This page also applies to the TM100 and TM120 ThinManager Ready platforms
Opening the case
The ML100 can be opened by the user. This does not void the warranty, however, any damage caused by doing so will not be covered.
- Ensure your body is discharged of any static electricity by touching a grounded metal surface.
- Remove the 4x phillips screws on the outside of the case.
- Use the tab for leverage to pull the bottom panel off
- The internals of the unit can now be accessed
VESA Mounting
- Remove the mounting hardware from the packaging
- Using the included screws, attach the VESA plate to the bottom of the system.
- Grab the 4x VESA mounting screws from the accessory kit
- Locate the mounting holes on the rear of your monitor
- Install the mounting screws hand tight
- Poke the VESA screw heads through the holes in the bottom of the mounting plate.
- Slide the system down and it will drop into place.
- Final installation shown.
ML100G-10 (TM100)
Jetway JNU93-2930 motherboard
Drivers
https://drive.google.com/drive/folders/1TX8v2Jq9i13gweJFjhYoUjteuEju0ZMM
Product Manual
https://drive.google.com/file/d/1OS3VDI8vUv9Vi4skQCSzaLflG6WyjXyv/view
Enable Auto Power On
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Locate the auto power on jumper
- The default position is disabled, unless specified otherwise at the time of purchase.
- Lift the jumper off and reinstall it so it connects both pins.
- Auto power on is now enabled.
Clear the CMOS
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
● Locate the JBAT jumper pins near the ethernet port.
● Use a flathead screwdriver or other conductive object to short
the two pins together for 30 seconds.
● The CMOS is now clear.
● Power on the unit. Note: it may take 60 seconds to reconfigure
itself and restart. Wait patiently after turning it on.
ML100G-30
Intel NUC5i5MYBE motherboard
Drivers
https://drive.google.com/drive/folders/1UtB37qPK-VjirWWBksuq1Z8wVRiBqTH-
Product Manual
https://drive.google.com/file/d/1thaxo6Em2KMjEFdDtV8P_k-kNs_h3oYH/view
Enable Auto Power On
● Power on the unit and press the F2 key a few times to access the BIOS
● Click the Advanced button
● Click on the Power tab
● Locate the After Power Failure option and change it to Power on.
● Click the X
● Click Yes to save changes
● Auto power on is now enabled
Clear the CMOS
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
Intel NUC boards do not have a traditional CMOS clear jumper.
Instead, they have a “recovery mode” jumper.
● Remove the yellow jumper
● With the jumper removed, power on the system
● It should display a recovery menu in ~30-60 seconds if
successful
● Power down and reinstall the jumper in the 1-2 position.
| Function | Jumper Setting | Action |
| Normal | 1-2 | Normal Operation |
| Lockdown | 2-3 | BIOS read-only |
| Recovery | None/Removed | Clear CMOS |
ML100G-31
Intel NUC7i3DNBE-P motherboard
Drivers
https://drive.google.com/drive/folders/1V9TQK-vowak_LRKWRhifT_uX3rbkRDQs
Product Manual
https://drive.google.com/file/d/1VoKaKsbx3FCPp7sAAkWWIU54syXSY8un/view
Enable Auto Power On
● Power on the unit and press the F2 key a few times to access the BIOS
● Click the Advanced button
● Click on the Power tab
● Locate the After Power Failure option and change it to Power on.
● Click the X
● Click Yes to save changes
● Auto power on is now enabled
Clear the CMOS
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
● Remove the blue jumper and install it onto both pins.
● Wait approximately 30 seconds
● Reinstall the jumper on a single pin
● The ME, MEBX, and AMT settings have been reset
● Remove the yellow jumper
● With the jumper removed, power on the system
● It should display a recovery menu in ~30-60
seconds if successful
● Power down and reinstall the jumper in the 1-2 position.
ML100G-40
ASRock 4X4-V1000M-P motherboard
Drivers
https://www.asrockind.com/overview.asp?Model=4X4%20BOX-R1000V#download
Product Manual
https://drive.google.com/file/d/1HtwLcemfHzn4K-cLNruFxBoaT_SoqnM9/view
Enable Auto Power On
https://drive.google.com/file/d/1HtwLcemfHzn4K-cLNruFxBoaT_SoqnM9/view
● Power on the unit and press F2 a few times to access the BIOS.
