SeeedStudio Raspberry Pi CM4 Router Carrier Board OpenWRT (CM4 NOT INCLUDED)

Description

SeeedStudio Raspberry Pi CM4 Router Carrier Board OpenWRT (CM4 NOT INCLUDED). Carrier Board Only
More Info:
https://www.seeedstudio.com/Rapberry-Pi-CM4-Dual-GbE-Carrier-Board-p-4874.html
Dual Gigabit Ethernet NICs Carrier Board for Raspberry Pi Compute Module 4 - USB 3.0 connectors, Micro-HDMI interface, MIPI CSI/DSI, FPC connector, Micro-SD Card Slot, Compact size, OpenWrt supported
Dual Gigabit Ethernet NICs Carrier Board is a compact size board, where has been integrated Dual Gigabit Ethernet connectors and multiple peripherals, designed for miniature customizable network router applications, suitable for HTPC makers, Linux developers, software router enthusiasts, and the majority of regular Raspberry Pi users.
Dual Gigabit Ethernet NICs Carrier Board is a compact size board, that has been integrated Dual Gigabit Ethernet connectors and multiple peripherals, designed for miniature customizable network router applications, suitable for HTPC makers, Linux developers, software router enthusiasts, and the majority of regular Raspberry Pi users.
Features
Dual Gigabit Ethernet Carrier Board for Raspberry Pi CM4
: Provide dual gigabit ethernet connectors based on CM4 for
customizable network router applications
Integrated Peripherals in Compact Size
: 75x64x21mm size overall, integrated two USB 3.0 standard connectors with an additional 9-pin header, one micro-HDMI interface, and one Type-C power supply
Rich Components on the board
: Provide
MIPI CSI/ MIPI DSI for the camera, FPC connector for I2C & SPI, alone with UART IO, a 4-pin fan connector, and one Micro-SD Card Slot
Description
This is the Raspberry Pi Compute Module(CM4) carrier board, which has been integrated
with Dual Gigabit Ethernet connectors
, along with two USB 3.0 standard connectors and other peripherals in the compact size. With additional components on the board, it can be your perfect choice for a miniature customizable network router
that performs high
flexibility and security
.