A low power parity CAM for asynchronous transfer mode(ATM) switch application

Abstract

Content Addressable mode (CAM) is a Solid State recollection in which facts and data's are accessed but their content rather than physical position. It obtains input seek facts and data's (i.e.), a seek word and comes back the address of a similar phrase that is retained in CAM. In power utilization issue of view, CAM is an inefficient recollection apparatus because of aligned evaluation. Thus, robust, high speed and low power sense amplifier are highly sought-after in CAM design. In this, paper inserts parity bit which is utilized for hold up decrease, area and power overhead. Furthermore suggest a productive gated power method to reduce the top and mean power utilization and enhance the robustness of the conceive against process variations. These techniques will be implemented in Asynchronous Transfer Mode as a transformation table. Since Asynchronous Transfer Mode swapping mesh are attachment oriented, virtual circuit need to be setup over them former to facts and figures transfer.CAM will act as an address translator in an Asynchronous move mode swap and present the virtual path interface translation very quickly.