EVB-LAN9313P

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Evaluation and Demonstration Boards and Kits, like the EVB-LAN9313P, are designed to quickly prototype circuits and evaluate related product performance. This specific board kit provides a self-contained complement to existing development suites that enable users to easily configure and evaluate the features of the SMSC LAN9313 Ethernet transceiver. In particular, this demonstration board supports 10/100 Mbps with auto-negotiation and Wake-on-LAN support. It also has an integrated IEEE-1588v2 hardware-based time stamping synchronization protocol.

EVB-LAN9313P Application Field

The EVB-LAN9313P board kit can be used to evaluate and demonstrate features such as device optimization, advanced packet filtering options, and onboard debugging for a wide range of applications. It is ideal for many different markets including storage, entertainment, industrial automation, and medical electronics. It is also well-suited for use in embedded and automotive applications. The board is configured to work with a range of microcontrollers and it has built-in software to ensure easy integration into application code.

EVB-LAN9313P Working Principle

The EVB-LAN9313P board kit works on the principle of transceiver operation. The EVB-LAN9313P evaluation board kit has two transceiver sections, one for the Ethernet controllers and one for the physical PHY (physical layer interface). The physical layer interface is responsible for sending and receiving digital data on the physical layer. The Ethernet controllers contain the MAC (Media Access Control) hardware and software and handle the tasks of framing, sequencing, and error correction.

The transceiver section on the board is designed to connect simultaneously to a 10/100 Mbps Ethernet port and a PHY (physical layer interface) port. The PHY port allows for communication between the transceiver board and the host processor. The Ethernet port allows for communication between the transceiver board and the network. The transceiver will then direct information between the two sets of components.

The EVB-LAN9313P evaluation board also includes on-board debugging capabilities. This feature allows for engineers to monitor their applications in real time, and to create modem status logs for troubleshooting. The on-board debugging capabilities also make it easy to integrate the board\'s features into application code.

The EVB-LAN9313P evaluation board supports Wake-on-LAN (WoL) technology, which allows the system to detect the presence of a remote wake signal over the network and instantly power up the system. Using WoL technology, users can remotely wake up their systems with a simple ping command. This is especially useful for applications like remote monitoring and control, as it eliminates the need to manually wake up the system.

Finally, the board supports IEEE-1588v2 hardware-based time stamping synchronization protocol. This synchronized timing protocol helps to ensure accuracy in low-latency network applications, and can be used for remote clock synchronization between networked devices. The EVB-LAN9313P evaluation board kit also includes additional options for voltage regulation and power management.

Conclusion

The EVB-LAN9313P evaluation board kit is designed to enable users to quickly prototype circuits and evaluate related product performance. It is ideal for various applications and markets, including storage, entertainment, medical electronics, and automotive implementation. The board includes integrated features such as 10/100 Mbps with auto-negotiation, Wake-on-LAN support, and IEEE-1588v2 hardware-based time stamping synchronization protocol. Additionally, it provides on-board debugging and additional voltage regulation and power management options.

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