● Navigate to the Advanced tab
● Open the Chipset Configuration menu
● Locate the Restore on AC/Power Loss option
● Set it to Power On
● Press escape twice to go back
● Navigate to the Exit tab, Save Changes and Exit
Clear the CMOS
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
● Locate the clear CMOS jumper
● Move the jumper over by 1 pin
● Wait 30 seconds
● Restore the jumper to its original position
● Close up and power on the system. It may power cycle several times before it begins working again.
Troubleshooting
For increased reliability it is recommended to disable the Core Performance Boost BIOS setting. To disable the setting, navigate to:
Advanced -> CPU Configuration -> Core Performance Boost -> Set to “Disabled”
Press F10 to Save & Exit.
ML100G-41
ASRock 4×4-4300U / 4×4-4800U Motherboard -or-
ASRock 4×4-V2000V / 4×4-V2000M Motherboard
Drivers
https://www.asrockind.com/en-gb/4X4-4800U
https://www.asrockind.com/en-gb/4X4-V2000M
Product Manual
https://www.asrockind.com/en-gb/4X4-4800U
https://www.asrockind.com/en-gb/4X4-V2000M
***Please note that the AMD CPU’s Core Performance Boost (similar to Intel’s TurboBoost) is disabled on this series in order to maintain thermal performance in line with the expected operating temperature.***
Enable Auto Power On
The auto power on feature will automatically turn the ML100 back on after DC power is lost and restored. To enable it, a jumper needs to be moved inside the unit. The ML100 can be opened by the user. This does not void the warranty, however, any damage caused by doing so will not be covered.
- Ensure your body is discharged of any static electricity by touching a grounded metal surface.
- Remove the 4x phillips screws on the outside of the case.
- Use the tab for leverage to pull the bottom panel off
- Remove the two screws from the USB board and gently lift it out of the way, leaving it plugged in.
- Remove the blue jumper circled at the top and place it on the 2 pins circled in the bottom left.
- Note: We are borrowing the clear CMOS jumper for this procedure. If CMOS needs to be cleared at a later date, keep that in mind.
- Auto power on is now enabled and good to go.
Troubleshooting
For increased reliability on systems with the optional 4X4-V2000M CPU, it is recommended to disable the Core Performance Boost BIOS setting. To disable the setting, navigate to:
Advanced -> CPU Configuration -> Core Performance Boost -> Set to “Disabled”
Press F10 to Save & Exit.
Clearing the CMOS
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Remove the 4x phillips screws on the outside of the case.
- Use the tab for leverage to pull the bottom panel off
- Remove the two screws from the USB board and gently lift it out of the way, leaving it plugged in.
- Locate the clear CMOS jumper
- The jumper will initially be in this position.
- Move the jumper over by 1 pin
- Wait 30 seconds
- Move the jumper back to its original position.
- Re-assemble and power up the PC. Do not touch it for 2 minutes to allow it time to reconfigure itself. If it still does not respond, contact OnLogic support.
ML100G-42
ASRock 4×4-8840U motherboard
Documents and Downloads
Enable Auto Power On
● Enter the system’s BIOS by pressing the DELETE key repeatedly as the system is powering up
● Navigate to Advanced -> Chipset
● Change the “Restore on AC/Power Loss” setting to “Power On”
Clearing the CMOS
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Locate the JP1 header, located in the red circle in this image:
- Short pins 4 & 6, indicated in the image, with a jumper or the tip of a screwdriver
- Hold in place for 30 seconds
- Remove the jumper/screwdriver
- Close up and power on the system. It may power cycle several times before it begins working again.
Configure RAID setting on BIOS
- Press F2 upon system booting up to go to the BIOS menu.
- Go to Advanced > Chipset Configuration > NVMe RAID mode > Enabled
- Press F10 to save and exit.
- Press F2 again to boot to BIOS.
