.
## Windows
#### AMD chipset driver:
* [Bedrock R8000 chipset Windows driver](https://www.amd.com/en/support/downloads/drivers.html/processors/ryzen-embedded/ryzen-embedded-8000-series.html)
* [Bedrock R7000 chipset Windows driver](https://www.amd.com/en/support/chipsets/socket-fp5-mobile/amd-ryzen-and-athlon-mobile-chipset)
To install these driver run the downloaded installer file and go through the installation process as prompted by the installer.
#### **LTE / 5G Modem Drivers**
{% file src="/files/thbJN7jifbDyKBHNPJvf" %}
{% file src="/files/RVWZhmOJTq3EXejVHghQ" %}
{% file src="/files/JfODVX3kuIV7mRwEjEiA" %}
#### Intel Ethernet drivers
{% file src="/files/g3AVP1X3YTZnePzWnUV0" %}
While Intel's i226-TI drivers are typically auto-installed during a Windows update, there might be instances where they aren't.\
If that's the case, please follow the installation instructions below.
#### **Installation Instructions for Intel Ethernet Drivers**:
1. **Access the Device Manager**:
* Right-click on the Windows taskbar menu.
* Select "Device Manager" from the dropdown.
2. **Identify if driver is missing**:
* If the drivers are **not installed**, an "Ethernet Controller" entry will appear under the "Other Devices" tab.
3. **Install the Drivers**:
* Click on the "Action" tab at the top.
* Select "Add drivers" from the dropdown.
* Navigate to the extracted `PRO2500` directory and choose the appropriate sub-directory corresponding to your Windows version.
* Click "OK."
4. **Finalize the Installation**:
* Windows will automatically detect and install the required drivers for the NICs.
* It might be necessary to reboot or power cycle your system to ensure the NICs function correctly.
# Installing Windows on Bedrock R7000
SolidRun recommends Windows 11 for Bedrock.
Windows 10 is also supported.
## Preparing Installation Media
* Download the [windows 11 media creation tool](https://www.microsoft.com/software-download/windows11)
* Insert an 8GB+ USB stick to your system
* Launch windows media creation tool
* Accept licence agreement:
* Select edition and language:
* Select USB flash drive:
* Select your USB drive:
* Wait for the process to finish, this might take a while depending on your USB drives speed.
* When process is finished, you will see the following screen
## Windows PE Environment
* Boot into BIOS (insert power supply or reboot and press ‘DEL’ repetitively to enter the BIOS setup menu).
{% hint style="info" %}
If you have problems with installation, please disable secure boot in BIOS → boot> security → secure boot-> disable
{% endhint %}
* In BIOS boot from the USB flash drive from the save & exit menu
* When Windows installer boots select language and keyboard layout
* Click on install now
* If you have a product key type it and click next, if you dont click I don’t have a product key (you will be able to [activate later](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/windows-bedrock-r8000-r7000/windows-activation))
* Select which windows you want to install (your list can be different)
* Accept licence agreement
* Choose custom installation
* In this case there is only one drive, and its not empty.\
* We need to clean it before we can install windows on it, we can see all 4 partitions belong to the same drive. (drive 0)
* For each partition, click on it, and click on delete, to free the space of this partition after which, this partition will be displayed as Unallocated space.
* In the end you want something like this:
{% hint style="warning" %}
If you have multiple drives, make sure you select and clean the correct one, cleaning the wrong drive will probably lead to data loss.
{% endhint %}
* Click next
* Wait for the installation process to finish
* System will reboot
## Windows Configuration
* Once you boot into this screen you can disconnect your flash drive, select your region and press next
* Select keyboard layout
* If you want to add another keyboard layout, press Add leyout, otherwise click Skip
* If you're connected to the internert, windows will check for updates\
{% hint style="info" %}
Intels i226-IT drivers are not installed by default so you will have to use wifi or a USB → ethernet adapter to be able to update at this point.
{% endhint %}
* Name your device or skip this step
* Select the usage of this device
* Now you will need to sign in to your Microsoft account
{% hint style="info" %}
If you dont want to Sign in, you can choose Sign in options → Offline account
{% endhint %}
* If you skipped Microsoft will explain what is a Microsoft account, you can just skip it
* Set up the users name and press Next
* Choose password, if you dont want a password, just leave empty and press Next
* Choose privacy settings for your device
{% hint style="info" %}
We recommend turning everything OFF for minimal collection of your data
{% endhint %}
* Wait while Windows gets things ready for you.
# Windows Activation
To activate windows you will first need to acquire a Windows activation key.
* Go into the settings menu
* Go to the system tab, and press Activate now at the top part
* press change product key
* Type your Windows activation key and press Next
# Specifications - Bedrock R8000
* [Bedrock R8000 Specifications](https://drive.google.com/file/d/1M-9UpZNlMyzEnFagsbf_nc2PFBsoTT1d/view?usp=drive_link)
* [Bedrock R8000 Block diagram](https://drive.google.com/file/d/19pIL8gDGuWN82_qVKNSmCjKzZ-mzLSU5/view?usp=drive_link)
# Bedrock R8000 Configuration Selector
{% hint style="info" %}
See also [Bedrock RAI300 configuration selector](/amd/rai300/sbc-platform/bedrock-rai300-technical-documentation/specifications-bedrock-rai300/bedrock-rai300-configuration-selector)
See also [Bedrock V3000 configuration selector](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/specifications-bedrock-v3000/bedrock-v3000-configuration-selector)
{% endhint %}
## Bedrock R8000 Configuration Selector
{% hint style="info" %}
Please fill the [Bedrock inquiry form](https://www.solid-run.com/fanless-computers/bedrock-r7000/#evaluate-bedrock) first to register with SolidRun and begin email exchange
{% endhint %}
Make a copy of [Bedrock R8000 configuration selector for 1st order](https://docs.google.com/spreadsheets/d/1uzLNlrLR60oHPKbPtZyk0-BCPkC3c1tju-lKKAkioKY/copy)\
The configuration selector is a Google Sheets spreadsheet
{% hint style="warning" %}
**Bedrock does not include accessories (PSU, stand, cables etc.)**\
Make sure to select needed accessories proper evaluation.\
It is recommended to order an evaluation kit which includes the typically needed accessories.
{% endhint %}
{% hint style="info" %}
1st order must be for a ready-to-use Bedrock including RAM, storage, operating system and power supply. Follow-up orders can be for bare-bone Bedrock allowing the customer to install his own RAM, storage and operating system and use different power source. For these options please use [Bedrock R8000 configuration for follow-up orders](https://docs.google.com/spreadsheets/d/1YF-dj9O71R4u8Xe5-fAwY_n2Qstscsd2gDnJPr061vI/copy?usp=sharing)
{% endhint %}
{% hint style="warning" %}
Do not use the spreadsheet in **excel**. It will not work properly.\
Use Google Sheets.
{% endhint %}
1. To configure Bedrock, use the drop-downs on **Options** column.
2. Consistency rules are enforced dynamically, ensuring always valid configuration
3. Choose accessories from "Select accessories" list
4. The configuration string and list of selected accessories appear on bottom right.\
Copy the configuration string and list of selected accessories and paste it in an email to ****
## **If you can't access Google Sheets**
{% hint style="info" %}
Please fill the [Bedrock inquiry form](https://www.solid-run.com/fanless-computers/bedrock-r7000/#evaluate-bedrock) first to register with SolidRun and begin email exchange
{% endhint %}
* Download Bedrock R8000 Options diagram
{% file src="/files/TcV4GKMoJkGDH4bEqOEU" %}
* Mark the checkboxes of the desired options like in the sample below
* Save as PDF
* Pick accessories - [Bedrock R8000 Accessories](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-accessories)
* Send both PDF and list of accessories to ****
# Bedrock Accessories
## Bedrock Accessories
## Evaluation kits
### Full evaluation kit for Bedrock V3000 Basic
{% hint style="info" %}
The recommended kit for evaluating Bedrock V3000 Basic.
{% endhint %}
The kit includes:
* [PSU 90W](/other-articles/snippets/common-bedrock-accessories#psu-90w)
* [US AC Cable & EU AC Cable](/other-articles/snippets/common-bedrock-accessories#us-eu-uk-au-ac-cable)
* [Stand for Bedrock](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
* [Wall mounting bracket](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#wall-mounting)
* [DIN Rail bracket](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#din-rail-mounting)
* [Console mini-USB to USB-A](/other-articles/snippets/common-bedrock-accessories#console-mini-usb-to-usb-a)
* [SFP+ Module Copper](#sfp-module-copper)
| | | |
| - | - | - |
| | | |
| | | |
{% hint style="info" %}
**Ordering code**: SRBD-V3BEVAL
{% endhint %}
### Minimal evaluation kit for Bedrock
Minimal evaluation kit is a low cost kit for trying out Bedrock.
The kit includes:
* [PSU 90W](/other-articles/snippets/common-bedrock-accessories#psu-90w)
* [Stand for Bedrock](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
{% hint style="info" %}
**Ordering code**: SRBD-EVMIN
{% endhint %}
### M.2 display adapter
Turns the headless Bedrock V3000 into a development board with a display. Simplifies initial setup and OS installation.
{% hint style="info" %}
Requires Bedrock with SX-4M2 (option SX:4M2).\
Requires working with an open-chassis Bedrock. Suitable for bring-up only. Not suitable for field deployment.
{% endhint %}
The kit includes:
* M.2 display adapter (SM768)
* HDMI cable
{% hint style="info" %}
**Ordering code**: SRBD-M2DISP
{% endhint %}
## Power
### PSU 90W
90W power supply.\
Requires AC cable C13 ("Kettle lead")
{% hint style="info" %}
**Ordering code**: SRBD-PSU90
{% endhint %}
### US | EU | UK | AU AC Cable
1.8m AC cord for PSU (C13 "Kettle lead") with regional plug.
| **Ordering code** | **AC Plug** |
| ----------------- | ---------------------------- |
| SRBD-CABUS | North America |
| SRBD-CABEU | Europlug |
| SRBD-CABUK | UK plug |
| SRBD-CABAU | Australia / New Zealand plug |
### DC Cable Phoenix connector
Pigtail DC cable for Bedrock.\
To be used with a 3rd party PSU.
{% hint style="info" %}
**Ordering code**: SRBD-CABDC
{% endhint %}
## Mounting
### Stand for Bedrock
See [Bedrock Mounting Options - Stand](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#stand)
{% hint style="info" %}
**Ordering code**: SRBD-STAND21
{% endhint %}
### Wall mounting bracket
See [Bedrock Mounting Options - Wall Mounting](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#wall-mounting)
{% hint style="info" %}
**Ordering code**: SRBD-WALL21
{% endhint %}
### DIN Rail bracket
See [Bedrock Mounting Options - DIN Rail Mounting](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#din-rail-mounting)
{% hint style="info" %}
**Ordering code**: SRBD-DIN21
{% endhint %}
## Cable accessories
### Remote on/off
#### Remote power button
A power button on a wire for turning Bedrock on/off when Bedrock is installed in an inaccessible location.
{% hint style="info" %}
**Ordering code**: SRBD-CABBTN
{% endhint %}
#### Harness for custom remote power button
A wire harness for soldering custom power button (optionally with LED) for turning Bedrock on/off when Bedrock is installed in an inaccessible location.
{% hint style="info" %}
**Ordering code**: SRBD-CABNOBTN
{% endhint %}
### Console mini-USB to USB-A
Console is mini-USB connector with standard USB interface.\
The mini-USB to USB-A allows connecting to a host PC.
{% hint style="info" %}
**Ordering code**: SRBD-CABCON
{% endhint %}
## Networking
### SFP+ Module DAC
SFP Module - direct attached cable
{% hint style="info" %}
**Ordering code**: SRBD-SFPDAC
{% endhint %}
### SFP+ Module Copper
SFP+ module with RJ45
{% hint style="info" %}
**Ordering code**: SRBD-SFP10GBT
{% endhint %}
### SFP+ Module Fiber
SFP Module for Fibre Optics cable
{% hint style="info" %}
**Ordering code**: SRBD-SFPOPT
{% endhint %}
# Bedrock Mechanical Documentation
# Bedrock 3D Model
## How to use Bedrock 3D model
* Download [Bedrock V3000 3D model](https://drive.google.com/file/d/1-Z3mk5Rkw_cFG_db_DfQ5YZ9jnVawdb4/view?usp=sharing) (Zipped STEP file)\
or [Bedrock R8000 4X25 3D model](https://drive.google.com/file/d/1KoEyWd1MuvvfmXSZu9UBX3dypOmPV8Yn/view?usp=drive_link) (Zipped STEP file)
* or [Bedrock R7000 Basic 3D Model](https://drive.google.com/file/d/1DJmKlTTG3yMpxpDfwzwTwnLOnJr0ObH2/view?usp=drive_link) (Zipped STEP file)
* Enable one of the enclosure types
* Enclosure **tile**
* Enclosure **30W**
* Enclosure **60W**
* Enable / disable **Antennas**
{% hint style="info" %}
The 3D model is for integration. It is accurate externally , with no internal features.
{% endhint %}
## Installation notes
See also: [Bedrock Mounting options](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options)
### Orientation
Bedrock 30W and Bedrock 60W should be installed in vertical position with at least 2 cm clearance below and above for airflow.
{% hint style="info" %}
Other mounting orientation can be considered with active cooling.
{% endhint %}
Bedrock Tile should have at least one of the walls thermally coupled to a cold plate.
## Mounting notes
### Rear panel: 2x M3 threadings. Depth 3mm
Rear panel can be used with
* Bedrock wall mounting bracket
* Bedrock DIN rail bracket
* Custom mounting fixture
### Bottom panel: 2x M4 threadings, depth 6mm
Bottom panel should not be used for direct mounting, but can be used with Bedrock foot.
### Tile: 6x M4 threadings depth 3.5 mm on each wall
The threaded holes are intended for easy attachment to a cold plate for conduction cooling. Either of the walls can be attached at any orientation.
It is also possible to attach using another fixture e.g. a custom omega bracket.
It is advised to apply thermal interface material between wall and cold plate on the entire wall area.
# Bedrock Deck Cartridge SOM 3D Models
## Bedrock Deck, Cartridge & SOM 3D models
## Bedrock Deck
If you consider embedding Bedrock-boards inside a fully custom enclosure, you would be using **Bedrock Deck**.
{% hint style="info" %}
SolidRun recommends using [Bedrock Tile](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options#bedrock-tile-mounting) which is much easier to integrate
{% endhint %}
### Notes:
* SX (storage & extension board) and PM (power module) boards are optional.
* DCCON (DC connector) can be relocated in the enclosure.
[Download Bedrock Deck 3D model](https://drive.google.com/file/d/1wTVyk8UY-37U2DxE0qPFWHBu5WLVCzT1/view?usp=drive_link)
## Bedrock Cartridge
If you consider designing a custom NIO (carrier board)for Bedrock SOM, starting from Bedrock Cartridge is the way to go.
Bedrock Cartridge provides the following:
* Highly effective 1st stage thermal coupling (TIM0) to the Ryzen die to a copper heatplate.\
Coupling the heatplate to a heatsink/cold-plate is easy. Coupling the die is challenging.
* Provision for mounting NIO securely with accurate spacing.
* Easy mounting of SOM to enclosure / heatsink / cold-plate.
* Thermal coupling for SOM’s DC-to-DC converters
* Mounting of NVME SSD\
Not present on SOM itself
* Securing and thermal coupling for SODIMMs
* RTC battery compartment
* Physical protection and rigidity to the SOM
* Rigid chassis for the Bedrock Deck with multiple threaded mounting holes
[Download Bedrock Cartridge 3D model](https://drive.google.com/file/d/1rjxXaTqUv_GOF7j7SQUg-WScW7H0wOlQ/view?usp=drive_link)
## Bedrock SOM
If you decide to design directly with Bedrock SOM, it is advised to use Bedrock Cartridge as reference.
[Download Bedrock Cartridge 3D model (Including Bedrock SOM)](https://drive.google.com/file/d/1rjxXaTqUv_GOF7j7SQUg-WScW7H0wOlQ/view?usp=drive_link)
# Bedrock Mounting Options
The compact footprint of Bedrock, robust structure, effective fanless cooling and DC input tolerance simplify Bedrock integration. All Bedrock I/O is brought to the front panel, with DC input and antennas in the top panel. The bottom and rear panel are both reserved for mounting, allowing full usability while Bedrock is mounted to a wall or to a desk.
