Odyssey X86J4105864 -

Products & Technology ODYSSEY Serials
#1

Is the X86J4105864 compatible to use with the 7" touchscreen pn104990343? Pls advise for additional hardware if needed.

The X86J4105864 has a push switch to power it on, Can the SBC be powered on when the 12V DC is applied? I’m planning to use 12V battery and regulator for power supply. Is there an alternate way to power it on w/o pushing on the switch?

What is the operating temperature of the X86J4105864?

What is the MTBF of the X86J4105864?

What is the power consumption of the X86J4105864? so I can calculate battery life.

Can the power consumption of the 7" touchscreen pn104990343 be changed? Target platform is Windows 10.

Is it possible to configure the X86J4105864 ports so that it can drive a serial printer?

Thank you.

#2

@ansonhe97 Please help answer this user’s question.

#3

Hi @clint
Our tech-supporter had answered your questions in the UserVoice.

#4

It would be good to answer here so everyone can see the responses.

#5

Hi, @BJWTech Thanks for your suggestion.

  1. Yes, the touchscreen is compatible with the X86J4105864.

  2. Is the connection needed from the SBC is just the HDMI and an external 5V DC supply/regulator? --------->
    Please refer to this youtube video.

  3. I wanted to power on the SBC when 12V DC is applied, Is there a way to by-pass the power on switch on the SBC? Can this change on the BIOS setting?----->Please refer to this wiki.

  4. What is the operating temperature change of the X86J4105864? ------------------>There is a fan under the X86 when the X86 temperature is higher than 40 degrees, it will automatically turn on the heat dissipation so that the CPU temperature is kept at about 40 degrees.

  5. What is the MTBF of the X86J4105864? ---------We haven’t done accurate testing, but the service life is quite long.

  6. What is the typical current consumption of the X86J4105864? So I can calculate expected battery life because I’m planning to use a 12V DC battery and voltage regulator. ------>
    DC Jack Input: Min:12V @ 300mA - 1.2A, Max:19V @ 200mA - 0.7A
    Type-C Input: Min: 15V @ 0.27A, Max:15V @ 0.93A