KSZ8995MA4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

KSZ8995MA4 Application Field and Working Principle

The KSZ8995MA4 is a specialized IC, which is most often used in Ethernet applications. It is manufactured by the Taiwanese semiconductor company Microchip, and features a maximum operating temperature of 85°C. The current version of the chip has an SPI and a MII interface, which allows it to be used as a bridge between Ethernet physical layers and logic controllers.

The KSZ8995MA4 provides a complete solution for bridging between physical layers, such as 10/100Base-T and 1000Base-T. It has an integrated Ethernet transceiver and physical layer interface, which include an Ethernet Media Independent Interface (MII) and a Serial Peripheral Interface (SPI). The chip also includes an integrated 4Kbytes of register storage, and an integrated Media Access Control (MAC) that supports up to 16K inbound packet buffers.

The main advantage of using the KSZ8995MA4 is that it simplifies the design and integration of Ethernet networks into embedded systems. The chip supports up to 16 port configurations, and its integrated buffer memory reduces external memory requirements. The integrated buffer memory also provides a fast packet forwarding rate of up to 200 million packets per second.

The working principle of the KSZ8995MA4 is relatively simple. The chip works by receiving Ethernet frames from the MII interface, and then forwarding them out of the SPI interface. In addition, the chip can perform various other operations such as filtering and forwarding of Ethernet packets according to user defined rules, which allows the chip to act as a bridge between physical layers and logic controllers.

In conclusion, the KSZ8995MA4 is a specialized IC that is most often used in Ethernet applications. It simplifies the design and integration of Ethernet networks into embedded systems, and features an integrated buffer memory which provides a fast packet forwarding rate. The chip also works by receiving and forwarding Ethernet frames between the MII and SPI interfaces. Lastly, the chip can also perform various other operations, such as filtering and forwarding of Ethernet packets according to user-defined rules.

The specific data is subject to PDF, and the above content is for reference