THCV214

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The TCV214 is a general purpose serializer/deserializer (SerDes) suitable for a variety of communications applications, including data communications, multimedia applications, and industrial systems. The TCV214 is designed to meet the industry’s increasing requirements for high performance, low power, small form factor board and chip level solutions. The TCV214 also offers an optional error checking and correction function, as well as a differential/single ended connection to previous generation SerDes.

The TCV214 can be used in a variety of applications that require high speed serial data interchange and low power performance. It is suitable for data communications, multimedia and industrial systems. The TCV214 has a 4-lane differential physical and electrical interface that supports data rates up to 10.125Gbps per lane. It also supports flexible electrical interface, including single ended and differential input interfaces. It supports dual reference clock input and output (for downstream device), and is compatible with low jitter, low power LVDS interface standards such as LVDS, RSDS and M-LVDS. The TCV214 also supports various output voltage levels, allowing for easy integration and simplifying the system design.

The TCV214 is a programmable, high speed, low power core that enables high performance data conversion between the serial and parallel data domains. It is designed to help reduce board and system power requirements, by providing an efficient, low power solution for the high speed serial data throughput required for high bandwidth communications. The TCV214 serializes the data into the four serial lanes, and deserializes it in order to recover the original parallel data. It also features a low jitter clock domain crossing, allowing for low jitter clock/data delivery across domains, as well as error checking and correction.

The TCV214 integrates two, four-lane serializers and two, four-lane deserializers. It can serialize and deserialize data up to a maximum of 10.125Gbps per lane. The deserialized data that can be recovered is 25-bit wide. The data-rate of TCV214 can also be programmed easily depending on the application requirements. The data conversion between serial and parallel can be done with error-free operation using the optional error-check-and-correction (ECC) algorithm. The main advantage of implementing the ECC algorithm is that it helps to improve the performance of the serial-to-parallel and parallel-to-serial data transfer.

The TCV214 is suitable for a variety of applications, including data communications, video, audio and other multimedia applications, as well as industrial systems that require high speed serial transmission. Its low power and high speed features, as well as its error checking/correction capability make it an attractive solution for many requirements. It is available as a fully integrated solution in a small form factor package, making it an easy to use solution for the designer.

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