This booklet contains all the information required to implement multiplier circuits in FPGA and ASIC devices as state machines. Four designs are provided ranging from simple to high performance with suggestions for even higher performance. Also included is a comprehensive chapter on normalizing and rounding, fixed-point as well as floating-point. The use of carry-save adders for partial product multiplication. Combining embedded array multipliers available in most FPGA devices for fashioning high perform large operand multipliers. Each design covered has a fully coded and fully functional...
This booklet contains all the information required to implement multiplier circuits in FPGA and ASIC devices as state machines. Four designs are provi...
Unlike multipliers, divider circuits are much more difficult. Four state machine designs for FPGA and ASIC devices are provided ranging from simple to high performance with suggestions for even higher performance. Unlike other books that provide high level explanation or an academic overview of techniques, this book provides everything to design dividers -- the first of its kind. Chapters are also used as a venue to introduce the reader to high performance strategies such higher performance adders, sign-digit representation and conversion, carry-save-form, and others. As with all books in...
Unlike multipliers, divider circuits are much more difficult. Four state machine designs for FPGA and ASIC devices are provided ranging from simple to...
