FIN24CMLX

FIN24CMLX is a model of serializer/deserializer (SERDES) and transceiver technologies intended for high-speed serial data interconnect applications. The model is ideal for use in applications such as long haul backplanes, Metro Ethernet networks, Fibre Channel networks and system-on-chip (SoC) integration. This article will focus on providing information about the application field and working principle of FIN24CMLX.

Application Field

The FIN24CMLX features industry leading performance and flexibility to serve a wide range of applications and performance requirements. It is designed for applications that require long haul backplanes, 10 Gigabit Ethernet networks, Fibre Channel networks and system-on-chip (SoC) integration. This SERDES model provides low power, low latency and wide temperature range flexibility to serve any type of high-speed interconnect applications. It also supports open source designs and is available in a wide variety of industry standard platforms.

In addition to the traditional long-haul telecommunications and datacom applications, the FIN24CMLX is also ideal for medical, automotive, aerospace and military applications that require reliable, high-speed, low-power data transmission. It can also be used in low-latency, high-bandwidth applications such as HD video. The model is designed for applications that require fast switching and high channel density.

Working Principle

The FIN24CMLX integrates a SERDES transceiver, a deserializer, and a logic core into one package for optimal system integration and flexible architecture. The transceiver uses a differential signal for transmission and reception to reduce jitter and latency. The logic core enables the design of protocol-independent systems and takes care of the clock data recovery (CDR) functions. The deserializer is optimized for low latency and robust data transmission. All the main physical layers including Fibre Channel and XGXI are supported.

The transceiver is based on a fixed pattern, non-return to zero (NRZ) signaling technique. The deserializer can decode up to 16 different NRZ data streams, each with its own low-power interface. Data can be clocked and buffered efficiently, allowing for low latency and reduced power consumption. The logic core has programmable logic registers which limit the clock frequency and provide data integrity across multiple channels.

In summary, the FIN24CMLX is an integrated, flexible, low-power and low-latency SERDES/transceiver technology designed for a variety of high-speed data interconnect applications. It features an integrated logic core, optimized deserializer, low-power NRZ signaling technology, and programmable logic registers. The model is perfectly suited for long-haul telecommunications, datacom, medical, automotive, aerospace and military applications.