- There will be a new row “RAIDXpert2 Configuration Utility” under the Advanced tab.
- Go to RAIDXpert2 Configuration Utility. You will see the number for Total Physical Device Count and Total Logical Array Count are both listed as 2 (since you have 2 drives with 2 separated arrays).
- Now go to Array Management > Manage Array Properties > Select Array. You’ll see 2 Non-RAID arrays.
- Go back to previous page and go to Delete Array
- Click Check All to select both arrays and set to Enabled, click Delete Array(s).
- Now go to Create Array. Select desired RAID level.
- Click Select Physical Disks. Click Check ALL to set both disks as Enabled. Click Apply Changes.
- Click Create Array.
- Go to Manage Array Properties > Select Array. Now you’ll see it appears as a single array under RAID 0.
- Press F10 to save and exit, and start the Windows 11 Pro installation.
Windows 11 RAID Installation
For Windows OS, the AMD RAID requires three drivers to be loaded, and the sequence is rcbottom -> rcraid -> rccfg.
- Boot to Windows installation (two separated disks here due to inbox driver doesn’t support AMD RAID)
- Load the driver “rcbottom”, it will turn all the disks to be empty
- Load the driver “rcraid”, you should be able to see the RAID volume here.
(3) Load “rccfg” to complete the AMD RAID installation.
- The RAID disk is ready for Windows installation now!
Hailo-8 M.2 AI Accelerator Information
This system supports the installation of the Hailo-8 M.2 AI Acceleration Module. For more information on this product, here is a link to the manufacturer’s product site:
https://hailo.ai/products/ai-accelerators/hailo-8-m2-ai-acceleration-module
And here is a link to their “Developer Zone”:
https://hailo.ai/authorization/?redirect_to=https%3A%2F%2Fhailo.ai%2Fdeveloper-zone%2F
Lastly, if you encounter any issues using the Hailo device, you can contact their customer support here:
https://hailo.ai/company-overview/contact-us
ML100G-50
ASRock NUC-6300U-P motherboard
Drivers
https://drive.google.com/drive/folders/1VMfUxIn9okY0mfn-IgQ5oVNncW3aextu
Product Manual
https://drive.google.com/file/d/13yHe0PTb5fp3aTweuh_qqMyzETCBQ1Ww/view
Enable Auto Power On
- Power on the unit and press F2 a few times to access the BIOS.
- Navigate to the Advanced tab
- Open the Chipset menu
- Locate the Restore on AC/Power Loss option
- Set it to “Power On”
- Press escape twice to go back
- Navigate to the Exit tab, Save Changes and Exit
Clearing the CMOS
Disconnect the system from all wire connections (power, ethernet, video, etc), then:
- Locate the clear CMOS pad (circled below)
- Use a flathead screwdriver or other piece of metal to short the two halves together for 30 seconds
- Reinstall the bottom plate and power the unit on.
ML100G-51 & ML100G-52
ASRock NUC-8265U, NUC-8365UE-IPC, or NUC-8665UE-IPC motherboard
Drivers
https://drive.google.com/drive/folders/1ETScPd206S9mKL-OtbB9q0H2-T6mB4FF
Product Manual
https://drive.google.com/file/d/1Uc_DGjvakIeSkq3awYb5HfhqHvPpLayW/view
Enable Auto Power On
● Locate the PWR_JP1 jumper
● Move it over by 1 pin
● Auto power on is now enabled
Clear the CMOS
Note: This procedure requires opening the case first. Instructions for opening the case can be found here.
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Locate the CLRMOS1 jumper
- Move the jumper over by 1 pin
- Wait 30 seconds
- Restore the jumper to its original position
- Close up and power on the system. It may power cycle several times before it begins working again.
ML100G-53 (TM120)
ASRock NUC-6305E, NUC-1115G4, NUC-1135G7, NUC-1145G7E-P, or NUC-1165G7 motherboard – depending on processor selection
Drivers
https://static.onlogic.com/ls-public-web-content/resources/drivers/NUC-1115G4E/10.0_x64.zip
Product Manual
https://download.asrock.com/IPC/Manual/NUC–1115G4.pdf
Enable Auto Power On
- Locate the jumper from your system’s accessory box.
