KSZ8993FL-EVAL

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Evaluation and Demonstration Boards and Kits provide engineers with an efficient way to test, evaluate and prototype designs. The KSZ8993FL-EVAL board is a highly integrated evaluation and demonstration board for the KSZ8993FL Ethernet Physical Layer Transceiver. This board provides a great platform for user to adjust ethernet physical layer interface parameters and components for a variety of applications.

Features

The KSZ8993FL-EVAL board comes with an on-board microcontroller and supporting hardware necessary to test and evaluate the KSZ8993FL Ethernet Physical Layer Transceiver. It also offers an on-board 10/100 Mbps autonegotiation port and two IEEE 802.3 10/100 Mbps ports.

Other features available on this board includes on board bus timeout, hardware test functions, error checking for IEEE 802.3 compliance, Ethernet diagnostic, loopback modes, serial EEPROM, auto-negotiate mode, PHY programming, internal and external reference clock, line rate control, packet-based error injection, packet-rules-based packet transmission and drop tests. The board is also designed to support up to 9-Volt DC supply voltage.

Application Field

The primary application field of the KSZ8993FL-EVAL board is to provide a platform for engineers to evaluate the suitability and compatibility of the KSZ8993FL Ethernet physical layer transceiver in various network environments. It is suitable for applications such as data communications, power line communications, industrial control systems, embedded systems and other LAN environments.

The board can also be used to evaluate the performance and power consumption of the KSZ8993FL transceiver. It can also be used to design or develop custom Ethernet PHY circuitry for various kinds of applications.

Working Principle

The KSZ8993FL-EVAL board works in two main stages. In the first stage, the user interacts with the on-board software to evaluate features such as auto-negotiation, line rate, packet referance correction, packet based error injection, etc. This is done by connecting the 10/100 Mbps port to the PC running the software.

In the second stage, the user can make hardware adjustments on-board to tune, test and evaluate the physical layer performance. The user can also make hardware changes on board to customize the device performance for their specific applications.

The board includes a debug connector which allows the user to connect to a JTAG programmer to perform further operations. With the help of the debugger, the user can easily diagnose and debug the board.

Conclusion

The KSZ8993FL-EVAL evaluation and demonstration board offers user with a convenient and efficient way to evaluate and design their network interface designs. The board features a variety of ports and on board hardware support necessary to evaluate a transceiver and complete the detailed adjustments to optimize network performance for applications. This evaluation board is suitable for data communication, industrial control, power line communication and various embedded designs.

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