LAN91C93I-MU

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The LAN91C93I-MU is a single chip, high performance Ethernet controller manufactured by SMSC. It features a receive and transmit engine for use with 10Base-T Ethernet networks. This high performance engine supports 10Mbps half-duplex operating mode, as well as 10Mbps full-duplex operating mode. The LAN91C93I-MU can be used in a variety of applications, including:

• Networking appliances, such as servers, routers, or switches
• Data acquisition and control systems
• Embedded systems

The device is also compliant with the IEEE 802.3 standard and supports various LED functions, including link LED, activity LED, and collision LED, among others. It is also equipped with diagnostic LEDs that help in debugging and diagnosing the device in case of any issues.

The LAN91C93I-MU works by first accepting packets from the host. These packets are then stored in on-chip memory, and are transmitted to the network through the LAN91C93I-MU\'s media access controller. The device then monitors network traffic and responds to commands from the host. The device also provides a variety of interrupt signals to notify the host of activity and potential errors.

The LAN91C93I-MU also features built-in on-chip filters for packet interception and loopback testing. This allows for local and remote loopback testing for quick and easy debugging and troubleshooting. The device also includes support for flow control, enabling seamless operation in full-duplex environments. Additionally, the device includes dual physical ports, enabling redundant networks and fault-tolerant networking applications.

The SMSC LAN91C93I-MU is a powerful, feature-rich Ethernet controller. It is capable of full-duplex communication, and provides a variety of diagnostic LED indicators. It can be used in a variety of applications, and supports both local and remote loopback testing for easy debugging and troubleshooting. Additionally, the device supports flow control for seamless operation in full-duplex networks, and features dual physical ports for redundant and fault-tolerant networks.

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