TEP0700IMX6G05R05E04LPOE

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TEP0700IMX6G05R05E04LPOE stands for the Thermal Electric Power microchip TEP0700 with a dual-core ARM Cortex-A9 iMX6 processor (G05) with an embedded DRAM memory (R05) and an embedded device driver (E04). It is designed for industrial Ethernet applications, specifically PoE (power over Ethernet) applications. This microchip is a cost-effective solution for connecting electrical and electronic equipment with Ethernet for data communication and power supply.

What is PoE Applications?

PoE (Power over Ethernet) is a technology for carrying electrical power over Ethernet cables to power devices, such as IP phones, security cameras, access points, wireless bridges, etc. This technology enables the use of two sets of cables for power and data transmission instead of separate power and data cables, allowing for easier installation and lower installation cost.

TEP0700IMX6G05R05E04LPOE Applications

The TEP0700IMX6G05R05E04LPOE is primarily used in Ethernet-based industrial applications such as Ethernet-enabled sensor systems, industrial automation systems, communications systems, and robotics systems. Additionally, the microchip offers reliable performance for Ethernet-enabled data collection, monitoring, and control applications such as real-time traffic monitoring, pipeline condition monitoring, automation, and machine vision systems. It is also suitable for the development of IoT applications that require power supply and data transmission over the same Ethernet cable.

Working principle of TEP0700IMX6G05R05E04LPOE

The TEP0700IMX6G05R05E04LPOE features an integrated system-on-chip (SOC) design with an integrated ARM9 processor, on-chip DRAM memory, and an embedded device driver. This allows the core of the device to be a single board module, offering excellent flexibility and cost efficiency for developers.

The key feature of the TEP0700IMX6G05R05E04LPOE is its Ethernet interface and on-board power supply. The Ethernet interface provides the data communication path between the power and the data transmitter. The integrated power controller then converts the incoming Ethernet power to a suitable voltage that can be used to power the device. This eliminates the need for an external power supply, making the device a more cost-effective solution for Ethernet-based PoE applications.

Conclusion

The TEP0700IMX6G05R05E04LPOE is a cost-effective solution for industrial Ethernet applications, especially PoE (Power over Ethernet) applications. It features an integrated system-on-chip (SOC) design with an integrated ARM9 processor, on-chip DRAM memory, and an embedded device driver, as well as an integrated Ethernet interface and on-board power supply. This allows the device to eliminate the need for an external power supply, making it more cost-effective and powerful for Ethernet-based PoE applications.

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