- Description
Details
Dual Gigabit Ethernet Base Board designed for Raspberry Pi Compute Module 4
Dual Gigabit Ethernet Base for CM4
suitable for evaluating the Raspberry Pi CM4 or being integrated into end products
Powerful Ethernet Capability
Specifications
| CM4 socket | suitable for all variants of Compute Module 4 |
|---|---|
| Ethernet | Dual Gigabit Ethernet RJ45 |
| USB | USB 3.2 Gen1 × 3 |
| Pin header | 40PIN GPIO header × 1 |
| HDMI | HDMI × 2, supports 4K 30fps output |
| DSI display | MIPI DSI display port × 1, 15pin 1.0mm FPC connector |
| CSI camera | MIPI CSI-2 camera port × 2, 15pin 1.0mm FPC connector |
| Power input | 7V-36V |
| Fan | 5V/12V, allows speed adjustment and measurement |
| RTC | Real-time clock with battery socket and ability to wake Compute Module 4 |
| SD card slot | MicroSD card socket for Compute Module 4 Lite (without eMMC) variants |
Connecting with Compute Module 4
standard CM4 socket and color-coded Raspberry Pi 40PIN GPIO header
suitable for Compute Module 4 Lite/eMMC series module
Rich interfaces
providing interfaces including: ETH/CSI/DSI/RTC/HDMI/Micro SD/USB
What's On Board
- CM4 socket
suitable for all variants of Compute Module 4 - 40PIN GPIO header
for connecting sorts of HATs - RJ45 Gigabit Ethernet
dual RJ45 Gigabit Ethernet, 10/100/1000M compatible
ETHERNET 0: CM4 original ETH
ETHERNET 1: USB extended ETH - USB 3.2 ports
3x USB 3.2 Gen1, for connecting sorts of USB devices - HDMI connectors
2x HDMI, supports 4K 30fps output - CAM
2x MIPI CSI camera ports - DC power supply
7~36V DC wide voltage range power input - Dual LED indicators
red: Raspberry Pi power indicator
green: Raspberry Pi operating status indicator - Micro SD card slot
for connecting a Micro SD card with pre-burnt image (Lite variant ONLY) - FAN header
for connecting cooling fan, allows speed adjustment and measurement - DISP0
MIPI DSI display port - USB SLAVE port
for burning system image into Compute Module 4 eMMC variants - RTC battery holder
supports CR1220 button cell
- RTC interruption configuration
PI-RUN: CM4 will reboot on RTC interruption
GN-EN: CM4 powerdown on RTC interruption
D4: D4 pin is triggered on RTC interruption - IO-VREF selection
set the CM4 IO logic level as 3.3V or 1.8V - FAN power supply selection
select 5V or 12V power to drive the fan - System function configuration
BT_DIS: Bluetooth disabled, for CM4 with antenna variant ONLY
WiFi_DIS: WiFi disabled, for CM4 with antenna variant ONLY
WP_DIS: boot mode switch, ONLY be used when NOT booted from eMMC or SD card - RTC/FAN I2C bus selection
SDA0/SCL0: I2C-10 is shared with CSI/DSI
GPIO3/2: I2C-1 is shared with 40PIN header - RTL8153
USB Gigabit Ethernet chip - EMC2301
fan controller, allows fan speed adjustment and measurement - VL805
USB 3.0 HUB
Outline dimensions
Application example
for reference only, CM4, display, cameras, and fan are NOT included.
Resources & Services
* Resources for different product may vary, please check the wiki page to confirm the actually provided resources.
Selection guide
| 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 | ||||
 Duino |
M.2 M | 2.0×1 | ×1 | ×1 | 5V | Arduino compatible | ||||||
 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 | |
 Touch screen |
×1 | M.2 M | 2.0×4 | ×1 | ×1 | 5V | IPS screen | |||||
 Binocular camera |
×1 | √ | M.2 M | 2.0×4 | ×2 | 5V | dual 8MP cameras |
|||||
 4CH RS485 |
×1 | M.2 M | 2.0×2 | ×1 | ×2 | ×1 | 5V | 7-36V | 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 |
② | ×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 |
|||
 5″ touch screen |
② | ×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 |
||
| 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). |
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Weight: 0.077 kg
Quick Overview
- CM4-DUAL-ETH-BASE x1
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