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The Compressed Baryonic Matter (CBM) experiment is a part of the Facility forAntiproton and Ion Research (FAIR) in Darmstadt at the GSI. The CBM experimentwill investigate the highly compressed nuclear matter using nucleus-nucleuscollisions. This experiment will examine heavy-ion collisions in fixed targetgeometry and will be able to measure hadrons, electrons and muons. CBM requiresprecise time synchronization, compact hardware, radiation tolerance,self-triggered front-end electronics, efficient data aggregation schemes andcapability to handle high data rate (up to several TB/s). As a part of theimplementation of read out chain of MUCH in India, we have tried to implementFPGA based emulator of GBTx in India. GBTx is a radiation tolerant ASIC thatcan be used to implement multipurpose high speed bidirectional optical linksfor high-energy physics (HEP) experiments and is developed by CERN. GBTx willbe used in highly irradiated area and more prone to be affected by multi biterror. To mitigate this effect instead of single bit error correcting RS codewe have used two bit error correcting (15, 7) BCH code. It will increase theredundancy which in turn increases the reliability of the coded data. So thecoded data will be less prone to be affected by noise due to radiation. Datawill go from detector to PC through multiple nodes through the communicationchannel. In order to make the data communication secure, advanced encryptionstandard (AES - a symmetric key cryptography) and RSA (asymmetric keycryptography) are used after the channel coding.

High speed fault tolerant secure communication for muon chamber using fpga based gbt emulator