Dual ETH Mini-Computer For Raspberry Pi Compute Module 4(NOT Included), Gigabit Ethernet, 4CH Isolated RS485

€66.48
Description

Details

Dual ETH Mini-Computer For Raspberry Pi Compute Module 4(NOT Included), Gigabit Ethernet, 4CH Isolated RS485, USB2.0
Dual ETH Quad RS485 Computer
Based On CM4

Designed For Raspberry Pi Compute Module 4




Waveshare Dual ETH Quad RS485 Expansion Board Inside

Make It Easy To Build Your Own Raspberry Pi CM4 Mini PC

for reference only, CM4 is NOT included.
Specifications
CM4 socket suitable for all variants of Compute Module 4
Networking Gigabit Ethernet RJ45 connector, 100M Ethernet RJ45 connector
USB USB 2.0 Type A × 2
Connector Isolated RS485 × 4, Power screw terminal × 1
Camera MIPI CSI-2 port × 2 (15pin 1.0mm FPC connector)
Video HDMI port × 1, supports 4K 30fps output
RTC Real-time clock with battery socket and ability to wake Compute Module 4
Storage MicroSD card socket for Compute Module 4 Lite (without eMMC) variants
Fan header allows speed adjustment, 5V
Indicator Power indicator × 1, CM4 status indicator × 1,
User LED × 2, RS485 communication indicator × 8
Power input 7-36V
Dimensions 123 × 98 × 32mm

More Rich Interfaces
Precise Cut-Out With Clear Label

Each Cut-Out Is Completely Aligned With The Connector

Cooling Fan Included

Comes With Cooling Fan, Combined With The Airflow Vent, Better Heat Dissipation



Wall Mount Support

Wall Mount Holes On Two Sides, Handy For Mounting

Application Examples

Suitable For Raspberry Pi Applications requiring Multi-Channel RS485 Communication Or Other Industrial Context

for reference only, display, cameras, and antenna are NOT included.

Outline dimensions
What's the differences
CM4 Base Board Interface count and specifications
PoE Gigabit
ETH
40PIN
GPIO
PCIe USB① DSI HDMI CSI RTC Fan
Header
Power
Input
Features

NANO A
    2.0×1     ×1   5V CM4 sized

NANO B
×1   2.0×1 ×1 ×1 ×1   5V CM4 sized

NANO C
  2.0×1 ×1 ×1 ×1   5V Onboard Camera

mini Base A
×1 M.2 M 2.0×4 ×1 ×2 ×2 5V 5V mini size

mini Base B
×1 M.2 M 2.0×4 ×1 ×2 ×2 5V 5V mini size

mini Base C
×1 M.2 M 2.0×2 ×1 ×2 5V 5V Dedicated 40PIN LCD Connector

Touch screen
×1   M.2 M 2.0×4   ×1 ×1     5V IPS screen

Mini Dual Gigabit
×2   2.0×1         5V SH1.0 5V dual ETH

Binocular camera
×1 M.2 M 2.0×4   ×2       5V dual 8MP
cameras

4CH RS485
×1     2.0×2   ×1 ×2 ×1 5V 7-36V dual ETH

WIFI6 DUAL ETH
×1 M.2 E 2.0×3 ×1 ×2 ×2 ×1 5/12V 7-36V WIFI6 dual ETH

Dual Gigabit ETH
×2 3.0×3 ×1 ×2 ×2 5/12V 7-36V

IoT Dual Gigabit ETH
×2 3.0×2 ×1 ×2 ×2 5/12V 5V 5G/4G support

IoT Base
×1 Gen2×1 2.0×2 ×2 ×2 ×2 5/12V 7-36V 5G/4G support
RS232
RS485
ADC

PoE Base (B)
×1 Gen2×1 2.0×4 ×2 ×2 ×2 5/12V 5V RS232
RS485

PoE UPS Base
×1 M.2 M 2.0×4 ×1 ×2 ×2 5/12V 7-36V UPS

PoE Base
×1 3.0×4 ×2 ×2 ×2 5/12V 7-36V

Raspberry Pi official
×1 Gen2×1 2.0×4 ×2 ×2 ×2 12V 12V

Wireless base
  ×1   M.2 B /
Mini-PCIe
2.0×3   ×1 ×1 5/12V 5V or
7-36V
5G/4G support
RS485
CAN
rail-mount

UPS Wireless base
  ×1   M.2 B 2.0×3   ×1 ×1 5/12V 5V or
7-36V
With UPS
5G/4G support
RS485
CAN
rail-mount

NAS Mini Computer
  ×2 M.2 M×2/
Mini-PCIe
3.0×2   ×2 ×2   5V dual M.2 M KEY slots

5″ touch screen
×1 M.2 M 2.0×4   ×1 ×2 5/12V 5V  

7″ all-in-one
  ×1   M.2 M 2.0×4 used ×1 used 5/12V
used
7-36V touch screen
camera
speaker

13.3″ all-in-one
  ×1     2.0×2           12V HD touch screen

13.3″ Magic Mirror
  ×1     2.0×2           12V HD screen,
Speech Assistant
Note ① USB 3.0 is equivalent to USB 3.2 Gen1
② There's PoE header only on the Raspberry Pi official IO board without PoE circuit, that means additional PoE module is required for the official IO board to enable PoE feature.
Unless otherwise specified, the PoE feature here stands for integrating 802.3af-compliant PoE circuit (5V/2.5A).
Resources & Services

* Resources for different product may vary, please check the wiki page to confirm the actually provided resources.

Quick Overview

  1. CM4-ETH-RS485-BASE-B x1
  2. Metal case (top and bottom) x1
  3. Fan x1
  4. OPTIONS12V 2A Power Supply x1
  5. Screwdriver x1
  6. Antenna connector rubber plug x1
  7. Screws pack x1