KS8995MAI

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KS8995MAI is a specialized IC (integrated circuit) commonly employed in communications and networking equipment. It is a cost-effective solution for a wide range of network switches and routers, as well as consumer applications, primarily due to its low power consumption and high data rates. The KS8995MAI is based on the Nonstop Forwarding (NSF) architecture, which utilizes pipeline data buffering to support high throughput in all traffic scenarios. The IC is designed with eight integrated Gigabit Ethernet ports, each capable of supporting full-duplex, 1Gbps data transmission. The ports are all mapped to an internal memory controller that provides flow control and enables efficient data transfer between all the ports.

Another standout feature of the KS8995MAI is its Media Access Controller (MAC) scheduler, which distributes protocol data units (PDUs) to ensure priority and fairness among multiple channels. This ensures that all traffic is uniformly distributed among connected devices as well as promises a more even utilization of the shared media. The MAC scheduler is further enhanced by an internal address resolution engine and an AVB control engine that allow the IC to be utilized in multiple-speed networks without sacrificing a high throughput.

The KS8995MAI also features an embedded SRAM memory controller and various features to lend cooperative Layer 2 network switching capabilities. Every port of the IC is capable of achieving a rate of 9.6Gbps, allowing all connected devices to benefit from a full Duplex, simultaneous two-way data transmission. Furthermore, using the support of advanced networking coding technologies such as Retry Limit and Fiber Bypass, the IC can provide guaranteed reliable data transmission which is especially important for critical applications.

Due to its high-performance, single-chip design with low power consumption, the KS8995MAI is particularly valuable for applications between network devices, such as the inter-switching linking of access and trunk side connections. The IC additionally stands out as it has the ability to deliver a data rate up to 10 times faster than conventional link protocols. This makes it an ideal solution for multiple-speed networks like Gigabit Ethernet, as well as for applications such as video transmission, multicast distribution and end-to-end network diagnostics.

The KS8995MAI is built primarily on NSF architecture, providing unique features such as Flow Control, Non-Stop Forwarding, and Multiple-Port Aggregation. Flow Control takes advantage of the internal buffers to ensure that data transmission remains uninterrupted and data is delivered with accuracy. Non-Stop Forwarding allows data to pass through the IC without having to wait for buffering and processing, making it a great choice for applications such as video streaming, where latency would be an issue. And lastly, Multiple-Port Aggregation allows the IC to connect to multiple ports simultaneously and aggregate their data rate to maximize performance.

In conclusion, the KS8995MAI is a specialized IC with an optimal set of features for high-performance communications and networking applications. With its fast data rates, multiple-port aggregation, and advanced networking coding technologies, the IC is suitable for a wide range of devices and applications. In addition, its low power consumption and high throughput make the IC a cost-effective and powerful solution for a broad range of network switches, routers and consumer applications.

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