WaveShare
WaveShare Nano Base Board (C) CM4 8MP 160°FOV development board
Development board for Raspberry Pi Compute Module 4 with 8MP 160°FOV camera, mini HDMI 4K 30fps, USB 2.0, MIPI DSI, 40-pin GPIO and TF card slot in 55×40mm form factor
- CPU TypeOther
- Compact carrier matches CM4 footprint for space-constrained designs
- 15-pin 1.0mm MIPI DSI connector drives display panels directly
- Onboard IMX219 8MP camera with 160°FOV enables wide-angle vision
- USB 2.0 Type-A and mini HDMI 4K 30fps for peripheral and video output
- TF card slot supports CM4 Lite variants without eMMC storage
Compact CM4 Carrier With 8MP 160° Camera
The WaveShare Nano Base Board (C) is a carrier board sized at 55x40 mm that matches the Raspberry Pi Compute Module 4 footprint. It targets developers and integrators who need a ready-to-use platform for evaluating CM4 Lite or eMMC modules in edge-vision prototypes or finished IoT devices.
Interfaces For Direct Integration
A standard CM4 socket accepts the module while onboard peripherals include one USB 2.0 Type-A port, a 40-pin GPIO header, a 15-pin 1.0 mm MIPI DSI connector and a Mini HDMI output supporting 4K at 30 fps. A TF card socket provides boot storage for Lite variants and the board runs from a 5 V supply.
Replaces Custom Breakout Boards
This board removes the need to design a custom PCB when a wide-angle camera and standard display links are required. It is not suited for projects that demand multiple camera inputs, higher-speed USB or additional high-density connectors beyond the single GPIO header and DSI port provided.
Highlights
- Compact carrier matches CM4 footprint for space-constrained designs
- 15-pin 1.0mm MIPI DSI connector drives display panels directly
- Onboard IMX219 8MP camera with 160°FOV enables wide-angle vision
- USB 2.0 Type-A and mini HDMI 4K 30fps for peripheral and video output
- TF card slot supports CM4 Lite variants without eMMC storage
Specifications
| CPU Type | Other |
|---|
Questions about this item
How does the 5 V power input limit the board under sustained full load?
The board draws power through the 5 V input; sustained full load on the Compute Module 4 plus the 8 MP camera and any attached peripherals will be constrained by the current capacity of that single 5 V supply.
What heat or noise should I expect when the board runs continuously with the IMX219-D160 camera active?
The board has no fan or heatsink fitted; the Compute Module 4 and camera module will warm up during continuous operation, so external cooling is recommended for all-day use.
Which Compute Module 4 variant must I already own for the TF card socket to be useful?
The TF card socket is only used with a Compute Module 4 Lite that lacks on-board eMMC; an eMMC-equipped CM4 does not need the socket.
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