The Compute Module PoE Board is a development board designed to host a Raspberry Pi Compute Module and to provide flexible access to Raspberry Pi resources in Power over Ethernet deployments. With PoE support and a rich set of onboard peripherals, it supports evaluating the Raspberry Pi compute module and serves as a viable platform for end products. Key features and benefits - Compute Module compatibility: Accepts a Raspberry Pi Compute Module, enabling flexible use of Pi resources in a compact, integrated board. - Raspberry Pi GPIO header: Includes a standard GPIO header for connecting a wide range of Raspberry Pi HATs and add-ons. - Rich I/O interfaces: 10/100 Mbps auto-negotiation Ethernet port with PoE enabled, 4x USB ports for peripherals, 2x CSI camera interfaces, and onboard HDMI and DSI interfaces for displays. - Debug and development tools: Onboard USB to UART for serial debugging; cooling fan interface with options for auto run on power up or control via IO pins. - Power isolation and safety: Isolated switching mode power supply (SMPS) for safer, stable power management. - Flexible power options: Power input via micro USB or PoE Ethernet port; PoE input supports 37V–57V DC, with PoE output of 5V at up to 2.5A DC. - End-product readiness: Designed for evaluation of the Raspberry Pi compute module and suitable for embedding into final products, with a compact form factor and robust peripheral support. Interfaces and expansion - GPIO and HAT compatibility: Raspberry Pi GPIO header enables connection of a wide range of Pi HATs and accessories. - Networking: 10/100 Mbps Ethernet with PoE, supporting remote power delivery and data communication over Ethernet networks. - USB and cameras: four USB ports for peripherals; two CSI camera interfaces for multi-camera applications. - Displays: onboard HDMI and DSI interfaces to connect common displays for rich user interfaces. - Debugging: USB to UART on board provides serial debugging access during development. - Display and cooling: wiring for a cooling fan; automation options include auto start at power up or control via IO pins. Power and performance - Isolated SMPS: An isolated switching mode power supply improves safety and stability for embedded deployments. - PoE power management: PoE input supplies the board from an external PoE source (37V–57V DC); the board provides a 5V 2.5A DC output to power connected devices. - Power options: In addition to PoE, the board can be powered via a micro USB port for flexible development and testing scenarios. - Performance focus: High compatibility with Raspberry Pi Compute Module ecosystems, enabling flexible development of edge, embedded, and end-user products while maintaining standard Pi interfaces and tooling. Size, build and material notes - Form factor: Compact development board designed to host a Raspberry Pi Compute Module and provide a broad set of interfaces in a single platform. - Construction: Built to support reliable operation in development and production environments, with standard connectors and peripheral interfaces consistent with Raspberry Pi ecosystems. Use scenarios - Industrial edge gateway: Deploy on a factory floor to collect sensor data, perform edge processing, and communicate over Ethernet. PoE simplifies power provisioning in distributed installations while USB devices and cameras enable local monitoring and control. - Digital signage and interactive kiosks: Connect HDMI or DSI displays and CSI cameras to create interactive signage or information kiosks. PoE power reduces cabling complexity and improves reliability in public-facing environments. - Remote surveillance and robotics: Use two CSI camera interfaces for multi-camera surveillance or machine-vision tasks in a remote location. PoE power and isolated SMPS support safe, autonomous operation with local processing and display options. Note: This description preserves the original product brand, specifications, models, and functions, and does not introduce new technical details beyond what is stated.