This project is a AM68 computer were Linux can be deployed onto. The circuit board is made in Altium CircuitMaker.
This is a continuation of STM32-Computer. Here a better processor and better RAM memory will be used.
Here is AM68-OS
system for the board.
https://github.com/danielmartensson/AM68-OS (Project not created yet at Github)
Schematics and 3D model, made in Altium CircuitMaker.
https://workspace.circuitmaker.com/Projects/Details/DanielMrtensson/AM6-Computer (Project not created yet at CircuitMaker.com)
- 2025-06-21: Initializing the project
- Processor: AM69A98ATGGHAALYR
- Stack layers:
- ARM Cortex A72 64-bit Octal Core at 2.0 GHz
- 4 x 32-bit 4 GB LPDDR4 RAM memory at 2.1 GHz
- 1 x Display Port
- 2 x CAN channels
- 4 x USB A <<<<<<< HEAD
- 1 x Camera Serial Interface =======
- 2 x Microphones
1fea55ae38f418c7e0dc0d7093924830c82c00dd
- 1 x USB C
- 1 x I2C pins
- 1 x 8 GB eMMC
- 1 x Gigabit Ethernet
- 1 x PCI Express Mini
- 1 x Coin cell battery holder
- Size: ? mm x ? mm
- Thickness: 1.52 mm
- 3 x Mounting pads of M2.5
- Debug: JTAG
- Power supply: 5V DC jack
To produce this board, the manufacture need to have these minimum capabilities:
- 0.1 mm minimum electrical clearance between traces pads and vias
- 0.09 mm minimum electrical clearance between BGA pads and traces
- Capability to cut the edge of the BGA pads if the minimum electrical clearance between BGA pads and traces are above 0.09 mm
- 0.09 mm minimum width of traces
- Via-in-pad according to IPC 4761 Type VII (Epoxy filled and capped)
- Via hole size of 0.3 mm and via diameter of 0.4 mm
- Impedance control: JLC04161H-1080
I have been using JLCPCB as the manufacturer for this.