CS61583-IQ5ZR Datasheet/PDFCS61583-IQ5ZR Application Field and Working Principle
CS61583-IQ5ZR is the acronymical representation of a telecom interface, specifically a high-speed, multi-protocol SerDes transceiver. It is chiefly used in control and dataplane applications, such as 10/25/50/100G high-speed dataplane and controlplane Ethernet ports. This transceiver has the capabilities to support Ethernet and protocol standards such as x4 and x4 PCIe, Fibre-Channel E/EE and OIF CEI-28 and CEI-25. The transceiver is fabricated using advanced CMOS 65nm technology, and is compliant with a variety of avionics, military, and aerospace standards.
Application Field
The CS61583-IQ5ZR is wall-mounted in a range of environments requiring high speed and high capacity data transmission capabilities. Its versatile and cost-effective configuration is well-suited for cellular base stations, high-performance computing systems, and mission-critical avionics and aerospace applications. The device can be deployed in a variety of industrial and commercial areas, including general-purpose and mission-critical networks, 5G base stations, and wireline access networks.
Working Principle
The CS61583-IQ5ZR transceiver operates on a low noise, low voltage and high-clocking operating system. It utilizes CDR, clock and data recovery, to detect the transmitted data, recover signals, and maintain their accuracy and integrity. The receiver portion of the device samples the received signal using an adaptive equalizer and loops it back to produce an IDLE code. This code is then used to synchronize the timing between the transmitted and received data. The device supports data rates of up to 12.5 Gbps and link lengths of up to 25 meters, while consuming power levels of lower than 1W. Additionally, the transceiver provides numerous performance enhancements, such as adaptive pre-emphasis, noise cancellation, and time domain reflectometry.
Conclusion
The CS61583-IQ5ZR transceiver is an advanced device that is capable of providing high-speed, multi-protocol data transmission for a variety of applications. Its cost-effective and highly versatile design makes it well-suited for control and dataplane applications, such as 5G base stations, high-performance computing systems, and mission-critical avionics and aerospace applications. The transceiver utilizes an advanced low-noise, low-voltage and high-clocking operating system to detect, recover and maintain the integrity of transmitted signals, and supports data rates of up to 12.5 Gbps and link lengths of up to 25 meters.