SolidRun offers multiple types of mounting brackets, including lever-based DIN-Rail bracket with locking, wall mount, small stand and ruggedized stand.
**Table of Content**
* [DIN-Rail mounting](#din-rail-mounting)
* [Wall mounting](#wall-mounting)
* [Stand](#stand)
* [Bedrock Stand 3D model](#bedrock-stand-3d-model)
* [Bedrock Tile mounting](#bedrock-tile-mounting)
* [Designing custom mounting for Bedrock PC](#designing-custom-mounting-for-bedrock-pc)
* [Mounting guidelines](#mounting-guidelines)
* [Bedrock threaded holes for mounting](#bedrock-threaded-holes-for-mounting)
## DIN-Rail mounting
Bedrock is designed for effective deployment as a DIN Rail mounted IPC with the following features:
* Small, thin and shallow form factor
* Passive cooling from both sides
* All connectors and indicators on the front panel. Power and antennas on the top panel
* No vents
* Fortified rear panel for mounting
SolidRun offers an advanced DIN Rail mounting bracket for Bedrock PC with the following features:
* All metal bracket (aluminum body and hardened steel latch)
* Easy positioning by lowering the IPC onto the DIN rail
* Zero-force mounting (without spring loading)
* Low-force clamping mechanism with easy access
* Quick dismounting and remounting
* Bracket locking prevents accidental dismounting
{% hint style="info" %}
DIN Rail mounting bracket ordering PN: **SRBD-DIN21**
{% endhint %}
[DIN Rail bracket assembly and usage diagrams](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-mounting-options/din-rail-bracket-assembly-and-usage-diagrams)
## Wall mounting
Bedrock Wall Mounting Bracket is designed for simple one-time fixing Bedrock to a wall using only two screws.\
The bracket has the following features:
* Anodized aluminum Made by CNC
* Ensures space below and above the computer for effective convection cooling
* Easy access to connectors and indicators
* Robustness - Bedrock is screwed to the bracket, then bracket is screwed to the wall
{% hint style="info" %}
Wall mounting bracket ordering PN: **SRBD-WALL21**
{% endhint %}
## Stand
The Bedrock Stand is designed for using Bedrock on a desk. It elevates Bedrock above the desk for cooling and keeps it stable in vertical position.
The stand is made of aluminum by CNC with anodize finish and has anti-slip slicone rubber sole.
All Bedrock features are accessible without removing the Stand.\
The Stand is recommended for Bedrock evaluation.
### Bedrock Stand 3D model
{% file src="/files/xgIfz1NrsTS7pR5KFyhT" %}
{% hint style="info" %}
Stand ordering PN: **SRBD-STAND21**
{% endhint %}
## Bedrock Tile mounting
When integrating an IPC in tight space convection cooling becomes ineffective and is better replaced with conduction cooling. It is also desirable to make the IPC as compact and thin as possible.
Bedrock Tile is designed for these use cases. The ribbed chassis walls are replaced with flat walls with blind threadings for fastening Bedrock Tile to a cold plate. A key feature of Bedrock Tile is that it preserves the 360º internal heat distribution so it can be cooled from either side. With thickness of just 29mm and volume of 0.6 liter, Bedrock Tile is easy to integrate in tight spaces. Having all connectors on one side further simplifies the integration.
See also:
[Bedrock 3D model](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-3d-model)
[Tile mounting DXF](https://drive.google.com/file/d/1wf_gfwiS42YFro6vGq571TXwSYFNx1Jk/view?usp=drive_link)
{% hint style="info" %}
Tile is an ordering option of Bedrock
{% endhint %}
## Designing custom mounting for Bedrock PC
### Mounting guidelines
For effective passive cooling of Bedrock please consider the following:
* **Bedrock should be positioned vertically.**\
This allows effective airflow along Bedrock external cooling ribs which is important for effective convection cooling.\
Note: If Bedrock has to be positioned in another orientation, it is advised to supplement Bedrock with active cooling (e.g. a cabinet fan).
* **Provide a space of 20mm above Bedrock and 20mm below Bedrock.**\
This is to ensure effective airflow. If Bedrock is installed just below a ceiling, hot air might stay trapped around Bedrock, significantly reducing convection cooling performance. If insufficient gap is left below Bedrock then air intake is reduced (in particular for Bedrock 60W enclosure), reducing convection cooling performance.
* **Provide a space of 10mm on both sides of Bedrock.**\
This allows uninterrupted airflow along Bedrock external cooling ribs.
### Bedrock threaded holes for mounting
* In rear panel: 2x M3 threadings. Depth 3mm
* In bottom panel: 2x M4 threadings, depth 6mm
See also: [Bedrock 3D model](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-3d-model)
# DIN Rail Bracket Assembly and Usage Diagrams
## DIN Rail bracket assembly and usage diagrams
## DIN Rail Bracket assembly
## Using DIN Rail bracket
# Bedrock R7000 Mechanical Drawing
Bedrock R7000 Basic 30W
## See also
[Bedrock 3D model](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-3d-model)
# Bedrock V3000 Mechanical Drawings
[Download Bedrock V3000 3D files](https://drive.google.com/drive/folders/15Qi9KGao8eFptY8bXUPlSdePSs2T3L4a)
[Download Bedrock V3000 60W 3D model](https://drive.google.com/file/d/1NZWa4MBWKAUHP4T-Qw9887udD3f70RwG/view)
## See also
[Bedrock V3000 Basic 3D model](/amd/r8000-r7000/sbc-platform/bedrock-mechanical-documentation/bedrock-3d-model)
# Installing and Upgrading RAM Storage and Devices in Bedrock
## Installing and upgrading RAM, storage and devices in Bedrock
### Required tools
Cross screwdriver (Phillips) #1
Cross screwdriver (Phillips) #0
Flat-head screwdriver
Thermal paste (MX-4 or similar) and spudger
### Open enclosure
#### Bedrock with Stand
Use Philips screwdriver #1 to remove two stand screws and remove stand.
#### Bedrock without stand
Remove the flat-head screw using Philips #1.
### Remove opposite wall
Use flat-head screwdriver in the marked slot to pry open the enclosure
Slide out the opposite wall.
### Installing devices on SX (2x NVME, WiFi, Modem)
Use Philips #0 to remove the M.2 fastening screw
Install the M.2 device.
{% hint style="info" %}
If uninstalling WiFi or modem, make sure to disconnect MHF4 cables before removing.\
When installing WiFi / modem, remember to connect MHF4 connectors after installing.
{% endhint %}
{% hint style="info" %}
The M.2 screw is mounted onto a removable standoff. The standoff can be positioned for NVME M.2 2280/2260/2242 and for modem M.2 3042/3052. If not installing a device at a slot make sure to remove the standoff.
{% endhint %}
{% hint style="info" %}
Apply 1mm thermal pad on NVME devices. Apply 0.5mm thermal pad on WiFi and modem.
{% endhint %}
{% hint style="info" %}
For installing RAM and NVME on SoM please proceed as described below.
{% endhint %}
### Remove Frame
{% hint style="warning" %}
If Bedrock has SIM trays, remove them before proceeding.
{% endhint %}
Remove 5 posts using Philips #0
Pull out panels.
### Remove Deck
{% hint style="warning" %}
The 4 screws on the bottom of the skirt tighten the heatplate against the CPU.\
Make sure **not to open them**!
{% endhint %}
Remove 3 screws holding stacked electronic boards “deck” to main wall using Philips #0.
Pull out deck from main wall.
Note that there is thermal paste between heatplate and main wall, so some force is required.
### Installing RAM
First, release SX board as follows:
Remove 4 SX screws using Philips #0.
Lift SX board. Do not release the flex side.
Release two screws holding RAM cover using Philips #0.
Slide out RAM cover
Install RAM (SODIMM DDR5)
### Installing NVME on SoM
Use Philips #0 to remove M.2 screw of NVME.
Install NVME module.
{% hint style="info" %}
Apply 1mm thermal pad on NVME.
{% endhint %}
## Re-assembling Bedrock
Re-assemble in reverse order.
{% hint style="info" %}
For best thermal performance it is advised to re-apply thermal paste in the two thermal joints:
1. Between heat-plate and main wall
2. Between heatpipes of main-wall and opposite wall
{% endhint %}
# Installing Devices on SX-4M2
## Installing devices on SX 4M2
SX 4M2 has four M.2 sockets.\
Below is a guide about the fastening mechanism of M.2 cards on SX 4M2:
## General description
The locking mechanism has two parts
| | |
| -------- | - |
| Standoff | |
| Screw | |
SX 4M2 has multiple key-hole shaped openings for supporting different M.2 sizes.
## Installation guide
1. Insert standoff in keyhole, groove down.
2. Push standoff to the narrow end of the keyhole. **Tip:** If pushing the standoff in place is difficult, consider using a 4mm hex socket for pushing the standoff in place.
3. Install M.2 card in the M.2 slot and tighten the screw onto the standoff
#### Thermal coupling of SSD
Most of the power is generated in the flash controller which in nearly all NVME SSDs is located close to the M.2 edge connector, on the component side. A 0.5mm/1mm 20x20 mm positioned as depicted would be effective in keeping the NVME SSD cool.
Additional such pad can be placed further away from the M.2 connector. This would extract heat from the flash chips.
# Bedrock Troubleshooting
## Bedrock Troubleshooting
### Table of contents
* [Full size Display Port does not work in Bedrock R7000 Basic](#full-size-display-port-does-not-work-in-bedrock-r7000-basic)
* [See R7000 Basic Full-size DP Erratum](#see-r7000-basic-full-size-dp-erratum)
* [System reboots under certain conditions while HDMI is connected](#system-reboots-under-certain-conditions-while-hdmi-is-connected)
* [Status](#status)
* [Symptom](#symptom)
* [Solution](#solution)
* [USB 10G (Closest to console port) hotplug doesn't work](#usb-10g-closest-to-console-port-hotplug-doesnt-work)
* [Symptom](#symptom)
* [Solution](#solution)
* [Bedrock reboots once when booting to OS after power loss](#bedrock-reboots-once-when-booting-to-os-after-power-loss)
* [Symptom](#symptom)
* [Workaround](#workaround)
* [After re-assembly Bedrock does not power up / some features do not function properly](#after-re-assembly-bedrock-does-not-power-up-some-features-do-not-function-properly)
* [Symptom](#symptom)
* [Possible Cause](#possible-cause)
* [Solution](#solution)
## Full size Display Port does not work in Bedrock R7000 Basic
#### See [R7000 Basic Full-size DP Erratum](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-errata#full-size-display-port-does-not-work-in-bedrock-r7000-basic-resolved)
## System reboots under certain conditions while HDMI is connected
#### Status
resolved
#### Symptom
Bedrock R7000 reboots when HDMI display is connected in the following scenarios:
* Running lspci and accessing device 08:00.03
* Running some programs that are opening a GUI
* Installing AMD GPU Windows drivers
* Booting Windows installer
#### Solution
[Update to BIOS V33](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/software-bedrock-r8000/bios-bedrock-r8000-r7000/bedrock-r8000-r7000-bios-image-files)
## USB 10G (Closest to console port) hotplug doesn't work
#### Symptom
When unplugging and plugging a USB device to the 10G USB port (closest one to the console port) the USB device has power but no data.
SolidRun R\&D is working on solving the issue.
#### Solution
**Windows**: Disable USB *Power Managment* for USB Host Controller in Device Manager.
**Linux**: Add usbcore.autosuspend=-1 to grub command line
```
sudo nano /etc/default/grub
```
Find the line that starts with: `GRUB_CMDLINE_LINUX_DEFAULT`
Add the `usbcore.autosuspend=-1` argument
```
GRUB_CMDLINE_LINUX_DEFAULT="quiet splash usbcore.autosuspend=-1"
```
Save the new configuration
```
update-grub
```
## Bedrock reboots once when booting to OS after power loss
#### Symptom
When device loses power, before booting to OS it reboots one time then boots to OS normally.
#### Workaround
Let the device reboot, after which it will continue working normally, until the next power loss.
## After re-assembly Bedrock does not power up / some features do not function properly
#### **Symptom**
* Bedrock was fully disassembled for installing RAM / NVME on SoM.\
After re-assembly Bedrock does not power up / some features do not function properly
#### **Possible Cause**
* There are four high density B2B connectors between SoM and NIO. Connectors may not be fully connected.
#### **Solution**
* Disassemble and separate NIO from SoM.
* Observe the B2B connectors and their position. Ensure they are clean on both sides.
* Seat the NIO and apply pressure on the connectors to ensure the NIO is seated properly.
* Tighten NIO screws.
* Complete assembly and test power up and functionality.
# Ryzen V3000
SolidRun docs for AMD Ryzen Embedded V3000: COM Express Type 7, SoM, HoneyComb mini-ITX, Bedrock V3000, BIOS files, drivers, and hardware manuals.
SolidRun documentation for **AMD Ryzen Embedded V3000** platforms.
Use these docs for **COM Express Type 7** modules, **system-on-module (SoM)** designs, and **SBC / mini-ITX** platforms used in industrial and edge compute systems.
### What you’ll find
* Hardware user manuals for Ryzen Embedded V3000 COM Express and SoM products
* BIOS image files, BIOS update procedures, and BIOS settings notes (when available)
* Platform documentation for HoneyComb AMD V3000 mini-ITX and Bedrock V3000 systems
* OS installation notes and drivers for Linux, Windows, and other operating systems
* Certificates, errata, and FAQs (when available)
***
### Product categories
| Category | Description |
| ------------------------------------------------------------------------- | ------------------------------------------------------------ |
| [COM / SOM](/amd/v3000/com-som) | COM Express modules and System-on-Module (SoM) documentation |
| [SBC / Platform](/amd/v3000/sbc-platform) | Single Board Computers (SBC) and platform documentation |
### Related documentation
* [AMD Ryzen Embedded platforms](/amd)
# COM / SOM
SolidRun docs for AMD Ryzen Embedded V3000 computer-on-modules (COM Express Type 7 / COMe Type 7) and Bedrock V3000 SoM. Hardware user manuals, BIOS image files, and bring-up guides.
SolidRun documentation for **AMD Ryzen Embedded V3000** computer-on-modules.
Use this section for **COM Express Type 7 (COMe Type 7)** modules and **System-on-Module (SoM)** designs, including the **Bedrock V3000 SoM**.
### Hardware user manuals (COM Express / SoM)
* [AMD V3000 Based COM Type 7 Hardware User Manual](/amd/v3000/com-som/amd-v3000-based-com-type-7-hardware-user-manual)
* [Bedrock V3000 SoM](/amd/v3000/com-som/bedrock-v3000-som)
* [Bedrock SOM V3000 - Hardware User Manual (TODO)](/amd/v3000/com-som/bedrock-som-v3000-hardware-user-manual)
### BIOS image files (Ryzen Embedded V3000 COM Express)
* [AMD V3000 COM Express BIOS Image Files](/amd/v3000/com-som/amd-v3000-com-express-bios-image-files)
### Bring-up and configuration guides
* [AMD V3000 COM Express changing PCI-e from 2x4 to 1x8](/amd/v3000/com-som/amd-v3000-com-express-changing-pci-e-from-2x4-to-1x8)
{% hint style="info" %}
Looking for platform docs (HoneyComb AMD V3000 mini-ITX and Bedrock V3000 systems)? Go to [SBC / Platform](/amd/v3000/sbc-platform).
{% endhint %}
# AMD V3000 Based COM Type 7 Hardware User Manual
## Revisions and Notes
| | | | |
| ---------------- | ------------- | ------------ | --------- |
| **Date** | **Owner** | **Revision** | **Notes** |
| January 31, 2024 | Rabeeh Khoury | WIP | |
| | | | |
{% hint style="info" %}
No warranty of accuracy is given concerning the contents of the information contained in this publication. To the extent permitted by law no liability (including liability to any person by reason of negligence) will be accepted by SolidRun Ltd., its subsidiaries or employees for any direct or indirect loss or damage caused by omissions from or inaccuracies in this document. SolidRun Ltd. reserves the right to change details in this publication without prior notice. Product and company names herein may be the trademarks of their respective owners.
{% endhint %}
{% hint style="info" %}
Page is under construction and NOT final
{% endhint %}
## Introduction
This document is intended for hardware engineers that are willing to integrate the SolidRun AMD V3000 FP7r2 based COM express type 7 module.
