Overall Process Flow

1. Assembly
   
2. BIOS & BMC Firmware Update
   
3. BIOS & IPMI Component Detection Screenshots
   
4. ASUS HPL Test (AMD & Intel Platforms)
   
5. GPU Stress Test 
   
6. Testing Documentation
   
7. Submission to QC Department
   

1. Assembly

Guidelines

1. Maintain proper ESD protection at all times before handling any components.
   
2. Avoid mishandling. Keep all components in ESD‑safe trays or bags when not in use.
   
3. Review the vendor user manual for the specific server model before assembly.
   

1. Ensure air ducts, cables, and retention brackets are properly secured.
   
2. Verify all components (CPU, RAM, SSDs, RAID cards, GPUs, NICs) are firmly seated.
   

1. Place the server in the Service Center rack.
   
2. Connect:
   
1. MGMT port → for IPMI access
   
2. LAN1 → for OS installation or network testing
   

      

2. BIOS & BMC Firmware Update

1. Power on the server.
   
2. Ensure MGMT and LAN ports are connected.
   
3. Set up the IPMI if DHCP isn't turned on.
1. https://my.mbuzztech.com/portal/en/kb/articles/configuring-bmc-in-asus-server
4. Log in to IPMI using:
   
1. Username: admin
   
2. Password: admin
   
5. On first login, IPMI will require a password change.
   
1. Set the new password to: Password
   

1. Re‑login using the updated credentials.
   

1. Check the current BIOS and BMC/IPMI firmware versions.
   

1. Power off the server.
   
2. Update IPMI firmware first.
3. Update BIOS 
4. Navigate to:
   
1. Maintenance → Firmware Update
   
2. Maintenance → BIOS Update
   
5. Upload the latest IPMI firmware package and proceed with the update.

      

3. BIOS & IPMI Component Detection Screenshots

1. BIOS main page (showing CPU, RAM, BIOS version)
   

      

1. Hardware information pages (memory population, NIC's, CPU's, RAID cards)
   

      

      

      

      

      

      

      

      

1. Storage configuration (NVMe/SATA detection)
   

           

1. IPMI dashboard (BMC version, FRU details, sensor status (capture full sensor detail), inventory (CPU, memory, PSU, drive bays, GPUs))
   

      

      

      

      

      

      

      

      

      

      

      

4. ASUS HPL Test (CPU Stress Test)

1. AMD Platforms → Run ASUS HPL for AMD
   
2. Intel Platforms → Run ASUS HPL for Intel
   

1. Ensure the test runs for the required duration (as per MBUZZ standards).
   
2. Monitor:
   
1. CPU temperature
   
2. Power consumption
   
3. Error logs
   
3. Save the HPL result logs for documentation.
   

      

1. refer to the below link for the testing tutorial
   
1. https://my.mbuzztech.com/portal/en/kb/articles/asus-server-stress-testing-guide-for-intel-and-amd

5. GPU Stress Test 

1. GPU Stress Test Options:
   
1. GPU Burn
   
2. ASUS GPU Stress Test
   

2. When to Use Which Tool
   

1. High‑end GPUs (L40s, RTX 6000 Ada, H100, H200, etc.)
   (Use GPU Burn for maximum thermal and stability pressure.)
2. Entry‑level to high‑end GPUs (L40s, RTX 6000 Ada, H100, H200, etc.):
   (Use ASUS GPU Stress Test for vendor‑optimized testing.)

1. Use GPU Burn to stress test all installed GPUs.
   
2. Run the test for the required duration.
   
3. Monitor:
   
1. GPU temperature
   
2. Fan speed
   
3. ECC errors (if applicable)
   
4. Save GPU burn logs and screenshots.
5. Refer to the below links for the installation and test tutorial.
   
1. https://my.mbuzztech.com/portal/en/kb/articles/run-a-gpu-stress-test-for-rtx-6000-ada-and-l40s-on-ubuntu-server
   
2. https://my.mbuzztech.com/portal/en/kb/articles/asus-server-stress-testing-guide-for-intel-and-amd

6. Testing Documentation

1. Assembly checklist
   
2. Firmware versions (before & after update)
   
3. BIOS & IPMI screenshots
   
4. HPL test logs
   
5. GPU burn logs
   
6. Any additional observations or corrective actions
   

7. Submission to QC Department

1. Ensure all tests are completed and documented.
   
2. Verify that the server is clean, properly assembled, and labeled.
   
3. Submit the server along with the documentation pack to the QC team for final validation.