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The strongly emerging class, Coarse-Grained Re-configurable Architecture (CGRA) is currently receiving attention and also having excellent performance with flexibility in fabrication. An entire range of components are now being offered as choices for system building blocks. The Reconfigurable fabric (RF) will be offered as an important building block for complex system design, CGRA processor. This paper gives an innovative design of reconfigurable fabric (RF) to achieve parallel processing techniques. Cryptographic hash function is a hash function which is considered practically impossible to invert, that is, to recreate the input data from its hash value alone. RF contains set of processing elements (PE) with crossbar type of arrangement for single dimensional processing of encryption technique to achieve reconfigurability. This implemented reconfigurable architecture design is evaluated by analyzing area, power, processing speed(delay to process) and area on various FPGAs using Xilinx 13.4.

Structural Analysis of RF Architecture using Crossbar Type Topology for Cryptographic Application