- If you need a replacement, this is a standard 2.54mm jumper. Available from DigiKey.
- Ensure your body is discharged of any static electricity by touching a grounded metal surface.
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Remove the 4x phillips screws on the outside of the case.
- Use the tab for leverage to pull the bottom panel off
- Locate the auto power on header
- Place the jumper onto the header. Use needle nose pliers if available.
- Auto power on is now enabled.
- Re-assemble the system and it will turn on automatically when you plug it in.
Clearing the CMOS
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Remove the 4x Philips screws on the outside of the case.
- Use the tab for leverage to pull the bottom panel off
● Locate the clear CMOS jumper
- Using a flathead screwdriver or similar conductive metal object, short the outer 2 pins of the CMOS header for 30 seconds.
- Re-assemble and power up the system. Wait patiently for 2 minutes as it will need to restart a couple times to reconfigure.
- If the unit is still unresponsive after 2 minutes, contact support@onlogic.com.
ML100G-54
ASRock NUC-N97 motherboard
Documents and Downloads
Enable Auto Power On
● Enter the system’s BIOS by pressing the DELETE key repeatedly as the system is powering up
● Navigate to Advanced -> Chipset
● Change the “Restore on AC/Power Loss” setting to “Power On”
Clear the CMOS
Note: This procedure requires opening the case first. Instructions for opening the case can be found here.
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Locate the JP1 header, located in the red circle in this image:
- Short pins 4 & 6, indicated in the image, with a jumper or the tip of a screwdriver
- Hold in place for 30 seconds
- Remove the jumper/screwdriver
- Close up and power on the system. It may power cycle several times before it begins working again.
ML100G-56
ASRock NUC-155U/125U R2 motherboard
Documents and Downloads
Enable Auto Power On
● Enter the system’s BIOS by pressing the DELETE key repeatedly as the system is powering up
● Navigate to Advanced -> Chipset
● Change the “Restore on AC/Power Loss” setting to “Power On”
Clear the CMOS
Note: This procedure requires opening the case first. Instructions for opening the case can be found here.
- Disconnect the unit from all wire connections (power, USB, ethernet, etc.)
- Locate the JP1 header, located in the red circle in this image:
- Short pins 4 & 6, indicated in the image, with a jumper or the tip of a screwdriver
- Hold in place for 30 seconds
- Remove the jumper/screwdriver
- Close up and power on the system. It may power cycle several times before it begins working again.
Configure RAID setting on BIOS
- Press F2 upon system booting up to go to the BIOS menu.
- Go to Advanced > Storage Configuration > VMD Configuration > Enabled
- Press F10 to save and exit.
- Press F2 again to boot to BIOS.
- There will be a new row “Intel(R) Rapid Storage Technology” under the Advanced tab.
- Go to Intel(R) Rapid Storage Technology. You will see the drives you’ve slotted in listed under the Non-RAID Physical Disks. Now go to Create RAID Volume.
- Select RAID 0, check the box for both disks and then click Create Volume.
- Now, you’ll see 2 drives have been merged into a single RAID volume.
- Press F10 to save and exit, and start the Windows 11 Pro installation.
Windows 11 RAID Installation
- Make sure you have downloaded the Intel Rapid Start Driver in another thumbdrive in advance.
- Plug in the thumbdrive with the driver downloaded.
- At the WIndows 11 Setup page below, click Load Driver to pre-load the driver needed for RAID configuration.
- Browse to the folder where your driver is located.
- Select Intel RST VMD Managed Controller 09AB and then click Install.
- Now, you will see both drives have been merged into a single volume and ready for installation!
**Similar steps applied to RAID 1 Configuration.
Ways to check if the RAID setup is successful
- Go to Device Manager > Disk Drives. It will show if your disk is under normal / RAID 0 / RAID 1 volume.
- Run CrystalDiskMark test to compare the disk performance. The RAID 0 array should show higher sequential read/write speeds compared to a single drive.
- For RAID 0, removing one of the disks will cause the system to go into bluescreen.