The document provides details with regards module rev 1.0
## Specifications
| | |
| ------------------- | ------------------------------------------------------------------------------------------------------------------ |
| **Form Factor** | COM Express type 7 |
| **Processor Core** | 8 Ryzen cores, 16 threads |
| **Processor speed** | |
| **Memory** | Dual SO-DIMM DDR5 4800 up to 96GByte combined |
| **ECC** | Optional |
| **SPI for BIOS** | 32MB |
| **SATA** | 2 x SATA (Gen III) |
| **Security** | fTPM with optional discrete TPM (not soldered by default) |
| **Supported OS** | Linux, Yocto, FreeBSD etc… |
| **10G ports** | Two ports |
| **PCIe gen 4.0** | |
| | |
| **USB 3.2** | 4 |
| **I2C** | |
| **UART** | |
| **SPI bus** | |
| **Power** | 12V (9V-24V) |
| **Environment** |
Commercial: 0°C to 70°C Industrial: -40°C to 85°C Humidity (non-condensing): 10% – 90%
|
| **Dimensions** | 125mm X 95mm |
| | [Buy Now](https://shop.solid-run.com/product-category/iot-industrial-soms-coms/nxp-family/nxp-layerscape-lx2160a/) |
## Overview
SolidRun’s AMD based V3000 COM type 7 is a highly integrated COM modules where special care was taken care for the module’s height to accomodate thin and low profile designs.
The module integrates the following features –
1. AMD V3000 FP7r2 series. Other FP7r2 processors can be assembled. Please refer to SolidRun’s sales about more details.
2. Two SO-DIMM DDR5 connected to quad independent DDR5 contorllers. Each SO-DIMM supports up to 48GByte SO-DIMM DDR4 4800Mtps memory with and without ECC; total up to 96GByte system memory.
3. Single 12v DC-input is required. 5V Standby not required and not supported.
Since this module is based on SolidRun’s Bedrock product line, it shares lots of the design and features such as memory modules that were tested -
[List of SO-DIMM RAM modules tested with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/list-of-so-dimm-ram-modules-tested-with-bedrock-v3000)
## Description
#### Block Diagram
The following figure describes the AMD V3000 COM express type 7 Blocks Diagram.
## Simplified Schematics
Following is a link to that simplified schematics of the board :
The AMD V3000 COM express type 7 simplified schematics is intended for the following audience –
1. Software and firmware engineers that enables them to understand the IO and signal connectivity of the COM express design.
2. Hardware engineers that are willing to use the COM express and build their own solution. This document completes the reference manual from description of signal and implementation wise.
## Heatsink and Cooling
A heatsink for this COM module was developed to accomodate multiple scenarios. Please look below for rendering without a fan -
This heatsink can be used as in the following -
1. With 40mm or 60mm fan - please refer to the M2.5 screws on the top of the heatsink. Take into account that the max thread inside the heatsink is 6mm.
2. In a 1U chassis where an air flow goes thru the fins of the heatsink
3. Standalone - The customer is required to assemble the heatsink the fan and measure max load can be used in his specific application and specific air movement and ambient temperatures
The fan part number is HS00030 and is offered with the module when bought as samples.
Refer to the documentation section withregards 3D model of HS00030.
## Module Power Consumption Measurements
The following power consumption measurements were conducted on the following setup –
1. HoneyComb AMD V3000 mini-ITX motherboard with pico-psu ATX power source
2. AMD V3000 V3C18I processor on COM express type 7 module connected.
3. Two SO-DIMM DDR5 at 4800Mtps (total 2x48GB = 96GByte system memory)
4. During the tests a 1.3Watt fan mounted on the processor. The idle, memtester and first cpu-burn power measurements below includes those 1.3Watt, the measurements with die temperature of 65c and above has the fan disconnected.
5. Temperature measurement was done using Linux ‘sensors’ commands, that reads both the PCB (print side of the board away from the center) and the processor die temperature.
6. Software running is standard Linux Ubuntu distribution software release.
7. A 12v PSU is connected to a pico-psu (12v to ATX); and power is measured by multiplying the current and the voltage on the 12v input rail.
Since the measurement are done on the input of the pico-psu; the SoC consumption all together with the DDR and all the DC-DC losses are measured too.
| | | | |
| ----------------------- | ---------------- | ----------------------------- | ----------------------------- |
| **Test** | **Power (Watt)** | **PCB Temperature (Celsius)** | **Die Temperature (Celsius)** |
| Linux idle | TBD | TBD | TBD |
| 16x memtester 100M (\*) | TBD | TBD | TBD |
| 2x cpuburn-krait (\*\*) | TBD | TBD | TBD |
{% hint style="warning" %}
**Please note** (\*) – The Linux command is ‘memtester 100M > /dev/null &’ ran 16x times where 16 is the thread count (\*\*) – The Linux command ‘cpuburn’ is ran two times in background. The reason cpuburn was chosen since it can generate most heat out of the cores (the core pipeline most utilized). (\*\*\*) – This measurement was taken when the fan is disconnected and the power was measured when the die reached 105c. Notice that keeping the fan disconnected will make the processor reach temperatures that are out of spec.
{% endhint %}
## Maximum Current Consumption
TBD
## PCIe Lane Numbers and Bucket Grouping
TBD
## SERDES configuration
TBD
#### AB Header
| | **Notes** | **Driving IC** | **Schematics Pin Name** | **Pin Number** | **Pin Number** | **Schematics Pin Name** | **Driving IC** | **Notes** |
| --- | ------------------------------------------------------------------------------------------ | ------------------------------------------ | ----------------------- | ------------------ | --------------- | ----------------------- | ----------------------- | ----------------------------------------------------------------------- |
| 1 | | | GND (FIXED) | A1 | B1 | GND (FIXED) | | |
| 2 | | Intel i.226 | GBE0\_MDI3- | A2 | B2 | GBE0\_ACT# | Intel i.226 | |
| 3 | | Intel i.226 | GBE0\_MDI3+ | A3 | B3 | ESPI\_CS# | | 1.8v with 3.3v protection |
| 4 | | Intel i.226 | GBE0\_LINK1000# | A4 | B4 | ESPI\_DAT0\_EC | | 1.8v with 3.3v protection |
| 5 | | Intel i.226 | GBE0\_LINK2500# | A5 | B5 | ESPI\_DAT1\_EC | | 1.8v with 3.3v protection |
| 6 | | Intel i.226 | GBE0\_MDI2- | A6 | B6 | ESPI\_DAT2\_EC | | 1.8v with 3.3v protection |
| 7 | | Intel i.226 | GBE0\_MDI2+ | A7 | B7 | ESPI\_DAT3\_EC | | 1.8v with 3.3v protection |
| 8 | | Shorted to pin A5 (LINK2500#) | GBE0\_LINK# | A8 | B8 | ESPI\_ALERT# | | 1.8v with 3.3v protection |
| 9 | | Intel i.226 | GBE0\_MDI1- | A9 | B9 | ~~LPC\_DRQ1#~~ | | |
| 10 | | Intel i.226 | GBE0\_MDI1+ | A10 | B10 | ESPI\_CLK\_EC | | 1.8v with 3.3v protection |
| 11 | | | GND (FIXED) | A11 | B11 | GND (FIXED) | | |
| 12 | | Intel i.226 | GBE0\_MDI0- | A12 | B12 | PWRBTN# | AMD Power button | OD 3.3v level shifted |
| 13 | | Intel i.226 | GBE0\_MDI0+ | A13 | B13 | SMB\_CK | APU\_SCLK1 |
| C74 | D74 | PCIE\_TX23+ | AMD GPP TX7 | Serial 220nF |
| 75 | C75 | D75 | PCIE\_TX23- | | | | | |
| 76 | | | GND | C76 | D76 | GND | | |
| 77 | GND in COM spec rev 3.1 | | GND | C77 | D77 | GND | | GND in COM spec rev 3.1 |
| 78 | | | ~~PCIE\_RX24+~~ | C78 | D78 | ~~PCIE\_TX24+~~ | | |
| 79 | | | ~~PCIE\_RX24-~~ | C79 | D79 | ~~PCIE\_TX24-~~ | | |
| 80 | | | GND (FIXED) | C80 | D80 | GND (FIXED) | | |
| 81 | | | ~~PCIE\_RX25+~~ | C81 | D81 | PCIE\_TX25+ | 1.8v Flash voltage | Fixed 1.8v to SPI BIOS/MUX when COM in shutdown via R9528 (assembled by default) |
| 82 | | | ~~PCIE\_RX25-~~ | C82 | D82 | PCIE\_TX25- | BMC SPI CS# | 1.8v SPI CS# from BMC via R9529 (assembled by default) |
| 83 | | | RSVD | C83 | D83 | GND | | GND in COM spec rev 3.1 |
| 84 | | | GND | C84 | D84 | GND | | |
| 85 | | | ~~PCIE\_RX26+~~ | C85 | D85 | PCIE\_TX26+ | BMC SPI DATA IN (MISO) | 1.8v SPI MISO from BMC via R9530 (assembled by default) |
| 86 | | | ~~PCIE\_RX26-~~ | C86 | D86 | PCIE\_TX26- | BMC SPI CLK | 1.8v SPI CLK from BMC via R9535 (assembled by default) |
| 87 | | | GND | C87 | D87 | GND | | |
| 88 | | | ~~PCIE\_RX27+~~ | C88 | D88 | PCIE\_TX27+ | BMC SPI DAT OUT (MOSI) | 1.8v SPI MOSI from BMC via R9532 (assembled by default) |
| 89 | | | ~~PCIE\_RX27-~~ | C89 | D89 | PCIE\_TX27- | BMC\_PROGRAMMING# | 1.8v Active low to set SPI programming MUX via R9533 (assembled by default) |
| 90 | | | GND (FIXED) | C90 | D90 | GND (FIXED) | | |
| 91 | | | ~~PCIE\_RX28+~~ | C91 | D91 | ~~PCIE\_TX28+~~ | | |
| 92 | 1.8v via R9538 zero ohm resistor. Uninstalled by default. | AMD Intruder alert | ~~PCIE\_RX28-~~ | C92 | D92 | ~~PCIE\_TX28-~~ | | |
| 93 | | | GND | C93 | D93 | GND | | |
| 94 | | | ~~PCIE\_RX29+~~ | C94 | D94 | ~~PCIE\_TX29+~~ | | |
| 95 | | | ~~PCIE\_RX29-~~ | C95 | D95 | ~~PCIE\_TX29-~~ | | |
| 96 | | | GND | C96 | D96 | GND | | |
| 97 | GND in COM spec rev 3.1 | | GND | C97 | D97 | GND | | GND in COM spec rev 3.1 |
| 98 | 1.8v via R9536 zero ohm resistor. Uninstalled by default. | AMD SPI\_ROM\_REQ# | PCIE\_RX30+ | C98 | D98 | ~~PCIE\_TX30+~~ | | |
| 99 | 1.8v via R9537 zero ohm resistor. Uninstalled by default. | AMD SPI\_ROM\_GNT# | PCIE\_RX30- | C99 | D99 | ~~PCIE\_TX30-~~ | | |
| 100 | | | GND (FIXED) | C100 | D100 | GND (FIXED) | | |
| 101 | | | ~~PCIE\_RX31+~~ | C101 | D101 | ~~PCIE\_TX31+~~ | | |
| 102 | | | ~~PCIE\_RX31-~~ | C102 | D102 | ~~PCIE\_TX31-~~ | | |
| 103 | | | GND | C103 | D103 | GND | | |
| 104 | | 12v input (9v-24v) | VCC\_12V | C104 | D104 | VCC\_12V | 12v input (9v-24v) | |
| 105 | | VCC\_12V | C105 | D105 | VCC\_12V | | | |
| 106 | | VCC\_12V | C106 | D106 | VCC\_12V | | | |
| 107 | | VCC\_12V | C107 | D107 | VCC\_12V | | | |
| 108 | | VCC\_12V | C108 | D108 | VCC\_12V | | | |
| 109 | | VCC\_12V | C109 | D109 | VCC\_12V | | | |
| 110 | | | GND (FIXED) | C110 | D110 | GND (FIXED) | | |
## Documentation
{% file src="/files/YDLfay4G6aHBDSz1rPrU" %}
{% file src="/files/WfigzANH5mygic2frnfZ" %}
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[Buy a Sample Online](https://shop.solid-run.com/product-category/iot-industrial-soms-coms/nxp-family/nxp-layerscape-lx2160a/)
### Related Articles
# AMD V3000 COM Express BIOS Image Files
## AMD V3000 COM Express BIOS Image Files
{% hint style="info" %}
Please follow [BIOS update procedure](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bios-update-procedure) carefully. Incorrect BIOS update might lead to BIOS corruption that cannot be recovered and would require an RMA.
{% endhint %}
{% hint style="info" %}
Before updating BIOS, you are advised to [check current BIOS version](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-image-files#how-to-check-bios-version)
{% endhint %}
## Current BIOS version
{% hint style="success" %}
Recommended for use
{% endhint %}
### BIOS V1.18 Release for AMD V3000 COM Express
**File name**:\
BIOS\_COV3K\_REL\_V1\_18.rom.gz
**Release date**: 04-MAY-2025
**MD5:** 6f5bdc621a6010545f369c90edfc77f5
{% file src="/files/HsLiRMdRG47RdVFa8CrI" %}
#### Revision notes
* Added option to [switch between 2x4 and 1x8 on the Full size PCI-e connector](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-ubuntu-server-using-console) .
# AMD V3000 COM Express changing PCI-e bifurcation
### Go into BIOS
* Turn on the Device
* Repetitively press the DEL / ESC key to enter the BIOS setup
### Change setting
* Advanced -> AMD PBS -> PCI Express Configurations -> Controller 0 Bifurcation
* choose desired bifurcation option.
* Advanced -> AMD PBS -> PCI Express Configurations -> Controller 1 Bifurcation
* choose desired bifurcation option.
* save & exit
{% @bios-viewer/bios-viewer url="" %}
# Bedrock V3000 SoM
## Revisions and Notes
| | | | |
| ----------- | ---------- | ------------ | --------------- |
| **Date** | **Owner** | **Revision** | **Notes** |
| 21 Dec 2021 | Irad Stavi | 1.0 | Initial release |
## Introduction
#### Description
#### Main features
#### Specifications
#### Block diagram
#### Ordering options
## Interface Description
## B2B Connectors
#### Pin numbering
#### Pin description
## Electrical Specifications
#### Maximum ratings
#### Operating conditions
#### Peripheral voltage levels
#### Power consumption measurements
## Mechanical
#### Carrier board mounting
#### Thermal management
#### SOM dimensions
## Documentation
#### Simplified Schematics
{% file src="/files/ldxBNBINvlsRvRjJMuta" %}
#### Mechanical Files
#### Reference Designs
# Bedrock SOM V3000 - Hardware User Manual (TODO)
> **TODO:** Split content per CPU. This page currently shares content with the R7000 and R8000 versions. Update with V3000-specific information.
Please refer to the original [Bedrock SOM V3000 / R7000 / R8000 - Hardware User Manual](/amd/r8000-r7000/com-som/bedrock-som-v3000-r7000-r8000-hardware-user-manual) for the full documentation until this page is updated.
# AMD V3000 COM 7 Setting Primary video device to external GPU
### Go into BIOS
* Turn on the Device
* Repetitively press the DEL / ESC key to enter the BIOS setup
### Change setting
* Advanced -> AMD PBS -> Graphics Configurations -> Primary Video Adaptor
* Select Ext Graphics
* save & exit
{% @bios-viewer/bios-viewer url="" %}
# SBC / Platform
HoneyComb mini-ITX and Bedrock platform documentation for AMD Ryzen Embedded V3000. Hardware manuals, quick start guides, and technical references.
Single board computer (SBC) and platform documentation for **SolidRun HoneyComb mini-ITX** and **Bedrock systems** based on **AMD Ryzen Embedded V3000**.
Use this section for **SBC / platform bring-up**, **hardware user manuals**, and **quick start guides**.
### HoneyComb AMD Ryzen V3000 mini-ITX (SBC)
HoneyComb is a mini-ITX platform for AMD Ryzen Embedded, used for edge compute and embedded systems.
