The method of building the Reed-Solomon (RS) algebraic coding circuits using the digital filters has been proposed. This approach permits to use the digital filtration methods (partition to the lower order filters, conveyorization) for the purpose to change the code correcting capability. To verify the developed coding block it has been proposed to compare the coding algebraic results for random data with the standard (available in the MatLab library) block of the Reed-Solomon coder. The developed coder circuits for general case with the possibility to change the parameters for any code have been given. The complete cycle of verification with the comparison of the results with the standard coder, the tests coverage, the capability of debugging and error-correction of the initial hardware description has been performed.
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