Introduction and Decimation is compelling and well known in multi-rate signal preparing applications. This paper proposes a rapid, region and force productive VLSI engineering for poly-phase pulverization channel with obliteration factor of three (D=3) utilizing APC-OMS Technique. Different key execution measurements, for example, number of cuts, greatest working recurrence, number of LUT's, input yield securities, power utilization, arrangement time, hold time, engendering delay among source and objections are assessed for the channel of length nine (N=9).The speed is improved by utilizing kogge stone viper snake. This engineering additionally give huge decrease in region (regarding number of cuts). To streamline channels utilizing LUT's for memory based duplications, four essential procedures are utilized from which the blend of two methods i.e., APC and OMS gave better advancement results. About 40% territory improvement is accomplished for roughly same postponement. The proposed conspire has been reenacted and the outcomes are accounted for. It was seen that the proposed conspire gives 57.99% speed up, 83.3% decrease in territory and slight decrease in power scattering when contrasted with traditional multiplier.