*Result*: Analysis on parallel computation encoding to speed up the processing time by logical utilization of serial computing techniques.

*The in-vehicle system (IVS) chip's Turbo encoder's design and implementation as an integrated module are examined in this study. The field programmable gate array (FPGA) was utilized in the development of the Turbo encoder module (TEM). Both serial and parallel computations are examined for encoding method. The two design philosophies are examined and discussed. It is shown that both processing speed and chip size may be improved by improving the parallel computation approach. FPGA method have been utilized in development of TEM. Xilinx and Verilog tools are used for the simulation and design of the module. Additionally, parallel and serial computing techniques are examined during the encoding process. It is shown that the processing speed and chip size of the module can be increased by parallel calculation. The parallel computation encoding method reduces logic utilization by 73% and processing time by 58%, when compared to the serial computation strategy. The improvement in processing time could be observed in both chip processing and simulation analysis. [ABSTRACT FROM AUTHOR]*