* [HoneyComb AMD V3000 mini ITX Quick Start Guide](/amd/v3000/sbc-platform/honeycomb-amd-v3000-mini-itx-quick-start-guide)
* [HoneyComb AMD V3000 mini ITX Hardware User Manual](/amd/v3000/sbc-platform/honeycomb-amd-v3000-mini-itx-hardware-user-manual)
### Bedrock V3000 platforms
Bedrock is an industrial / edge platform family based on AMD Ryzen Embedded V3000.
* [Bedrock V3000 Technical Documentation](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation)
{% hint style="info" %}
Looking for **COM Express Type 7** and **SoM (System-on-Module)** documentation for AMD Ryzen Embedded V3000? Go to [COM / SOM](/amd/v3000/com-som).
{% endhint %}
# HoneyComb AMD V3000 mini ITX Hardware User Manual
# HoneyComb AMD V3000 mini ITX Quick Start Guide
***
## Introduction
The following quick start guide provides background information about the [Honeycomb Ryzen V3000](https://www.solid-run.com/embedded-networking/ryzen-v3000-cx7-com/) products which use the Ryzen V3000 System on module.
The guide will give a technical overview about the product and by the end of it you should be able to boot an operating system and begin testing your application.
## Revision and Notes
| **Date** | **Owner** | **Revision** | **Notes** |
| ----------- | --------- | ------------ | --------- |
| 16 Jun 2024 | | 1.0 | |
## Hardware Setup
#### Product Specifications
| | **Honeycomb Ryzen V3000** |
| -------------------------------- | ----------------------------------------------------------------------------- |
| I/Os |
3 x USB 2.0
3 x USB 3.0
|
| Networking |
2 x SFP+ ports (10GbE each) 1 x 1GbE copper (RJ45)
|
| Processor |
AMD Ryzen Embedded V3C18I 8c/16t up to 3.8 GHz
|
| Memory & Storage |
Up to 64GB DDR5 4800 MTPs 2x SATA interfaces M.2 NVME GEN 4.0 x4
|
| Misc. |
BMC functionality PWM Fan header
|
| Development and Debug interfaces | mini USB |
| Power | ATX standard |
| Expansion card I/Os | PCIe x4 Gen 4.0 |
| Temperature | Industrial: -45°C to 85°C |
| Dimensions | PCBA: 170 x 170mm |
## **Block Diagram**
## Visual features overview
Please see below the features overview of the HoneyComb AMD V3000 mini ITX
## Software Setup
#### Cable setup and prerequisites
Here is what you will need to power up the board:
* Linux or Windows PC
* HoneyComb AMD V3000 mini ITX
* ATX 60W+
* Mini-USB to USB for console, the HoneyComb Ryzen V3000 has an onboard FTDI chip.
* IP router or IP switch
#### Recommended Cables
Please refer to the [tested SFP modules](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/sfp-modules-tested-with-bedrock-v3000) page
## Booting the machine
Download & install images:
You can use the [Ubuntu server installation instructions](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-ubuntu-server-using-console) page or download [Pre-installed images](/other-articles/snippets/bedrock-images-info).
If using the Pre-installed image, flash it to a USB stick using the following commands:
```
gunzip
dd if= of=/dev/sdx bs=1M status=progress; sync
```
{% hint style="info" %}
NOTE: check the /dev/sdx device you need using the `lsblk` command
{% endhint %}
## Booting to OS
Insert the USB stick to the device and power it on.
Wait for the device to boot.
{% hint style="info" %}
Very first boot might take a while due to DDR training
{% endhint %}
## SFP Modules
For some SFP modules that work on SolidRun networking hardware platforms, please refer to [SFP Modules](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/sfp-modules-tested-with-bedrock-v3000) .
## SO-DIMM Modules
For some SO-DIMM modules that work on SolidRun hardware platforms, please refer to [List of tested SO-DIMMs](/other-articles/snippets/list-of-so-dimm-ram-modules-tested-with-ryzen-v3000-com7) .
## OS list
| **OS** | |
| --------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------ |
|  |
|
{% hint style="info" %}
(1) HoneyComb AMD V3000 by default is headless, installation will require additional hardware to install Windows using a display adapter, or additional kernel parameters to enable ttyS4 on linux.
{% endhint %}
{% hint style="info" %}
(2) As of JUL 7 2024 (FreeBSD 14.01) the AMD XGBE driver on **FreeBSD** does not fully support SFP, later versions will eventually have the driver fixed.
{% endhint %}
## Documentation
{% file src="/files/hkLKc3F4vYWjBO4t2SLg" %}
# Bedrock V3000 Technical Documentation
## Bedrock V3000 Technical Articles
## Bedrock Mechanical Documentation
## Manuals
* [Bedrock V3000 Product Brief](https://drive.google.com/file/d/1nrA3WhQFkUsKZZG01j05f3kfesZlbbne/view?usp=sharing)
* [Bedrock V3000 Owner’s Manual](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/bedrock-v3000-user-guide/bedrock-v3000-owners-manual)
* [Custom NIO design guide](/amd/r8000-r7000/com-som/bedrock-som-v3000-r7000-r8000-hardware-user-manual)
## See also
* [Product page](https://www.solid-run.com/fanless-computers/bedrock-v3000-basic/#overview)
* [Inquiry form](https://www.solid-run.com/fanless-computers/bedrock-v3000-basic/#evaluate-bedrock)
* [Configure-to-order Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/specifications-bedrock-v3000/bedrock-v3000-configuration-selector)
* [Media gallery](https://drive.google.com/drive/folders/1bKEMJOz59aMWtp2j7EZ1qc4i9xBhplBj)
## Simiar products
* [Bedrock R7000](https://www.solid-run.com/fanless-computers/bedrock-r7000/)
* [Bedrock R7000 Technical Documentation](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation)
# Bedrock V3000 Certificates
{% file src="/files/3geTEB6lD7pLLANzZ5Yq" %}
## See also
test - edit on source only - after this part is embed in other pagess
[Bedrock R7000 Certificates](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-certificates)
# Bedrock V3000 Errata
There are no drivers for the XGBE 10G ports, only Linux supports it.
## Ubuntu kernel version
Ubuntu Server 22.04.3 has kernel 5.15 which does not include the AMD\_XGBE driver versionrequired for V3000 SFP modules.
## Bluetooth LED
Bluetooth LED does not work.
## RJ45 LEDs
Swapped RJ45 LEDs in ports 3,4.
{% hint style="info" %}
Applies to Bedrock V3000 units earlier than 16-Oct-2023 with SN smaller than **B3D-231016-001**
{% endhint %}
## PMIC programming
Random crashes due to incorrect PMIC programming.
{% hint style="info" %}
Applies to some Bedrock V3000 units earlier than 5-Sep-2023 with SN smaller than **B3D-230905-001**
{% endhint %}
To verify PMIC programming please follow the instructions below:
1. download the RyzenAdj utility to Bedrock: [Download RyzenAdj utility](https://solidrn-my.sharepoint.com/:u:/g/personal/lior_jigalo_solid-run_com/EZ7s9GJ6wFJHhOc-M6SLWMoBavwX9VfqdZFkUo6aOIdfqw?e=WTjgFQ)
2. run: ./ryzenadj -i | grep "TDC VALUE VDD"
Expected value is greater than 2.8 when Bedrock is in idle.
# Bedrock V3000 FAQ
### Can NVME drives be configured in a RAID array?
Bedrock has 3 PCIe4x4 NVME devices.\
SolidRun evaluated hardware RAID controllers for Bedrock and decided not to incorporate it. To the best of our judgement, current SSD technology provides adequate performance, capacity and reliability and therefore hardware RAID does not make sense for Bedrock form factor.
Please note that Bedrock is offered with enterprise grade Micron 7450 NVME SSD which has built-in power loss protection. This SSD makes a good choice for critical data.
The modular architecture of Bedrock allows developing an integrated RAID controller, either by SolidRun or by a 3rd party.
### Which software RAID solution can be used?
Linux has several software RAID options, including mdadm, Btrfs and ZFS.
Worth noting that Bedrock has high CPU performance and high NVME performance which may make software RAID an effective solution.
### What are the dimensions of Bedrock package and its weight?
Bedrock V3000 package measures 24 x 18 x 11 cm (4.7 liter)
Weight varies according to Bedrock configuration between 1.5 Kg and 4 Kg.
{% hint style="info" %}
PSU, cables and accessories are not included in the box and are shipped in a separate box.
{% endhint %}
### What is the maximum current of the USB ports?
Each USB port supports up to 2A.
# Bedrock V3000 User Guide
[Using serial console with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/using-serial-console-with-bedrock)[Bedrock V3000 BIOS Settings](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-settings)[Installing Ubuntu using console](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-ubuntu-server-using-console)
# Bedrock V3000 Owner's Manual
[Bedrock V3000 Owner’s Manual](https://drive.google.com/file/d/1g6B1jUjHl8V9vMUxvw9XQ-ry8YDZa-wU/view?usp=drive_link)
# Hardware - Bedrock V3000
* [Bedrock Connectors](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/bedrock-connectors)
* [Bedrock V3000 SoM](/amd/v3000/com-som/bedrock-v3000-som)
* [List of SO-DIMM RAM modules tested with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/list-of-so-dimm-ram-modules-tested-with-bedrock-v3000)
* [SFP modules tested with Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/hardware-bedrock-v3000/sfp-modules-tested-with-bedrock-v3000)
# Bedrock Connectors
## Bedrock Connectors
* [DC IN connector](#dc-in-connector)
* [Mating connector](#mating-connector)
* [Remote power button connector](#remote-power-button-connector)
* [Remote power button pinout](#remote-power-button-pinout)
* [Remote power LED parameters](#remote-power-led-parameters)
* [More info](#more-info)
* [WiFi antenna connector](#wifi-antenna-connector)
* [LTE/5G antenna connector](#lte-5g-antenna-connector)
## DC IN connector
Manufacturer: Phoenix Contact\
Manufacturer PN: 1827868
#### Mating connector
Manufacturer: Phoenix Contact\
Manufacturer PN: 1827703
{% hint style="info" %}
SolidRun offers [SRBD-CABDC](/amd/r8000-r7000/sbc-platform/bedrock-r8000-technical-documentation/bedrock-r8000-r7000-accessories#dc-cable-phoenix-connector) Pigtail DC cable for Bedrock with the mating connector
{% endhint %}
## Remote power button connector
Manufacturer: [Molex](https://www.molex.com/en-us/home)\
Manufacturer PN: 353630460
#### Remote power button pinout
#### Remote power LED parameters
| | |
| ---------------------------- | ----- |
| Voltage - Forward (Vf) (Typ) | 3.2 V |
| Current (Typ) | 20 mA |
#### More info
* [Datasheet](https://www.molex.com/en-us/products/part-detail/353630460)
* SolidRun remote power button cable:
* SolidRun PN: SRBD-CABBTN
* Description: 1m cable with panel mount power button (black) with integrated blue LED (IP67 rating)
* Panel mount power button:
* [Remote power button schematics](https://drive.google.com/file/d/1yIGvfnjJ2ggpG37PPsWe57a5aQo70dfN/view?usp=sharing)
## WiFi antenna connector
WiFi connector type in Bedrock: **Female RP-SMA** (center pin)
Use a **Male RP-SMA** WiFi antenna (center hole)
## LTE/5G antenna connector
LTE/5G connector type in Bedrock: **Female SMA** (center hole)
Use a **Male SMA** LTE/5G antenna (center pin)
# List of SO-DIMM RAM modules tested with Bedrock V3000
## Introduction
This page lists DDR5 SO-DIMM RAM modules tested in Bedrock PC by SolidRun.
## Testing Methodology
* DDR training right after power-up, Tjunction close to room temperature
* Multiple instances of Linux Memtester utility (one instance per core) with variable buffer size where the buffer size is greater than the size of L3 cache
* System is stressed until Tjunction approaches 105ºC while Memtester instances keep running
Pass criteria is completing the test above with no memory errors.
## List of non-ECC SO-DIMM RAM modules
Tested SO-DIMM modules are DDR5 with different capacity, rate, and temperature rating.
Manufacturer
Part number
Capacity | Rate
Validated for V3000
Validated for R7000
Validated for R8000
Validated for AI 300
Notes
Kingston
CBD48S40BS6MA-8
8 GB DDR5 4800
V
Kingston
CBD48S40BS8MA-16
16 GB DDR5 4800
V
Kingston
CBD48S40BD8MA-32
32 GB DDR5 4800
V
Micron
MTC8C1084S1SC48BA1
16 GB DDR5 4800
V
Micron
MTC16C2085S1SC48BA1
32 GB DDR5 4800
V
A-DATA
AD5S48008G-S
8 GB DDR5 4800
V
A-DATA
AD5S480016G-S
16 GB DDR5 4800
V
A-DATA
AD5S480032G-S
32 GB DDR5 4800
V
Based on K4RAH086VB-BCQK.
A-DATA
AD5S56008G-S
8GB DDR5 5600
V
V
A-DATA
AD5S560016G-B
16GB DDR5 5600
V
V
V
A-DATA
AD5S560032G-S
32GB DDR5 5600
V
V
V
Crucial
CT16G56C46S5
16GB DDR5 5600
V
Mushkin
MRA5S560LKKD48GX2
2x48GB - 96GByte DDR5 5600
V
V
## List of ECC SO-DIMM RAM modules
Tested ECC SO-DIMM modules are DDR5 with different capacity, rate, and temperature rating.
{% hint style="info" %}
Bedrock R7000 does **not** support ECC RAM and is therefore not listed
{% endhint %}
Manufacturer
Part number
Capacity | Rate
Validated for V3000
Validated for R8000
Validated for AI 300
Notes
Kingston
KSM48T40BS8KM-16HM
16 GB DDR5 4800 ECC
V
Kingston
KSM56T46BS8KM-16HA
16 GB DDR5 5600 ECC
V
Micron
MTC10C1084S1TC48BA1
16 GB DDR5 4800 ECC
V
V
Micron
MTC20C2085S1TC48BA1
32 GB DDR5 4800 ECC
V
# SFP modules tested with Bedrock V3000
## Introduction
This page lists the SFP modules that have been tested on Bedrock PC by SolidRun.
## Testing methodology
* Running iperf between a two 10G capable systems.
* Pass criteria, completing iperf without any errors or losses.
## 10GBASE-T SFP+ Modules (RJ45)
{% hint style="info" %}
List will be updated as soon as SolidRun tests more SFP modules on bedrock PC.
{% endhint %}
# Software - Bedrock V3000
* [Bedrock V3000 Power options](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bedrock-v3000-power-options)
* [BIOS - Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000)
* [Creating Bootable USB Drive for Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/creating-bootable-usb-drive-for-bedrock-v3000)
* [Disabling EEE on Intel I226 NICs V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/disabling-eee-on-intel-i226-nics-v3000)
* [Hailo-8 V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/hailo-8-v3000)
* [Linux - Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000)
* [Other operating systems - Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/other-operating-systems-bedrock-v3000)
* [Software Tips](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/software-tips)
* [Using serial console with Bedrock](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/using-serial-console-with-bedrock)
* [Windows - Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/windows-bedrock-v3000)
# Bedrock V3000 Power options
Bedrock provides a wide range of power management options, this guide will go over the basic power limit setting in BIOS as well as controling the power from the bedrockpower utility (experimantal).
## BIOS
* Plug power to device
* Press 'DEL' repetitively to go to BIOS setup menu
* In BIOS, go to the power tab
* Select cpu power limit enabled
* In the CPU power limit (W) option select a value between 8W-54W (default is 45W)
* Go to the ‘Save & Exit’ tab
* Select 'Save Changes and Reset'
* Confirm saving configuration and exiting
## BedrockPower
Clone the [bedrockpower github repository](https://github.com/SolidRun/BedrockPower) and follow the repositories instructions.
Support is experimental and might not work for all devices, This is a great option to test your bedrock with different power configurations and then go to BIOS and set it persistently.
{% hint style="info" %}
BedrockPower changes **DO NOT** persist over reboots
{% endhint %}
# BIOS - Bedrock V3000
* [Bedrock V3000 BIOS Image Files](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-image-files)
* [Bedrock V3000 BIOS reset](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-reset)
* [Bedrock V3000 BIOS Settings](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bedrock-v3000-bios-settings)
* [BIOS Update procedure](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bios-update-procedure)
* [How to create an EFI-shell bootable USB drive](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/how-to-create-an-efi-shell-bootable-usb-drive)
# Bedrock V3000 BIOS Image Files
## Bedrock V3000 BIOS Image Files
{% hint style="info" %}
Please follow [BIOS update procedure](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/bios-update-procedure) carefully. Incorrect BIOS update might lead to BIOS corruption that cannot be recovered and would require an RMA.
