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Depending on the configuration and following revisions, the features of the board are subject to change. For detailed information on hardware specifications, please visit www.seco.com |
SBC-pITX-APL is a Pico-ITX Single Board Computer featuring Intel® Atom® X Series, Intel® Celeron® J/N Series and Intel® Pentium® N Series Processors and integrated Intel® HD graphics 500 series controller. This board fits any application requiring multiple video displays, from edge computing and IoT to industrial control and info kiosks.
For ordering purposes, the SBC-pITX-APL is referred to by its base code, “C41”.
INDEX
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How can I power on my module?
How can I configure jumpers?
Component | Use | Default configuration (Fig.1) |
|---|---|---|
CN5 | Set jumper 1-2 for 5V LCD voltage | 2-3 Plugged |
CN6 | Set jumper 1-2 for 12V backlight voltage Set jumper 2-3 for 5V backlight voltage | 2-3 Plugged |
What will I find in my module?
Off-the-shelf products are shipped with a standard in-house-developed software.
The definition of standard, in this case, is “the environment which SECO adopts for validation”.
Anyway, custom in-house-developedsoftware with different defaults can be built in accordance with customers' requirements submitting a new ticket.
The BIOS version updated in your module is shown in Aptio Setup Utility menu under:
Main page
Advanced > SMBIOS Information page
BIOS binaries are available in the Downloads section.
How can I update BIOS?
https://secogroup.atlassian.net/l/c/6PB1jhmQ
What can I do now?
Visit our Blog to find some tips.
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Here you can find the latest releases:
BIOS | |
BIOS Tools | |
Driver WIN10 2016 LTSC | |
Driver WIN10 2019 LTSC | |
Driver Ubuntu I2C-SPI | |
Yocto BSP | |
EAPI |
Edgehog OS
This board is fully supported by Edgehog OS, the operating system for the All-In-One IIot CLEA platform developed by SECO and based on Yocto. Edgehog OS is intended to provide the highest standards in terms of security and stability through features such as OTA (Over the Air) updates, dual partitions and fallback procedures. Edgehog OS integrates a Device Manager to communicate with the Cloud and allows a family of products to be managed as a fleet.
Source code:
The source code for Edgehog OS can be found at the following Gitlab organization. To build a complete BSP Yocto image from source, you can follow the readme of the repo manifest.
Binaries:
The Yocto image binaries associated with the various Edgehog OS releases can be found at the following Release page.