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A content-addressable-memory compares an input search word against all rowsof stored words in an array in a highly parallel manner. While supplying a verypowerful functionality for many applications in pattern matching and search, itsuffers from large area, cost and power consumption, limiting its use. Pastimprovements have been realized by using memristors to replace thestatic-random-access-memory cell in conventional designs, but employ similarschemes based only on binary or ternary states for storage and search.  We propose a new analog content-addressable-memory concept and circuit toovercome these limitations by utilizing the analog conductance tunability ofmemristors. Our analog content-addressable-memory stores data within theprogrammable conductance and can take as input either analog or digital searchvalues. Experimental demonstrations, scaled simulations and analysis show thatour analog content-addressable-memory can reduce area and power consumption,which enables the acceleration of existing applications, but also new computingapplication areas.

Analog content addressable memories with memristors