Altera 8B10B Encoder-Decoder

An Altera 8B10B Encoder-Decoder is a semiconductor intellectual property (IP) core designed by Altera that implements the 8B10B encoding and decoding algorithms.

8B10B encoding is a technique used in data communication to ensure reliable transmission of binary data over a serial link. It transforms 8-bit input data into 10-bit output symbols.

8B10B encoding serves multiple purposes, including achieving DC balance in the transmitted data, ensuring sufficient signal transitions for clock recovery, and providing error detection capability.

Altera 8B10B Encoder-Decoder is commonly used in high-speed serial communication interfaces such as Ethernet, Fibre Channel, InfiniBand, and PCIe to encode and decode data before transmission and reception.

Yes, Altera 8B10B Encoder-Decoder offers various configuration options to adapt to different communication standards and system requirements. Customizable parameters include the number of input channels, word sizes, and error control options.

Yes, Altera provides the necessary IP core files and documentation for integrating the 8B10B Encoder-Decoder into your own FPGA designs.

Altera 8B10B Encoder-Decoder supports various FPGA families, including Arria, Cyclone, and Stratix.

Yes, the usage of Altera 8B10B Encoder-Decoder may require a license from Altera. It is recommended to consult their licensing terms and conditions for specific details.

Yes, Altera provides comprehensive technical documentation, user guides, and application notes to assist users in understanding and implementing the 8B10B Encoder-Decoder IP core.

Some advantages of Altera 8B10B Encoder-Decoder include flexibility through customization options, compatibility with multiple FPGA families, and extensive support from Altera in terms of documentation and resources.