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This paper proposes new parallel fir structures to diminish the equipment multifaceted nature of higher request Finite Impulse Response (FIR) channel with symmetric coefficients in view of Fast FIR Algorithms (FFAs). The goal is to plan a zone productive Fast Parallel Finite-Impulse Response (FIR) channel structure which requirement that the channel taps must be a different of 2 or 3. In this brief talked about for three parallel FIR Filter execution in view of recursively utilizing proposed 2 parallel FIR Structure. It misuses the characteristic way of Symmetric co-productive diminishing the quantity of Multipliers in further. The parallel FIR channel structure in light of proposed FFA systems has been executed taking into account Modified convey spare snake (MCSA) for further improvement. The diminishment in equipment unpredictability is accomplished by disposing of the cumbersome multiplier with a viper specifically MCSA. By and large, the proposed parallel FIR structures can prompt noteworthy equipment investment funds for symmetric coefficients from the current FFA parallel FIR structures, especially when the length of the channel is vast

VLSI IMPLEMENTATION OF AREA EFFICIENT FAST PARALLEL FIR DIGITAL FILTERS BASED ON FAST FIR ALGORITHM