PIP40 Family Frequently Asked Questions (FAQ)

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Question #416: I am unable to install the Intel graphics driver on my PIP4x running Windows 10 IoT Enterprise 2016 LTSB (or earlier) or Windows Server 2016 for Embedded Systems (or earlier).
Answer: Intel has decided to not support Windows 10 versions earlier than version 1709.

Both Windows 10 IoT Enterprise 2016 LTSB and Windows Server 2016 for Embedded Systems are based on the Windows version 1607 codebase and are therefore not supported.

Supported by the Intel graphics driver are Windows 10 IoT Enterprise 2019 LTSC and Windows Server IoT 2019. Both are based on the Windows version 1809 codebase.

Question #415: I'm facing problems with the integrated graphics ("unknown monitor", wrong or non-native resolution, no multi-monitor support, ...) on the PIP4x under Linux.
Answer: Please make sure that you are running an up-to-date kernel:
  • If you use a mainline (vanilla) kernel, please use Linux kernel version 5.6 or higher.
  • If you use a distro-kernel, please check that support for all Coffee Lake IGT variants (CFL_X_GTx) has been (back-)ported to the distro-kernel.

Question #401: If there are two (or more) drives connected to the SATA ports of your SBC, Windows [7|8|10] is normally labeling the drive connected to SATA0 as "Disk 0" and the drive connected to SATA1 as "Disk 1".
But sometimes it's just the other way around!

Answer: This is a Windows "feature" as explained here: Disk drive numbers may not correspond to the SATA channel numbers

Question #325: How can I reset the BIOS settings to factory defaults?
Answer: There is a special menu entry in the BIOS setup screen, which will reset all BIOS settings to their factory defaults.
If entering the BIOS setup screen is not possible, the recommended way is to switch off the CMOS backup power (either by removing the CMOS battery completely from its holder or by using the corresponding DIP switch as described in the product "User Manual"). That way, the BIOS settings are gone and the default ones are loaded at next system boot. After the system has booted successfully, don't forget to connect/switch on the CMOS backup power again.

Question #247: My MPL SBC does not [boot|start] up. What can I do?
Answer: First of all, what precisely is meant by "does not [boot|start] up"?

Is the system not powering up at all or is there some reaction / output from the BIOS/bootloader, but no operating system is loaded or started?

If it is the former, please do the following:
  • check the status indicators (LEDs) if any.
  • press the power button if available.
  • check the power supply, cabling and fuse.
If it is the latter, please do the following:
  • try to boot the system from a known good bootable media (CD/DVD, USB, network, ...).
  • check the integrity and status of the default boot media. Replace the boot media if necessary.
  • if the software and/or hardware has been changed recently, retract the change(s).
  • recover the system from a backup.


Please note that the above is just a rough list of things to check and try. Please use the corresponding manual for detailed information and precise instructions for a particular MPL product.


Question #228: I observe power-up problems or sudden, unmotivated resets of the MPL SBC during normal operation. It seems to get worse if an additional add-on card is installed and/or the CPU and/or GPU load is increased.
Answer: Sounds like the external power supply is unable to sustain the highly dynamic power requirements of most modern CPUs.
  • Have you checked that the power supply is suitable for the SBC? Please check the corresponding documentation for details on the power requirements of the SBC in question.
  • Have you tried another, more powerful power supply yet?

Question #313: My PIP does not start up when power is applied. I checked the input voltage and the fuse inside the PIP, both are OK. The only system activity is a yellow lit power indicator LED.
Answer: If the PIP is in the so-called "Power Button Override" mode (for example by previously pressing the power button for longer than 4 seconds), the system will not start up automatically next time power is applied but stay in "soft-off" (S5). The "Power Button" has to be used to wake up the system again. So either press the power button (if one is installed) or use a short piece of wire to do a short circuit between pin 2 and pin 4 of the external power connector / power button connector depending on your actual PIP model. As an alternative, clearing the CMOS RAM will also help. For more information, please check the "Power Up Behaviour" chapter of the corresponding "PIP User Manual / PIP Technical Reference Manual".

Question #272: What is delivered with the PIP?
Answer: There are several differently equipped base versions available. Additionally, you can choose the amount of DRAM, the type of mass storage (Hard / Flash disk) etc. according to your requirements. Please see the "PIP Options" entry in our Homepage for further information or contact one of our distributors for assitance.

Question #345: I'm having trouble to get an USB device to work with one of your SBC. Either the USB device is not working reliable (or not at all) or the MPL SBC is even being reset if I insert the plug into the USB port or if the device is activated. The same USB device works without problem if I connect it to my laptop/desktop.
Answer: Is the USB device powered from the USB port only (no external power supply is being used)? If yes, your USB device most probably needs more power than it is allowed to do. The USB standard specifies that an USB device must not consume more than 500mA for USB2.0 / 900mA for USB3.0 (even not more than 100mA before being successfully initialized). For all USB peripherals with higher power requirements than the values mentioned above, the use of an external power supply is mandatory.
So please make sure that you use an external power supply or try to find another, standard conforming USB device.

Please note that the use of an "Y" shaped USB cable to "steal" power from a second, unused USB port is NOT a solution!

Question #297: What's the MTBF of your PIP products?
Answer: Based on the experience of the past few years, the typical MTBF is above 100'000 hours.
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