{% endhint %}
{% hint style="info" %}
Before updating BIOS, you are advised to [check current BIOS version](#how-to-check-bios-version)
{% endhint %}
## Current BIOS version
### BIOS V1.03 Release for Bedrock V3000
**File name**: BIOS\_BDV3000\_RELEASE\_V1.03\_SIGNED.BIN
**Release date**: 26-MAR-2024
**MD5**: 64ce5d561001dda950843c0af03af243
{% file src="/files/iBSuPl8OCFjWMgG2Uk5N" %}
#### Revision notes
* Disable ASPM for all PCI devices
## Older BIOS versions
### BIOS V1.01 Release for Bedrock V3000
**File name**: BIOS\_BDV3000\_RELEASE\_V1.01\_SIGNED.BIN
**Release date**: 15-Feb-2024
**MD5**: ee49a250859b8e36fe138efff553d746
{% file src="/files/V9IGAn7c4wGoadAsCJkN" %}
#### Revision notes
* Fix V3000 CPUs boot failures with ECC memory
### BIOS V1.0 Release for Bedrock V3000
**File name**: BIOS\_BDV3000\_RELEASE\_V1\_SIGNED.BIN
**Release date**: 15-OCT-2023
**MD5**: 68f94b371618e942a529187b19ebbfbc
{% file src="/files/YcoPVLKnYt5MCGxhjU4q" %}
#### Revision notes
* AGESA 1.0.0.5
* Console encoding was set to VT-UTF8
{% hint style="info" %}
Early Bedrock V3000 samples shipped before 25-Aug-2023 (serial number B3D-230825 or smaller) may have an issue with BIOS update due to signature incompatibility. If you have such a Bedrock V3000 sample and need to update BIOS please contact SolidRun.
{% endhint %}
# Bedrock V3000 BIOS reset
If your Bedrock device is not booting due to changes in the BIOS menus, you can reset the BIOS to its default settings by following these steps:
1. Unplug the power supply from the device.
2. Take a SIM extractor pin (or a similar small tool) and insert it into the hole beside the console port until you feel the button click, on R7000 with USB-C the button is at the top of the device near the console connector.
3. While holding the button down, reconnect the power supply to the device.
4. Wait for checkpoints to appear in the serial console, \~20-40 seconds.
On **R7000** platforms, with BIOS V1.1 ([0ACTF10](https://eip.ami.com/eip/accessAttachment.do?task=get\&iid=816769\&aid=2511089)1) the S LED will blink, switching between green and orange, after this, you can release the sim extractor pin.
{% hint style="info" %}
You can hold the button indefinitely, however as long as you hold it, the device will keep rebooting this is expected behavior.
{% endhint %}
5. Release the button and allow the device to boot up.
{% hint style="info" %}
First boot, might take some time for the device to boot up due to DDR training.
{% endhint %}
By following these steps, you should be able to reset the Bedrock BIOS to its default settings and restore normal operation.
# Bedrock V3000 BIOS Settings
## Bedrock V3000 BIOS Settings
* [How to enter BIOS settings](#how-to-enter-bios-settings)
* [Make BIOS screen look better on console](#make-bios-screen-look-better-on-console)
* [How to check BIOS version](#how-to-check-bios-version)
* [Main screen](#main-screen)
* [Power screen](#power-screen)
* [Advanced screen](#advanced-screen)
* [Chipset screen](#chipset-screen)
* [Security screen](#security-screen)
* [Boot screen](#boot-screen)
* [Save & Exit screen](#save-exit-screen)
## How to enter BIOS settings
* Connect power to Bedrock V3000 then press (DEL / ESC) continuously until BIOS screen shows up.
## Make BIOS screen look better on console
* Advanced > Serial Port Console Redirection > Console Redirection Settings set terminal type: VT-UTF8
* save and reset
## How to check BIOS version
* Enter BIOS settings
* In **Main** tab look for **Project Version**
* The Project Version string has the format 0ASCSK 0.00.0**XX**\
**XX** is the BIOS version
## Main screen
options
* BIOS Information
* BIOS version can be seen on line: Project Version 0ASCSK 0.00.0XX where XX is the version.
* System Language
* System Date
* System Time
## Power screen
* CPU Power Settings:
* Default CPU Power Settings (default setting)
* CPU Power Limit Enabled (opens multiple settings):
* CPU Power Limit (W): CPU power limit in watts, value entered manually
* Core Performance Boost: Auto / Disabled
* Global C-state Control: Auto / Disabled / Enabled
* dvanced CPU Power Settings (opens multiple settings):
* Core Performance Boost: Auto / Disabled
* Global C-state Control: Auto / Disabled / Enabled
* [Platform Management Framework (PMF):](#pmf) → AMD PBS → AMD CBS → SMU Common Options
* [System-Management-Unit-(SMU)](#smu): → AMD CBS → SMU Common Options
* [Power Saving Configurations:](#pmf) → AMD PBS → Power Saving Configurations
* [Thermal Configurations:](#pmf) → AMD PBS → Thermal Configurations
## Advanced screen
Trusted Computing
* Enable/disable TPM
* Enable/disable PCR Banks
* Clear TPM pending operation
* Enable/disable Platform Hierarchy
* Enable/disable Storage Hierarchy
* Enable/disable Endorsement Hierarchy
* Device Select (TPM version)
* Enable/disable Disable Block Sid
AMD fTPM configuration:
* Choose TPM device
* Erase fTPM
ACPI Settings
* Enable/disable ACPI Auto Configuration
* Enable/disable Hibernation: enables to go into S4 sleep state
* ACPI Sleep State: decide what ot do on sleep suspend to RAM / suspend disabled
* Enable/disable Lock Legacy Resources
S5 RTC Wake Settings
* Wake system from S5: Disabled / Fixed Time / Dynamic Time
UEFI Variables Protection
* Enable/disable password protection of Runtime Variables
Serial Port Console Redirection
* Enable/disable Console Redirection
* Console Redirection Settings:
* Terminal Type (BIOS visual personalization): VT100 / VT100Plus / VT-UTF8 / ANSI
* Bits per second: 9600 / 19200 / 38400 / 57600 / 115200
* Data Bits: 7 / 8
* Parity: None / Even / Odd / Mark / Space
* Stop Bits: 1 / 2
* Flow Control: None / Hardware RTS/CTS
* VT-UTF8 Combo Key Support: Disabled / Enabled
* Recorder Mode: Disabled / Enabled
* Resolution 100x31: Disabled / Enabled
* Putty KeyPad: VT100 / LINUX / XTERMR6 / SCO / ESCN / VT400
* Console Redirection EMS: Disabled / Enabled (opens configuration options)
* Terminal Type EMS: VT100 / VT100Plus / VT-UTF8 / ANSI
* Bits per second EMS: 9600 / 19200 / 57600 / 115200
* Flow Control EMS: None / 'Hardware RTS/CTS ' / Software Xon/Xoff
CPU Configuration
* PSS Support: Disabled / Enabled
* PPC Adjustment: PState 0 / PState 1 / PState 2
* NX Mode: Disabled / Enabled
* SVM Mode: Disabled / Enabled
* Node 0 Information (opens new window with memory information related to node 0)
IDE Configuration
* NONE
Debug Port Table Configuration
* Debug Port Table: Disabled / Enabled
* Debug Port Table 2: Disabled / Enabled
Option ROM Dispatch Policy
{% hint style="warning" %}
**WARNING**:\
Changing Device(s) Option ROM dispatch policy may affect system’s ability to post and/or boot!
{% endhint %}
* Restore if Failure: Disabled / Enabled (if enabled and system fails to boot it will restore this and CSM screens settings to default)
* Primary Video Ignore: Disabled / Enabled
* On Board Network Controller: Disabled / Enabled
* Slot #32 Mass Storage Controller: Disabled / Enabled
* Slot #33 Mass Storage Controller: Disabled / Enabled
* Slot #34 Network Controller: Disabled / Enabled
* Slot #49 Network Controller: Disabled / Enabled
* Slot #51 Network Controller: Disabled / Enabled
PCI Subsystem Settings
{% hint style="warning" %}
**WARNING**:\
Changing PCIE Device(s) settings may have unwanted side effects! System may HANG!
{% endhint %}
* Above 4G Decoding: Disabled / Enabled
* Re-Size BAR Support: Disabled / Enabled
* SR-IOV Support: Disabled / Enabled
* BME DMA Mitigation: Disabled / Enabled
* Hot-Plug Support: Disabled / Enabled
USB Configuration
* Legacy USB Support: Disabled / Enabled / Auto
* XHCI Hand-off: Disabled / Enabled
* USB Mass Storage Driver Support: Disabled / Enabled
* USB transfer time-out: 1 sec / 5 sec / 10 sec / 20 sec
* Device reset time-out: 10 sec / 20 sec / 30 sec / 40 sec
* Device power-up delay: Auto / Manual (opens another option)
* Device power-up delay in seconds: \[your custom delay]
* List of USB mass storage devices with option to choose their type:\
Auto / Floppy / Forced FDD / Hard Disk / CD-ROM
Network Stack Configuration
* Network Stack: Disabled / Enabled (opens list of options)
* IPv4 PXE Support: Disabled / Enabled
* IPv4 HTTP Support: Disabled / Enabled
* IPv6 PXE Support: Disabled / Enabled
* IPv6 HTTP Support: Disabled / Enabled
* PXE boot wait time: \[your custom wait time]
* Media detect count: \[your custom retry count]
NVMe Configuration
* Lists your NVME drives, and allows you to run tests also shows last test results and drive data:
* Self Test Option: Short / Extended
* Self Test Action: Controller Only Test / Controller and NameSpace Test
* Run Device Self Test
Demo Board
Onboard PCIE LAN PXE ROM: Disabled / Enabled
PCIE Port:
PCIE Port Control: Disabled / Enabled (opens a menu for each PCIE device)
Device $ Fun $: Disabled / Enabled / Auto
ASPM Mode(Dev#$/Func#$): Disabled / L0s Entry / L1 Entry / L0s And L1 Entry / Auto
Hotplug Mode(Dev#$/Func#$): Disabled / Hotplug Basic / Hotplug Server / Hotplug Enhanced / Hotplug Inboard / Auto
PCR7 WA Support: Disabled / Enabled / Auto
Secure Devices ACPI Table
* SDEV ACPI: Disabled / Enabled
RAM Disk Configuration
* Disk Memory Type: Boot Service Data / Reserved
* Create raw: Create a new RAM disk with the given starting and ending address.
* Create from file: Create a new RAM disk from a file, opens a menu with all your storage devices to choose.
* Remove selected RAM disk(s)
Tls Auth Configuration
* add / remove client certificate
AMD PBS
* AMD Firmware Version: displays AMDs firmware information
* PCI Express Configurations:
* PCIE Dxio Timing ControlEnable: Disabled / Enabled
* PCIE x4 Slot-1: Disabled / Enabled
* AMD XGBE Path Selection: On Board Ports / Add In Card / Disabled
* XGBE Port0/1 controller: RJ45 / SFP
* XGBE Port0/1 Mode Selection: 10G/1G Backplane / 2.5G Backplane / SFP+ connector / Backplane AN OFF
* XGBE Port0/1 Speed Selection: 1G / 10G / '10G/1G' / 100Mbps / 10Mbps
* PXE BOOT: PORT 0 / PORT 1
* PCIE 2x8 slots: Disabled / Enabled
* M.2/PCIE Slot: M.2 NVMe (x4) / M.2 NVMe (x2) / PCIe Slot-3 (x4)
* PCIE GPP Slot Hotplug support: Disabled / Enabled
* PCIE dGPU Slot Hotplug support: Disabled / Enabled
* NVMe RAID mode: Disabled / Enabled
* Power Saving Configurations:
* S3/Modern Standby Support: S3 Enable / Modern Standby Enable
* Wake on PME: determines the action when system power is off and PCI enable wake up event occurs. Disabled / Enabled
* Internal PCIE GPP 0 D3: Disabled / Enabled
* SOC GPU D3: Disabled / Enabled
* SOC HD Audio D3: Disabled / Enabled
* SOC USB3.1 D3: Disabled / Enabled
* SOC ACP D3: Disabled / Enabled
* SOC Azalia D3: Disabled / Enabled
* Internal PCIE GPP 2 D3: Disabled / Enabled
* SOC USB2.0 D3: Disabled / Enabled
* SOC USB3.1 for USB4 D3: Disabled / Enabled
* SOC USB4 D3: Disabled / Enabled
* Internal USB4 PCIE Tunneling D3: enable internal USB4 PCIe tunneling D3 abd add into PEP Device dependency list. Disabled / Enabled
* SOC USB4 PCIE Endpoint D3: Disabled / Enabled
* Unused GPP Clocks Off: Disabled / Enabled
* Clock PM: CLK\_REQ0: Disabled / Enabled
* Clock PM: CLK\_REQ1: Disabled / Enabled
* Clock PM: CLK\_REQ2: Disabled / Enabled
* Clock PM: CLK\_REQ3: Disabled / Enabled
* Clock PM: CLK\_REQ4: Disabled / Enabled
* Clock PM: CLK\_REQ5: Disabled / Enabled
* Clock PM: CLK\_REQ6: Disabled / Enabled
* Z-states support on non-Z10 capable PCIE: Disabled / Enabled
* Graphics Configurations:
* EVAL Slot Power Enable: Disabled / Enabled
* EVAL CARD T-Diode Routing Select: EC / APU SMBUS0
* D3Cold Support: Disabled / Enabled
* NVIDIA DGPU Power Enable: Disabled / Enabled
* Discrete GPU \_DSM Function A: Disabled / Enabled
* Discrete GPU \_DSM Function B: Disabled / Enabled
* Non-Eval Discrete GPU Support: Disabled / Enabled
* Discrete GPU HPD Circuitry: OR Circuitry / Pulse Circuitry
* Discrete GPU's Audio: Disabled / Keep ROM Strap Setting
* Discrete GPU's USB Port: Keep Default Setting / Disabled
* Discrete GPU's SSID/SVID: Program by Vendor / Keep Default Setting
* Discrete GPU's VGA SSID/SVID: \[manual]
* Discrete GPU's AUDIO SSID/SVID: \[manual]
* Discrete GPU BOMACO Support: Disabled / Enabled
* BLINK LED: Disabled / Enabled
* ATIF Function 23 Support: Disabled / Enabled
* Primary Video Adaptor: Ext Graphics (PEG) / Int Graphics (IGD)
