Channel concatenated coding transmission scheme for TSV array transmission

In order to improve the signal transmission performance of the TSV array transmission, TSV arrays are seen as transmission channels. And a communication channel model with high noise and high crosstalk is established for TSV array transmission. In this paper, a channel concatenated coding transmission scheme is proposed to apply the concatenated code to the TSV array transmission model. Its purpose is to optimize the transmission performance and realize the efficient transmission of the signal in the TSV array. In this case, channel noise is seen as White Gaussian Noise, and crosstalk is determined by the S parameters. Taking into account the coding efficiency and transmission efficiency, the Low Density Parity Check (LDPC) code is used as the inner code and the Hamming code is used as the outer code. The simulation results show that the bit error rate (BER) performance improved at any information transmission rate, and the BER is lower than using LDPC code alone. Therefore, the channel concatenated coding transmission scheme can be used to achieve better TSV array signal transmission, overcome the transmission problem and improve transmission performance.