Abstract. The multi-comparand associative search paradigm is shown to be efficient in processing complex search problems from many application areas including computational geometry, graph theory, and list/matrix computations. In this paper the first FPGA implementation of a small multi-comparand multi-search associative processor is reported. The architecture of the processor and its functions are described in detail. The processor works in a combined bit-serial/bit-parallel mode. Its main component is a multi-comparand associative memory with up to 16 programmable prescription functions (logic searches). Parameters of implemented FPGA devices are presented and discussed.