* Display Configurations:
* DP0 Select: Default (DP) / DP display / HDMI display
* DP1 Select: Default (DP) / DP display / HDMI display
* Adjust DP Caps: Soc Default / Cap override
* DP2: Default (DP with TypeC) / EDP display / HDMI display / DP with TypeC display / DP without TypeC display
* Adjust DP Caps: Soc Default / Cap override
* DP2 Over USBC2: DP with TypeC display / Default (DP with TypeC) / DP without TypeC display
* DP3/HDMI1/USB6: USB / Default (DP without TypeC) / DP display / HDMI display
* USB/Thunderbolt Configurations:
* PD USB4 Control Enable/Disable: Disabled / Enabled
* USB4 Bus Reserved:
* USB4 Non-Prefetch Memory Reserved: \[manual]
* USB4 non-Prefetch MMIO align (0 \~ 65534 MB): \[manual]
* USB4 Prefetch Memory Reserved: \[manual]
* USB4 Prefetch MMIO align (0 \~ 65534 MB): \[manual]
* USB Camera Enable: Disabled / Enabled
* USB Finger Printer Enable: Disabled / Enabled
* UCSI Support: Disabled / Enabled
* USBC Port Harware Disable Support: Disabled / Enabled
* Reconfig Rebalance Resources by OS: Disabled / Enabled
* PD Thunderbolt3 Alt Mode: Disabled / Enabled
* USB4 ACPI \_DEP Support: Disabled / Enabled
* Audio Configurations:
* Wake On Voice: Disabled / Enabled
* ACP Power Gating: Disabled / Enabled
* ACP CLock Gating: Disabled / Enabled
* SoundWire SSDT Support: Disabled / Enabled
* TDM2\_DIN Pull High: Disabled / Enabled
* I2C Configurations:
* MITT/WITT Selection: Both disable / WITT Only / MITT Only
* Thermal Configurations:
* APU PROCHOT# setting:\
Enable APU\_PROCHOT# in pure-DC case /\
Disable APU\_PROCHOT# /\
Enable APU\_PROCHOT# in pure-AC case /\
Enable APU\_PROCHOT# in either pure-DC or pure-AC case (not AC+DC)
* AMD DPTC interface: Disabled / Enabled
* STT sensor reporting: Disabled / Enabled
* MP2 Configurations:
* Power Sensors Routing Select: WALLE lite PDT / WALLE lite PM log
* Turn off Xtal (S3/S5): Disabled / Enabled
* Sensor Fusion User Mode Driver: Disabled / Enabled
* Allocate 100KB For MP2: Disabled / Enabled
* Wake On Human Presence detection WA: Disabled / Enabled
* Debug Configurations:
* Serial Debug Message Under OS: Disabled / Enabled
* Debug Print In ASL: Disabled / Enabled
* iLA TraceMemoryEn: Disabled / Enabled
* StallForUnlock: Disabled / Enabled
* AMD PMF Settings:
* AMD PMF Device Support: Disabled / Enabled (opens a list of options)
* APMF Function 1 Settings:
* Time interval for PMF to send heartbeat signal to BIOS (seconds): \[manual]
* APMF Function 3 Settings:
* AMPF Function 3: Disabled / Enabled (opens a list of options)
* AC\_Best\_Performance\_Limit: \[manual]
* Fan\_ID\_AC\_Best\_Performance\_Limit: \[manual]
* AC\_Better\_Performance\_Limit: \[manual]
* Fan\_ID\_AC\_Better\_Performance\_Limit: \[manual]
* AC\_Better\_Battery\_Limit: \[manual]
* Fan\_ID\_AC\_Better\_Battery\_Limit: \[manual]
* DC\_Best\_Performance\_Limit: \[manual]
* Fan\_ID\_DC\_Best\_Performance\_Limit: \[manual]
* DC\_Better\_Performance\_Limit: \[manual]
* Fan\_ID\_DC\_Better\_Performance\_Limit: \[manual]
* DC\_Better\_Battery\_Limit: \[manual]
* Fan\_ID\_DC\_Better\_Battery\_Limit: \[manual]
* DC\_Battery\_Saver\_Limit: \[manual]
* Fan\_ID\_DC\_Battery\_Saver\_Limit: \[manual]
* APMF Function 4 Settings: Disabled / Enabled
* APMF Function 5 Settings: Disabled / Enabled (opens a list of options)
* T\_Balanced\_to\_Perf : \[manual]
* T\_Perf\_to\_Balanced: \[manual]
* T\_Quiet\_to\_Balanced: \[manual]
* T\_Balanced\_to\_Quiet: \[manual]
* Pfloor\_Perf: \[manual]
* Pfloor\_Balanced: \[manual]
* Pfloor\_Quiet: \[manual]
* P\_delta\_Balanced\_to\_Perf: \[manual]
* P\_delta\_Perf\_to\_Balanced: \[manual]
* P\_delta\_Quiet\_to\_Balanced: \[manual]
* P\_delta\_Balanced\_to\_Quiet: \[manual]
* STT\_SkinTempLimit\_APU\_Perf\_on\_Lap: \[manual]
* STT\_SkinTempLimit\_HS2\_Perf\_on\_Lap: \[manual]
* STT\_SkinTempLimit\_APU\_Perf: \[manual]
* STT\_SkinTempLimit\_HS2\_Perf: \[manual]
* STT\_SkinTempLimit\_APU\_Balanced: \[manual]
* STT\_SkinTempLimit\_HS2\_Balanced: \[manual]
* STT\_SkinTempLimit\_APU\_Quiet: \[manual]
* STT\_SkinTempLimit\_HS2: \[manual]
* STTMinLimit\_Perf\_on\_lap: \[manual]
* STTMinLimit\_Perf: \[manual]
* STTMinLimit\_Balanced: \[manual]
* STTMinLimit\_Quiet: \[manual]
* FPPT\_Perf\_on\_lap: \[manual]
* SPPT\_Perf\_on\_lap: \[manual]
* SPL\_Perf\_on\_lap: \[manual]
* SPPT\_APUOnly\_Perf\_on\_Lap: \[manual]
* FPPT\_Perf: \[manual]
* SPPT\_Perf: \[manual]
* SPL\_Perf: \[manual]
* SPPT\_APUOnly\_Perf: \[manual]
* FPPT\_Balanced: \[manual]
* SPPT\_Balanced: \[manual]
* SPL\_Balanced: \[manual]
* SPPT\_APUOnly\_Balanced: \[manual]
* FPPT\_Quiet: \[manual]
* SPPT\_Quiet: \[manual]
* SPL\_Quiet: \[manual]
* SPPT\_APUOnly\_Quiet: \[manual]
* Fan\_ID\_Perf: \[manual]
* Fan\_ID\_Balanced: \[manual]
* Fan\_ID\_Quiet: \[manual]
* APMF Function 6 Settings: Disabled / Enabled (opens a list of options)
* ConditionTemp\_In\_Bag\_Policy: \[manual]
* ConditionTemp\_In\_Bag\_S4\_Policy: \[manual]
* FPPT\_In\_Bag\_Policy: \[manual]
* SPPT\_In\_Bag\_Policy: \[manual]
* SPPT\_ApuOnly\_In\_Bag\_Policy: \[manual]
* SPL\_In\_Bag\_Policy: \[manual]
* STTMinLimit\_In\_Bag\_Policy: \[manual]
* STT\_SkinTempLimit\_APU\_In\_Bag\_Policy: \[manual]
* STT\_SkinTempLimit\_HS2\_In\_Bag\_Policy: \[manual]
* Fan\_ID\_In\_Bag\_Policy: \[manual]
* FPPT\_In\_Bag\_Exit\_Policy: \[manual]
* SPPT\_In\_Bag\_Exit\_Policy: \[manual]
* SPPT\_ApuOnly\_In\_Bag\_Exit\_Policy: \[manual]
* SPL\_In\_Bag\_Exit\_Policy: \[manual]
* STTMinLimit\_In\_Bag\_Exit\_Policy: \[manual]
* STT\_SkinTempLimit\_APU\_In\_Bag\_Exit\_Policy: \[manual]
* STT\_SkinTempLimit\_HS2\_In\_Bag\_Exit\_Policy: \[manual]
* APMF Function 9 Settings: Disabled / Enabled (opens a list of options)
* fPPT\_BestPerfAC: \[manual]
* sPPT\_BestPerfAC: \[manual]
* sPPT\_APUOnlyBestPerfAC: \[manual]
* SPL\_BestPerfAC: \[manual]
* STTMinLimit\_BestPerfAC: \[manual]
* STT\_SkinTempLimit\_APU\_BestPerfAC: \[manual]
* STT\_SkinTempLimit\_HS2\_BestPerfAC: \[manual]
* Fan\_ID\_BestPerfAC: \[manual]
* fPPT\_BetterPerfAC: \[manual]
* sPPT\_BetterPerfAC: \[manual]
* sPPT\_APUOnlyBetterPerfAC: \[manual]
* SPL\_BetterPerfAC: \[manual]
* STTMinLimit\_BetterPerfAC: \[manual]
* STT\_SkinTempLimit\_APU\_BetterPerfAC: \[manual]
* STT\_SkinTempLimit\_HS2\_BetterPerfAC: \[manual]
* Fan\_ID\_BetterPerfAC: \[manual]
* fPPT\_BetterBatteryAC: \[manual]
* sPPT\_BetterBatteryAC: \[manual]
* sPPT\_APUOnlyBetterBatteryAC: \[manual]
* SPL\_BetterBatteryAC: \[manual]
* STTMinLimit\_BetterBatteryAC: \[manual]
* SPL\_BetterBatteryAC: \[manual]
* STTMinLimit\_BetterBatteryAC: \[manual]
* STT\_SkinTempLimit\_APU\_BetterBatteryAC: \[manual]
* STT\_SkinTempLimit\_HS2\_BetterBatteryAC: \[manual]
* Fan\_ID\_BetterBatteryAC: \[manual]
* fPPT\_BestPerfDC: \[manual]
* sPPT\_BestPerfDC: \[manual]
* sPPT\_APUOnlyBestPerfDC: \[manual]
* SPL\_BestPerfDC: \[manual]
* STTMinLimit\_BestPerfDC: \[manual]
* STT\_SkinTempLimit\_APU\_BestPerfDC: \[manual]
* STT\_SkinTempLimit\_HS2\_BestPerfDC: \[manual]
* Fan\_ID\_BestPerfDC: \[manual]
* fPPT\_BetterPerfDC: \[manual]
* sPPT\_BetterPerfDC: \[manual]
* sPPT\_APUOnlyBetterPerfDC: \[manual]
* SPL\_BetterPerfDC: \[manual]
* STTMinLimit\_BetterPerfDC: \[manual]
* STT\_SkinTempLimit\_APU\_BetterPerfDC: \[manual]
* STT\_SkinTempLimit\_HS2\_BetterPerfDC: \[manual]
* Fan\_ID\_BetterPerfDC: \[manual]
* fPPT\_BetterBatteryDC: \[manual]
* sPPT\_BetterBatteryDC: \[manual]
* sPPT\_APUOnlyBetterBatteryDC: \[manual]
* SPL\_BetterBatteryDC: \[manual]
* STTMinLimit\_BetterBatteryDC: \[manual]
* STT\_SkinTempLimit\_APU\_BetterBatteryDC: \[manual]
* STT\_SkinTempLimit\_HS2\_BetterBatteryDC: \[manual]
* Fan\_ID\_BetterBatteryDC: \[manual]
* fPPT\_BatterySaverDC: \[manual]
* sPPT\_BatterySaverDC: \[manual]
* sPPT\_APUOnlyBetterBatteryDC: \[manual]
* SPL\_BatterySaverDC: \[manual]
* STTMinLimit\_BatterySaverDC: \[manual]
* STT\_SkinTempLimit\_APU\_BatterySaverDC: \[manual]
* STT\_SkinTempLimit\_HS2\_BatterySaverDC: \[manual]
* APMF Function 11 Settings: Disabled / Enabled: \[manual] (opens a list of options)
* T\_Perf\_to\_Turbo: \[manual]
* T\_Balanced\_to\_Perf: \[manual]
* T\_Quiet\_to\_Balanced: \[manual]
* T\_Balanced\_to\_Quiet: \[manual]
* T\_Perf\_to\_Balanced: \[manual]
* T\_Turbo\_to\_Perf: \[manual]
* Pfloor\_Turbo: \[manual]
* FPPT\_Turbo: \[manual]
* SPPT\_Turbo: \[manual]
* SPPT\_APUOnly\_Turbo: \[manual]
* SPL\_Turbo: \[manual]
* STT\_MinLimit\_Turbo: \[manual]
* STT\_SkinTempAPU\_Turbo: \[manual]
* STT\_SkinTempHS2\_Turbo: \[manual]
* Fan\_ID\_Turbo: \[manual]
* Pfloor\_Performance: \[manual]
* FPPT\_Performance: \[manual]
* SPPT\_Performance: \[manual]
* SPPT\_APUOnly\_Performance: \[manual]
* SPL\_Performance: \[manual]
* STT\_MinLimit\_Performance: \[manual]
* STT\_SkinTempAPU\_Performance: \[manual]
* STT\_SkinTempHS2\_Performance: \[manual]
* Fan\_ID\_Performance: \[manual]
* Pfloor\_Balanced: \[manual]
* FPPT\_Balanced: \[manual]
* SPPT\_Balanced: \[manual]
* SPPT\_APUOnly\_Balanced: \[manual]
* SPL\_Balanced: \[manual]
* STT\_MinLimit\_Balanced: \[manual]
* STT\_SkinTempAPU\_Balanced: \[manual]
* STT\_SkinTempHS2\_Balanced: \[manual]
* Fan\_ID\_Balanced: \[manual]
* Pfloor\_Quiet: \[manual]
* FPPT\_Quiet: \[manual]
* SPPT\_Quiet: \[manual]
* SPPT\_APUOnly\_Quiet: \[manual]
* SPL\_Quiet: \[manual]
* STT\_MinLimit\_Quiet: \[manual]
* STT\_SkinTempAPU\_Quiet: \[manual]
* STT\_SkinTempHS2\_Quiet: \[manual]
* APMF Function 12 Settings: Disabled / Enabled (opens a list of options)
* Flags: \[manual]
* T\_Perf\_to\_Turbo: \[manual]
* T\_Balanced\_to\_Perf: \[manual]
* T\_Quiet\_to\_Balanced: \[manual]
* T\_Balanced\_to\_Quiet: \[manual]
* T\_Perf\_to\_Balanced: \[manual]
* T\_Turbo\_to\_Perf: \[manual]
* Pfloor\_Turbo: \[manual]
* FPPT\_Turbo: \[manual]
* SPPT\_Turbo: \[manual]
* SPPT\_APUOnly\_Turbo: \[manual]
* SPL\_Turbo: \[manual]
* STT\_MinLimit\_Turbo: \[manual]
* STT\_SkinTempAPU\_Turbo: \[manual]
* STT\_SkinTempHS2\_Turbo: \[manual]
* Fan\_ID\_Turbo: \[manual]
* Pfloor\_Performance: \[manual]
* FPPT\_Performance: \[manual]
* SPPT\_Performance: \[manual]
* SPPT\_APUOnly\_Performance: \[manual]
* SPL\_Performance: \[manual]
* STT\_MinLimit\_Performance: \[manual]
* STT\_SkinTempAPU\_Performance: \[manual]
* STT\_SkinTempHS2\_Performance: \[manual]
* Fan\_ID\_Performance: \[manual]
* Pfloor\_Balanced: \[manual]
* FPPT\_Balanced: \[manual]
* SPPT\_Balanced: \[manual]
* SPPT\_APUOnly\_Balanced: \[manual]
* SPL\_Balanced: \[manual]
* STT\_MinLimit\_Balanced: \[manual]
* STT\_SkinTempAPU\_Balanced: \[manual]
* STT\_SkinTempHS2\_Balanced: \[manual]
* Fan\_ID\_Balanced: \[manual]
* Pfloor\_Quiet: \[manual]
* FPPT\_Quiet: \[manual]
* SPPT\_Quiet: \[manual]
* SPPT\_APUOnly\_Quiet: \[manual]
* SPL\_Quiet: \[manual]
* STT\_MinLimit\_Quiet: \[manual]
* STT\_SkinTempAPU\_Quiet: \[manual]
* STT\_SkinTempHS2\_Quiet: \[manual]
* APMF Function 13 Settings: Disabled / Enabled (opens a list opf options)
* T\_Balanced\_to\_Perf: \[manual]
* T\_Perf\_to\_Balanced: \[manual]
* T\_Quiet\_to\_Balanced: \[manual]
* T\_Balanced\_to\_Quiet: \[manual]
* Pfloor\_Perf: \[manual]
* Pfloor\_Balanced: \[manual]
* Pfloor\_Quiet: \[manual]
* P\_delta\_Balanced\_to\_Perf: \[manual]
* P\_delta\_Perf\_to\_Balanced: \[manual]
* P\_delta\_Quiet\_to\_Balanced: \[manual]
* P\_delta\_Balanced\_to\_Quiet: \[manual]
* STT\_SkinTempLimit\_APU\_Perf\_on\_Lap: \[manual]
* STT\_SkinTempLimit\_HS2\_Perf\_on\_Lap: \[manual]
* STT\_SkinTempLimit\_APU\_Perf: \[manual]
* STT\_SkinTempLimit\_HS2\_Perf: \[manual]
* STT\_SkinTempLimit\_APU\_Balanced: \[manual]
* STT\_SkinTempLimit\_HS2\_Balanced: \[manual]
* STT\_SkinTempLimit\_APU\_Quiet: \[manual]
* STT\_SkinTempLimit\_HS2: \[manual]
* STTMinLimit\_Perf\_on\_lap: \[manual]
* STTMinLimit\_Perf: \[manual]
* STTMinLimit\_Balanced: \[manual]
* STTMinLimit\_Quiet: \[manual]
* FPPT\_Perf\_on\_lap: \[manual]
* SPPT\_Perf\_on\_lap: \[manual]
* SPL\_Perf\_on\_lap: \[manual]
* SPPT\_APUOnly\_Perf\_on\_Lap: \[manual]
* FPPT\_Perf: \[manual]
* SPPT\_Perf: \[manual]
* SPL\_Perf: \[manual]
* SPPT\_APUOnly\_Perf: \[manual]
* FPPT\_Balanced: \[manual]
* SPPT\_Balanced: \[manual]
* SPL\_Balanced: \[manual]
* SPPT\_APUOnly\_Balanced: \[manual]
* FPPT\_Quiet: \[manual]
* SPPT\_Quiet: \[manual]
* SPL\_Quiet: \[manual]
* SPPT\_APUOnly\_Quiet: \[manual]
* Fan\_ID\_Perf: \[manual]
