Abstract: A generic approach for packaging advanced, application specific processors as well a future processing elements into a common JEDEC MCM (Multi-chip Module) footprint is presented and demonstrated. Usage of a common I/O scheme at the MCM level eases future device upgrades, maximizes module reuse and minimizes redesign. An 11-chip, Xilinx XC4025 FPGA (Field Programmable Gate Array) based MCM was designed and built as a compute element using our CHAMP (Configurable Hardware Algorithm Mappable Preprocessor) architecture as a prototype for demonstrating the validity of the common processor element packaging strategy. We have conservatively estimated that for a wide range of solutions, the CHAMP MCM offers a cumulative 100:1 improvement in size, weight, power, cycle time and cost compared to state-of-the-art, individually packaged DSPs and microprocessors on custom PCBs. The MCM design approach, implementation tradeoffs and experimental results for various measured performance parameters are also given.