Sep 16, 2010 · The SerDes’ encoder/decoder (ENDEC) serves multiple functions. The most important is to shape the incoming application data stream to make it suitable for serialization.

Oct 25, 2023 · Encoding and Modulation: Depending on the communication standard and channel characteristics, modulation techniques may be applied to the serial data stream to improve signal integrity and error tolerance.

A Serializer/Deserializer (SerDes) is a pair of functional blocks commonly used in high speed communications to compensate for limited input/output. These blocks convert data between serial data and parallel interfaces in each direction.

A serializer/deserializer consists of functional blocks in a chip that are used to convert parallel data into serial data, allowing designers to speed up data communication without having to increase the number of pins.

A solution for these problems is utilizing a serializer/deserializer (SerDes) device, that converts the multiple parallel data paths to a single data path. This thesis presents the design and verification steps involved in designing such device, as well as presents the verification results of an implemented device.

RTL Design has basic modules like Latches, Encoder, Decoder, Shift Registers -> Parallel-In-Serial-Out, Serial-In-Parallel-Out. Serializer latches onto 8-bit Parallel data input, encodes to 10-bit, and converts to Serial bits. Deserializer converts incoming Serial bits to Parallel data using 10-bit latches, decodes and outputs back as 8-bit

the combination of serializer/deserializer (SerDes) circuits are commonly used to compensate for the inability in high speed limited I/O systems. A typical serializer circuit converts the parallel n-bit data into a faster 1-bit signal. Encoding SerDes circuits can be used

In this paper, serializer is designed and implemented using multiplexer and DETFF for the basic functional blocks of SerDes transceivers. The serializer implemented with the help of CMOS Transmission gates i.e. Pass gates.

Why Use SerDes? •The maximum on-chip signaling speed is rather low •The shortest pulse that a FO4 inverter can propagate without attenuation is 3~4 FO4 delays 4 •For 40nm CMOS, it’s 6~8GHz •For 28nm CMOS, it’s 9~12GHz

demonstrate a serializer/deserializer (SerDes) toward the testing of large scale GDI circuits with delay-line clocking. A SerDes, a pair of a serializer (parallel-to-serial converter) and a deserializer (serial-to-parallel converter), is an important circuit block in cryogenic experiments. For