* Fan\_ID\_Balanced: \[manual]
* APMF Function 14 Settings: Disabled / Enabled
* RAS:
* PCIE Root Port Corr Err Mask Reg: \[manual]
* PCIE Root Port UnCorr Err Mask Reg: \[manual]
* PCIE Port UnCorr Error Sev Reg: \[manual]
* PCIE Device Corr Err Mask Reg: \[manual]
* PCIE Device UnCorr Err Mask Reg: \[manual]
* PCIE Device UnCorr Error Sev Reg: \[manual]
* Above 4GB MMIO Limit:\
35bit (32GB)\
36bit (64GB)\
37bit (128GB)\
38bit (256GB)\
39bit (512GB)\
40bit (1TB) default\
41bit (2TB)\
42bit (4TB)\
43bit (8TB)\
44bit (16TB)\
45bit (32TB)\
46bit (64TB)\
47bit (128TB)\
48bit (256TB)
* 5V\_S5 voltage: 5v\_ALW(default) / 5v\_ALW +60mv / 5v\_ALW +100mv
* AMD KVM Mouse Protocol: Auto(default) / Simple / Absolute
* Processor Aggregator Device: Disabled / Enabled
* APIC Software Enable: Disabled / Enabled
* Dynamic P3T limit: Enable for DC-only case (include fake DC) / Disabled / Enabled
* PD Firmware Update: Disabled / Enabled
AMD CBS
* CPU Common Options:
* Prefetcher settings:
* L1 Stream HW Prefetcher: Auto / Disabled / Enabled
* 2 Stream HW Prefetcher: Auto / Disabled / Enabled
* Core Watchdog:
* Core Watchdog Timer Enable: Disabled / Enabled (opens more options)
* Core Watchdog Timer Interval: Auto / 21.461s - 39us
* Core Watchdog Timer Severity:\
Auto\
Fatal\
Uncorrected\
Deferred\
Corrected\
Transparent\
No Error
* CCD/Core/Thread Enablement:
* Core control: Auto / ONE / TWO / THREE / FOUR / FIVE / SIX / SEVEN
* RedirectForReturnDis: Auto / 0 / 1
* Core Performance Boost: Auto / Disabled
* Global C-state Control: Auto / Disabled / Enabled
* Opcache Control: Auto / Disabled / Enabled
* SEV ASID Count: Auto / 253 ASIDs / 509 ASIDs
* SEV-ES ASID Space Limit Control: Auto / manual (opens another option)
* SEV-ES ASID Space Limit: \[manual]
* Streaming Stores Control: Auto / Disabled / Enabled
* Local APIC Mode: Auto / xAPIC / x2APIC
* ACPI \_CST C1 Declaration: Auto / Disabled / Enabled
* MCA error thresh enable: True / False
* MCA error thresh count: FF5 (default) \[manual]
* SMU and PSP Debug Mode: Auto / Disabled / Enabled
* PPIN Opt-in: Auto / Disabled / Enabled
* Action on BIST Failure: Auto / Down-Core / Do nothing
* IBS hardware workaround: Auto / Down-Core / Do nothing
* DF Common Options:
* Scrubber:
* DRAM scrub time(hours): Auto / Disabled / 1h / 4h / 8h / 16h / 24h / 48h
* Poison scrubber control: Auto / Disabled / Enabled
* Redirect scrubber control: Auto / Disabled / Enabled
* Redirect scrubber limit: Auto / Infinite / 2 / 4 / 8
* DRAM map inversion: Auto / Disabled / Enabled
* Memory Addressing:
* Memory interleaving size: Auto / 256 Bytes / 512 Bytes / 1 KB / 2 KB
* CC6 memory region encryption: Auto / Disabled / Enabled
* Memory Clear: Auto / Disabled / Enabled
* Disable DF to external downstream IP SyncFloodPropagation: Auto / Sync flood enabled / Sync flood disabled
* Disable DF sync flood propagation: Auto / Sync flood enabled / Sync flood disabled
* Freeze DF module queues on error: Auto / Disabled / Enabled
* DF Cstates: Auto / Disabled / Enabled
* UMC Common Options:
* DDR Options:
* DDR RAS:
* Disable Memory Error Injection: Auto / False / True
* Data Poisoning: Auto / Disabled / Enabled
* DR ECC Configuration:
* ECC: Auto / Disabled / Enabled
* DDR Security:
* TSME: Auto / Disabled / Enabled
* Data Scramble: Auto / Disabled / Enabled
* DDR Addressing Options:
* Chipselect Interleaving: Auto / Disabled
* Address Hash Bank: Auto / Disabled / Enabled
* Address Hash CS: Auto / Disabled / Enabled
* BankSwapMode: Auto / Disabled / Swap APU
* DDR Training Options:
* DFE Read Training: Auto / Disabled / Enabled
* DRAM PDA Enumerate ID Programming Mode: Auto / Toggling PDA enumeration mode / Legacy PDA enumeration mode
* DDR Memory MBIST:
* MBIST Enable: Auto / Disabled / Enable (opens more options)
* MBIST Test Mode: Auto / Both / Data Eye Mode / Interface Mode
* MBIST Aggressors: Auto / Disabled / Enabled
* MBIST Per Bit Slave Die Reporting: Auto / Disabled / Enabled
* DDR Data Eye:
* Pattern Select: PRBS / SSO / Both
* Pattern Length: \[manual] (default 6)
* Aggressor Channel: Disabled / 1 Aggressor Channel / 3 Aggressor Channels /\
7 Aggressor Channel
* NBIO Common Options:
* IOMMU: Auto / Disabled / Enabled
* PCIE ARI Support: Auto / Disabled / Enabled
* Enable AER Cap: Auto / Disabled / Enabled
* ACS Enable: Auto / Disabled / Enabled
* PSPP Policy: Auto / Disabled / Enabled
* GFX Configuration:
* iGPU Configuration: Auto / iGPU Disabled / UMA\_SPECIFIED / UMA\_AUTO / UMA\_GAME\_OPTIMIZED
* UMA Version: Auto / Non-Legacy / Legacy
* GPU Host Translation Cache: Auto / Disabled / Enabled
* Audio Configuration:
* NB Azalia: Auto / Disabled / Enabled
* Audio IOs:\
options:\
Auto\
HDA(3SDI) + PDM(2CH)\
HDA(1SDI) + PDM(6CH)\
DA(1SDI) + SDW0(1MDATA) + PDM(2CH)\
SDW0(4MDATA) + PDM(6CH)\
SDW0(4MDATA) + SDW1(1MDATA) + PDM(2CH)\
3I2S PORTS + 1 REFCLK + 1 INTR\
HDA(3SDI) + PDM(6CH) +I2S\
HDA(3SDI) + PDM(8CH)\
HDA(1SDI) + SDW0(1MDATA) + PDM(6CH) + I2S\
SDW0(4MDATA)+ SDW1(1MDATA) + PDM(6CH) + I2S\
SDW0(4MDATA) + SDW1(1MDATA)+ PDM(8CH)
* FCH Common Options:
* I3C/I2C Configuration Options:
* I3C/I2C 0 Enable: Auto / I2C Enabled / I3C Enabled / Both Disabled
* I3C/I2C 1 Enable: Auto / I2C Enabled / I3C Enabled / Both Disabled
* I3C/I2C 2 Enable: Auto / I2C Enabled / I3C Enabled / Both Disabled
* I3C/I2C 3 Enable: Auto / I2C Enabled / I3C Enabled / Both Disabled
* SATA Configuration Options:
* SATA Controller: Auto / Disabled / Enabled
* SATA Auto Shutdown: Auto / Disabled / Enabled
* Sata RAS Support: Auto / Disabled / Enabled
* Sata Disabled AHCI Prefetch Function: Auto / Disabled / Enabled
* Aggresive SATA Device Sleep Port 0: Auto / Disabled / Enabled
* Aggresive SATA Device Sleep Port 1: Auto / Disabled / Enabled
* USB Configuration Options:
* USB0 controller enable: Auto / Disabled / Enabled
* USB1 controller enable: Auto / Disabled / Enabled
* USB2 controller enable: Auto / Disabled / Enabled
* USB0 2.0 port enable:
* USB0 2.0 Port 0: Auto / Disabled / Enabled
* USB0 2.0 Port 1: Auto / Disabled / Enabled
* USB0 2.0 Port 2: Auto / Disabled / Enabled
* USB0 2.0 Port 3: Auto / Disabled / Enabled
* USB1 2.0 port enable:
* USB1 2.0 Port 0: Auto / Disabled / Enabled
* USB1 2.0 Port 1: Auto / Disabled / Enabled
* USB1 2.0 Port 2: Auto / Disabled / Enabled
* USB2 2.0 port enable: Auto / Disabled / Enabled
* USB3 2.0 port enable: Auto / Disabled / Enabled
* USB4 2.0 port enable: Auto / Disabled / Enabled
* USB0 3.1 port enable:
* USB0 3.1 Port 0: Auto / Disabled / Enabled
* USB0 3.1 Port 1: Auto / Disabled / Enabled
* USB1 3.1 port enable: Auto / Disabled / Enabled
* USB1 3.1 Port 0: Auto / Disabled / Enabled
* USB1 3.1 Port 1: Auto / Disabled / Enabled
* USB3 3.1 port enable: Auto / Disabled / Enabled
* USB4 3.1 port enable: Auto / Disabled / Enabled
* Ac Power Loss Options:
* Ac Loss Control: Always On(recommended) / Always Off / Reserved / Previous / Auto
* UART Configuration Options:
* UART 0 Enable: Auto / Disabled / Enabled
* UART 1 Enable (no HW FC): Auto / Disabled / Enabled
* UART 2 Enable: Auto / Disabled / Enabled
* UART 3 Enable (no HW FC): Auto / Disabled / Enabled
* UART 4 Enable: Auto / Disabled / Enabled
* ESPI Configuration Options: Auto / Disabled / Enabled
* XGBE Configuration Options:
* XGBE0 enable: Auto / Disabled / Enabled
* XGBE1 enable: Auto / Disabled / Enabled
* USB4 Configuration Options:
* USB4 pre-CM Enable: Auto / Disabled / Enabled
* USB4 RT0:
* RT0 Router Enable: Auto / Disabled / Enabled (opens another option)
* RT0 PCIE Tunnel: Auto / Disabled / Enabled
* USB4 RT1:
* RT1 Router Enable: Auto / Disabled / Enabled (opens another option)
* RT1 PCIE Tunnel: Auto / Disabled / Enabled
* SPI Configuration Options:
* HFP Enable: Auto / Disabled / Enabled
* HID Enable: Auto / Disabled / Enabled
* HID2 Enable: Auto / Disabled / Enabled
* SMU-Common-Options:
* System Configuration (TDP): Auto / 10W / 15W / 25W / 35W / 45W / 54W
* Sustained Power Limit: \[manual]
* PPT Control: Auto / Manual (opens manual value input option)
* STAPM Control: Auto / Manual (opens manual value input option)
* Thermal Control: Auto / Manual (opens manual value input option)
* TDC Control: Auto / Manual (opens manual value input option)
* EDC Control: Auto / Manual (opens manual value input option)
* PSI3 Control: Auto / Manual (opens manual value input option)
* PROCHOT Control: Auto / Manual (opens manual value input option)
* STT Control: Auto / Manual (opens manual value input option)
* Fan Control: Auto / Manual (opens manual value input option)
* VDDP Voltage Control: Auto / Manual (opens manual value input option)
* VDDM Voltage Control: Auto / Manual (opens manual value input option)
* SmartShift Control:
* SmartShift Control: Auto / Manual(opens more options)
* SmartShift Enable: Auto / Disabled / Enabled
* APU Only sPPT Limit: \[manual]
* Sustained PowerLimit: \[manual]
* Fast PPT Limit: \[manual]
* Slow PPT Limit: \[manual]
* Zstates (Z9 and Z10): Auto / Disabled / Enabled
* SOC Miscellaneous Control:
* PSP RPMC Switch: Auto / Disabled / Enabled
* Firmware Anti-rollback (FAR):
* Initial SPL value for FAR: \[manual]
* FAR Switch: Disabled / Enabled
* ROM Armor support: Auto / Disabled / Enabled
* ABL Console Out Control: Auto / Disabled / Enabled
* Secured-core Auto enablement: Auto / Disabled / Enabled
* Pluton (HSP) Options:
* Pluton (HSP) X86 Firmware Support: Auto / Disabled / Enabled
* Pluton (HSP) UART: Auto / Disabled / Enabled
* Pluton (HSP) FIPS: Auto / Disabled / Enabled
* Pluton (HSP) ACPI Fence Enable: Auto / True / False
* AIM-T Options:
* AGESA MPM support:
* KVM for Wired Manageability: Auto / Disabled / Enabled
* Wireless Manageability: Auto / Disabled / Enabled (opens more options)
* KVM for Wireless Manageability: Auto / Disabled / Enabled
* TCR for Wireless Manageability: Auto / Disabled / Enabled
* Intrusion Detection:
* Intrusion Detection settings: \[manual] requires password to show settings
* Mixed DIMM config extended NUMA domain: Auto / Disabled / Enabled
* Displays 4 Intel NICs if they are present and flashed:
* when chosen displays brief NIC info, link status and MAC address.
* Driver Health: displays Intel NICs driver status: Healthy / Not Healty.
## Chipset screen
submenus
* South Bridge:
* SB USB configuration, enable disable different USB port options.
* GFX Configuration:
* NOT SUPPORTED
* North Bridge:
* DDR Memory data.
## Security screen
submenus
* change Administrator Password.
* change User Password.
* HDD Security Configuration: Displays NVME / HDD security info
* secure boot options:
* enable/disable secure boot.
* secure boot mode.
## Boot screen
options
* In Boot Configuration you can:
* choose the BIOS wait time before it continues booting.
* choose NumLock state on boot process enabled/disabled.
* choose quiet boot options.
* In Boot Option Priorities you can:
* choose boot order
* enable/disable fast boot
* choose SATA properties
* enable/disable NVME support
* enable/disable VGA support
* choose USB support properties
* nable/disabl PS2 devices support
* enable/disable Network stack support
* enable/disable USB Mass Storage support
## Save & Exit screen
submenus
* **In Save options you can:**
* save, discard changes made in the BIOS configuration.
* reset the device and exit BIOS and continue the boot process.
* **In Default Options you can:**
* save user configurations.
* restore default configuration.
* **In Boot Override you can:**
* choose boot device, disregarding the chosen boot order.
# Bedrock V3000 BIOS Update procedure
## BIOS way
### Option 1: Update From BIOS Setup (easy)
Newer BIOS images support updating the BIOS from the BIOS Setup utility to do so, follow the next steps:
* Put the BIOS file you want to update to on a USB stick and insert in to one of the USB ports on the device.
* Connect power to the device then press (DEL / ESC) continuously until BIOS screen shows up.
* In BIOS menu go to the Firmware update screen:
* Select your USB stick that has the BIOS Image file:
* Select the BIOSimage file you want to update to:
* BIOS Image will be loaded
* Select: "Update image"
* Wait for the BIOS to finish updating
{% hint style="warning" %}
Do not power off or unplug your device during the update process, doing so may result in bricking and RMA.
