The RK3308B processor is the foundation of the tiny Linux single-board computer known as the Seed Pi. This project was developed for Hack Club's hardware event, Stasis..

Stasis: Project Link

Learning how a real computer is constructed, from the processor and RAM to a functional Linux system, is the aim of Seed Pi

A unique SBC called Seed Pi was created for: Building iot project with wifi ans bluetooth understand the hardware with embedded Linux system Knowing the inner workings of computers

The board can be accessed via UART or SSH over WiFi, and it boots Linux from a microSD card.

The processor RK3308B DDR3 RAM Bluetooth and WiFi (RTL8723DS)The microSD boot USB compatibility The UART debug interface40-pin GPIO headerUSB-C powerower

Key features: DDR3 RAM and the RK3308B processor Bluetooth and WiFi (RTL8723DS) USB compatibility and microSD boot The UART debug interface 40-pin GPIO header USB-C power supply

The RK3308B processor, Samsung K4B4G1646E DDR3 RAM, RTL8723DS WiFi + Bluetooth, CH340C USB-UART converter, and AMS1117 regulators are the primary parts utilised. The ETA5050 1.0V regulator The MicroSD card slot USB ports and a 40-pin GPIO header

CPU: Rockchip RK3308B (Quad-core Cortex-A35); RAM: DDR3 Wireless: Bluetooth and WiFi (RTL8723DS) MicroSD card storage and USB Type-A UART (CH340C) debug 40-pin header for GPIO USB-C power (power only) OS: Linux (Debian/Armbian)

Present Situation The PCB design and schematic are presently being worked on. EasyEDA is being used to develop component placement and routing.

• CPU: Rockchip RK3308B (Quad-core Cortex-A35)
• RAM: DDR3
• Wireless: WiFi + Bluetooth (RTL8723DS)
• Storage: microSD card
• USB: USB Type-A
• Debug: UART (CH340C)
• GPIO: 40-pin header
• Power: USB-C (power only)
• OS: Linux (Armbian / Debian)

Waiting for the review..