51W PoE Expansion Board for LattePanda IOTA (IEEE 802.3bt)

The LattePanda IOTA 51W PoE Expansion Board is a robust solution designed to enhance the performance and functionality of the LattePanda IOTA single-board computer. Utilizing the IEEE 802.3bt standard, this expansion board seamlessly delivers up to 51W of power and high-speed Gigabit Ethernet data through a single Ethernet cable. By eliminating the need for separate power adapters, it simplifies system deployment, making it perfect for complex setups.

This expansion board shines in its ability to supply efficient power to both the main system and peripheral devices like cameras and actuators. By providing a stable 51W power budget, it ensures that applications demanding high performance, such as industrial control and smart surveillance, run smoothly without risk of system failure due to power shortages. This feature guarantees reliable operation even under significant processing loads.

The integration of power and data transmission through one cable significantly reduces wiring complexity. This streamlining minimizes potential points of failure and is particularly beneficial in compact or remote installations where power outlets are scarce or inaccessible. Despite this simplification, the module maintains a high-speed 1.0 Gbps network connection, ensuring uncompromised data throughput.

An additional highlight is the dedicated 12V DC connector, enabling the powering of external devices directly. This capability positions the LattePanda IOTA as a central controller, capable of managing its entire ecosystem of peripherals from a single power source. Ideal for creating self-contained solutions, it eliminates the need for separate power supplies, thereby enhancing integration and simplifying project design.

It's important to note that only the Ethernet port of this Expansion Board supports PoE. Ensure that PoE power is supplied exclusively through this board. Utilizing IEEE 802.3bt compatible equipment is recommended to prevent system instability. Additionally, users may observe slight heating of the inductor under light loads, which is a normal operational condition and does not impact longevity or performance.