{% endhint %}
## AMI AFU ways
### Download AMI AFU utility
Download the [AFU Utility from AMI](https://www.ami.com/bios-uefi-utilities/)'s website, select APTIO V AMI FIRMWARE UPDATE UTILITY
### Option 2: Update from windows GUI (easy)
* In AMI utilities directory go to:
* afu\afuwin\64\\
* Unzip the afuwin64.zip file and enter the extracted directory
* Run AFUWINGUIx64.exe
* Press Open and navigate to the BIOS\_image\_file
* Go to the setup tab and set the following options:
* program all blocks
* restart after programming
* Press Flash
* System will reboot and the new BIOS will be installed
{% hint style="warning" %}
Do not power off or unplug your device during the update process, doing so may result in bricking and RMA.
{% endhint %}
* After the update is finished, press any key to reboot the system
* After the update, the device can reset upt to 3 times, this is OK.
### Option 3: Update from windows cmd
* In AMI utilities directory go to:
* afu\afuwin\64\\
* Unzip the afuwin64.zip file and enter the extracted directory
* Open cmd and navigate to the directory where you extracted afuwin
* Run:
* AFUWINx64 \ /P /B /K /N /L /REBOOT
* It is recommended to paste the BIOS image in the same directory
* System will reboot and the new BIOS will be installed
{% hint style="info" %}
If you get: …\
…\
Erasing Main Block ………………………………………. 0x01000000 (0%)\
43 - Error: Problem erasing flash. Add the **/CAPSULE** parameter to the command
{% endhint %}
{% hint style="warning" %}
Do not power off or unplug your device during the update process, doing so may result in bricking and RMA.
{% endhint %}
* When disconnecting power from the device for the firtst time after update, you might need to press the power button in order to turn on the device.
* After the update, the device can reset upt to 3 times, this is OK.
### Option 4: USB Drive using UEFI (advanced)
* Copy the files to the USB Drive you created in the [Create EFI shell bootable USB drive](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/bios-bedrock-v3000/how-to-create-an-efi-shell-bootable-usb-drive) section
* Boot Bedrock to EFI shell
* Identify your drive as FS#: (where # could be 1,2,3,…..)
* Select the correct drive using:
* FS#:
* You can navigate to your files using: 'dir' and 'cd' (if you chose to place in a different directory)
* Run:
* AfuEfix64.efi \ /P /B /K /N /L /REBOOT
* System will reboot and the new BIOS will be installed
{% hint style="info" %}
If you get: …\
…\
Erasing Main Block ………………………………………. 0x01000000 (0%)\
43 - Error: Problem erasing flash. Add the **/CAPSULE** parameter to the command
{% endhint %}
{% hint style="warning" %}
Do not power off or unplug your device during the update process, doing so may result in bricking and RMA.
{% endhint %}
* When disconnecting power from the device for the firtst time after update, you might need to press the power button in order to turn on the device.
* After the update, the device can reset upt to 3 times, this is OK.
# How to create an EFI-shell bootable USB drive
## How to create an EFI-shell bootable USB drive
* [Download the UEFI Shell ISO](#download-the-uefi-shell-iso)
* [Guide for UBUNTU](#guide-for-ubuntu)
* [Step 1: Format the USB Drive to FAT32](#step-1-format-the-usb-drive-to-fat32)
* [Step 2: Create a FAT32 Partition on the USB (After Disk Format)](#step-2-create-a-fat32-partition-on-the-usb-after-disk-format)
* [Step 3: Mount the UEFI Shell ISO and Copy the EFI Folder](#step-3-mount-the-uefi-shell-iso-and-copy-the-efi-folder)
* [Guide for WINDOWS](#guide-for-windows)
* [Step 1: Format the USB Drive to FAT32](#step-1-format-the-usb-drive-to-fat32)
* [Step 2: Mount the ISO and Copy the Files](#step-2-mount-the-iso-and-copy-the-files)
## Download the UEFI Shell ISO
1. Open your browser Go to:
2. Scroll to the latest release and download `UEFI-Shell…RELEASE.iso`
## Guide for UBUNTU
#### Step 1: Format the USB Drive to FAT32
1. Press the **Super (Windows)** key and type `Disks` in the search.\
Open **“Disks”** (aka **GNOME Disks**).
2. On the left panel, select your **USB drive**.
{% hint style="warning" %}
Double-check it’s not your system drive!
{% endhint %}
3. Click the **three dots.**
4. Choose **“Format Disk…”**:
5. Click **Format** . (if its ask you are you sure you want to format the disk you can click format..)
#### **Step 2: Create a FAT32 Partition on the USB (After Disk Format)**
**What you should see now:**
One big block of “Free Space”
**Now create the partition:**
1. **Select the USB drive** (make sure it's still highlighted).
2. Click the `+` **(plus)** button below the free space area.
**In the "Create Partition" window:**
1. **Size**: Leave it as default (use the full free space) and click next
2. **Name**: Call it something like `EFI-USB`
3. **Type**: choose “For use with all systems and devices (FAT)“
4. click **Create**.
**after clicking create:**
1. Wait for the partition to finish creating.
2. Click the **Play** button (in Disks) to **mount** the new partition (if it didn’t mount automatically).
3. Your USB will now appear in the **Files app** as a mounted drive.
#### Step 3: Mount the UEFI Shell ISO and Copy the EFI Folder
Now that your USB is formatted and mounted, you’ll copy the necessary boot files from the ISO into the USB.
1. Locate the ISO file (shoud be in the downloads folder)
2. mount the iso by right click and choose "Open With Disk Image Mounter"
3. click the mounted ISO
4. copy the efi folder (right click and then copy)
5. navigate to your mounted USB drive (mine is the EFI-USB)
6. Paste the efi folder in the **root** of the USB
{% hint style="success" %}
**Your USB drive is now ready** You can **safely unmount it** **(important)** from Ubuntu and **plug it into any computer** that supports UEFI.\
After booting from the USB, the system will launch directly into the **UEFI Shell environment**.
{% endhint %}
{% hint style="info" %}
You can put EFI programs such as AFUEFI in the root directory of the usb drive and use these commands in the EFI shell.
{% endhint %}
## Guide for WINDOWS
### Step 1: Format the USB Drive to FAT32
1. Plug in your USB drive.
2. Open **File Explorer**, right-click your USB, and select **Format**.
3. In the Format window, choose:
* **File system:** `FAT32`
* **Volume label:** `EFI-USB` (or any name)
* ✅ Check “Quick Format”
* Click **Start** → then confirm the warning. 
### Step 2: Mount the ISO and Copy the Files
1. **Double-click** the downloaded ISO file (UEFI-Shell…RELEASE.iso)\
It will **automatically mount** as a virtual DVD drive in File Explorer.
2. Open the mounted ISO from the **sidebar** in File Explorer if not open automatic (it looks like a CD/DVD drive).
3. Copy all contents.
4. Navigate to your **formatted USB drive**.
5. **Paste** the copied files into the **root** of the USB (not inside any other folder).
{% hint style="success" %}
**Your USB drive is now ready** You can **safely unmount it** **(important)** from Ubuntu and **plug it into any computer** that supports UEFI.\
After booting from the USB, the system will launch directly into the **UEFI Shell environment**.
{% endhint %}
{% hint style="info" %}
You can put EFI programs such as AFUEFI in the root directory of the usb drive and use these commands in the EFI shell.
{% endhint %}
# Creating Bootable USB Drive for Bedrock V3000
This step requires a host PC running Linux.
* Download the required disk image file
* Connect a USB thumb drive to your pc
* Run command:\
`lsblk`
* Identify your drive (usually /dev/sdX, X can be different for each system)
* NOTE: SATA HDDs & SSDs also identify as sdX so be careful not to corrupt your data.
* Unmount your drive from the system if mounted using `umount`
* Run command:\
`sudo dd if=${path/to/image/file} of=/dev/sdX bs=1M status=progress; sync`
* Wait until dd finishes and you get a prompt again, safely eject the USB drive.
# Disabling EEE on Intel I226 NICs V3000
By default EEE should be disabled, if not you can disable it using ethtool using the following commands:
To check the status of the intel nic:
```
ethtool --show-eee
```
To disable EEE on a NIC:
```
ethtool --set-eee eee off
```
{% hint style="info" %}
When using ethtool, every reboot will reset the setting so you will need to do it each time you reboot the system.
{% endhint %}
EEE could also be disabled in the NICs settings using Intels Lanfonf tool if you have access to it.
# Hailo-8 V3000
## Hailo-8 V3000
This guide explains how to install Hailo’s hailo\_pci driver, hailortcli and tappas.\
It was tested on
### **Table of Contents**
* [Required packages](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#required_packages)
* [Driver compilation & installation](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#driver_compilation)
* [Method 1 (Host)](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#method1)
* [Method 2 (Docker)](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#method2)
* [Testing using hailortcli benchmark](/other-articles/snippets/hailo-8-driver-hailortcli-tappas-installation#testing)
### Required packages
```
sudo apt-get update
sudo apt-get upgrade
```
```
sudo apt-get install -y rsync ffmpeg g++-12 x11-utils python3-dev python3-pip python3-setuptools python3-virtualenv python-gi-dev libgirepository1.0-dev gcc-9 g++-9 cmake git libzmq3-dev unzip
```
```
sudo apt-get install -y libopencv-dev python3-opencv
```
```
sudo apt-get install -y libcairo2-dev libgirepository1.0-dev libgstreamer1.0-dev libgstreamer-plugins-base1.0-dev libgstreamer-plugins-bad1.0-dev gstreamer1.0-plugins-base gstreamer1.0-plugins-good gstreamer1.0-plugins-bad gstreamer1.0-plugins-ugly gstreamer1.0-libav gstreamer1.0-tools gstreamer1.0-x gstreamer1.0-alsa gstreamer1.0-gl gstreamer1.0-gtk3 gstreamer1.0-qt5 gstreamer1.0-pulseaudio gcc-9 g++-9 python-gi-dev
```
```
sudo apt install python3-gi python3-gi-cairo gir1.2-gtk-3.0
```
### Driver compilation and installation
**Clone the driver repository**
```
# If using Host, clone:
git clone https://github.com/hailo-ai/hailort-drivers.git
git checkout hailo8
# If using Docker (driver V4.15 is required), download:
wget https://github.com/hailo-ai/hailort-drivers/archive/refs/tags/v4.15.0.zip
```
**Compile the driver**
```
cd hailort-drivers/linux/pcie
make all
```
**Install the driver**
```
sudo make install
```
**Check installation**
```
sudo modprobe hailo_pci
```
**Download firmware**
```
cd ../..
./download_firmware.sh
mkdir /lib/firmware/hailo
sudo mv hailo8_fw..bin /lib/firmware/hailo/hailo8_fw.bin
```
**Optional (set udev rules and reload the rules)**
```
sudo cp ./linux/pcie/51-hailo-udev.rules /etc/udev/rules.d/
sudo udevadm control --reload-rules && sudo udevadm trigger
```
## Method 1 Host
### Installing HailortCli
**Clone the Hailort repository**
```
git clone https://github.com/hailo-ai/hailort.git
git checkout hailort-v4.22.0
```
**Compile sources**
```
cd hailort
cmake . -Bbuild -DCMAKE_BUILD_TYPE=Release -DHAILO_BUILD_GSTREAMER=1 -DCMAKE_INSTALL_PREFIX=/usr
sudo cmake --build build --target install
```
**Testing**
Run:
```
sudo hailortcli fw-control identify
```
If for some reason the –target install does not install hailortcli to the machine run the following line and try retesting:
```
cp build/hailort/hailortcli/hailortcli /usr/bin/
```
Output will look something like this:
```
Output will look somewhat like this:
# hailortcli fw-control identify
Executing on device: 0000:01:00.0
Identifying board
Control Protocol Version: 2
Firmware Version: 4.16.2 (release,app,extended context switch buffer)
Logger Version: 0
Board Name: Hailo-8
Device Architecture: HAILO8
Serial Number: xxxxxxxxxxxxxxx
Part Number: xxxxxxxxxxx
Product Name: HAILO-8 AI ACC M.2 M KEY MODULE EXT TEMP
```
### Installing TAPPAS
**Clone & set-up tappas repostitory**
```
git clone https://github.com/hailo-ai/tappas.git
cd tappas
```
```
# Use this only on ubuntu 23.04
cp tools/run_app/requirements_20_04.txt tools/run_app/requirements_23_04.txt
```
```
sudo ln -s /usr/lib/x86_64-linux-gnu/libhailort.so. /usr/lib/libhailort.so
sudo ln -s /usr/lib/x86_64-linux-gnu/libgsthailo.so /usr/lib/x86_64-linux-gnu/gstreamer-1.0/libgsthailo.so
```
{% hint style="info" %}
Ubuntu 23.04 requires to change pybind version from 2.9 to 2.10 in:\
hailo-ai/tappas/scripts/build\_scripts/clone\_external\_packages.sh\
To change version, use this command from tappas source directory:
```
sed -i 's|v2.9.0 https://github.com/pybind/pybind11.git|v2.10.0 https://github.com/pybind/pybind11.git -b v2.10.0|' scripts/build_scripts/clone_external_packages.sh
```
{% endhint %}
**Install**
```
./install.sh --skip-hailort
```
## Method 2 Docker
**Download TAPPAS container**
* Go to: hailo website → developer zone → software downloads
* Download the Tappas docker container:
Move it to your machine and unzip the file using:
```
unzip tappas__ubuntu22_docker_x86_64.zip
```
Install and run the image
```
./run_tappas_docker.sh --tappas-image TAPPAS_IMAGE_PATH
```
To resume the image after exiting you can use
```
./run_tappas_docker.sh --resume
```
### Testing using hailortcli benchmark
{% hint style="info" %}
Running hailortcli requires the use of sudo
{% endhint %}
To test we will benchmark the models:
```
cd apps/h8/gstreamer/general/detection/resources
sudo hailortcli benchmark yolov5m_wo_spp_60p.hef
```
After the benchmark will run you will see something like this:
```
root@bedrock:~/tappas/apps/h8/gstreamer/general/detection/resources# hailortcli benchmark yolov5m_wo_spp_60p.hef
Starting Measurements...
Measuring FPS in hw_only mode
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 3271 | FPS: 217.97 | ETA: 00:00:00
Measuring FPS and Power in streaming mode
[HailoRT] [warning] Using the overcurrent protection dvm for power measurement will disable the overcurrent protection.
If only taking one measurement, the protection will resume automatically.
If doing continuous measurement, to enable overcurrent protection again you have to stop the power measurement on this dvm.
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 3270 | FPS: 217.91 | ETA: 00:00:00
Measuring HW Latency
Network yolov5m_wo_spp_60p/yolov5m_wo_spp_60p: 100% | 972 | HW Latency: 13.13 ms | ETA: 00:00:00
=======
Summary
=======
FPS (hw_only) = 217.973
(streaming) = 217.911
Latency (hw) = 13.1348 ms
Device 0000:01:00.0:
Power in streaming mode (average) = 5.22191 W
(max) = 5.25619 W
```
{% hint style="info" %}
Numbers might be somewhat unrealistic since we are running a benchmark in a console environment without actual image processing calculations, hence the high FPS, etc…
{% endhint %}
# Linux - Bedrock V3000
* [Bedrock V3000 Linux default username & password](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/bedrock-v3000-linux-default-username-password)
* [Bedrock V3000 Linux Drivers](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/bedrock-v3000-linux-drivers)
* [Bedrock V3000 pre-installed image & info](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/bedrock-v3000-pre-installed-image-info)
* [Enable RAID 0 on Bedrock in Linux](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/enable-raid-0-on-bedrock-in-linux)
* [Enabling Quectel EM05-G LTE Modem in Linux on Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/enabling-quectel-em05-g-lte-modem-in-linux-on-bedrock-v3000)
* [Enabling Watchdog in Linux on Bedrock V3000](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/enabling-watchdog-in-linux-on-bedrock-v3000)
* [Installing Ubuntu server using console](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-ubuntu-server-using-console)
* [Installing XenServer 8 using console](/amd/v3000/sbc-platform/bedrock-v3000-technical-documentation/software-bedrock-v3000/linux-bedrock-v3000/installing-xenserver-8-using-console)
# Bedrock V3000 Linux default username & password
## **Bedrock, default Linux credentials**
* root user:
```
Username: root
Password: root
```
* bedrock user:
```
Username: bedrock
Password: root
```
{% hint style="info" %}
To change the password use
```
sudo passwd
```
{% endhint %}
## Windows RDP (remote desktop connection) credentials
```
Username: bedrock
Password: root
```
---
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