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SPEEDCRUNCH UNSIGNED MULTIPLICATION SERIES
My initial thought was to work backwards since binary multiplication is just a series of additions and figure it out that way. As far as I know, any two unsigned n-bit numbers multiplied by each other can always be represented by 2n bits, so an overflow can't occur when an array multiplier is used for that, but I don't really understand how that translates over to two's complement and why it would be any different. The exact question is "Give an example of the multiplication of two numbers (in 2’s complements), using a 4 bits x 4 bits array multiplier, to show that an overflow occurs" in case I misinterpreted itįrom my understanding of binary multiplication, a 4x4 array multiplier just takes two 4-bit numbers and represents the product as an 8-bit number.
SPEEDCRUNCH UNSIGNED MULTIPLICATION HOW TO
It asks to find a pair of two's complement numbers which will result in an overflow if they're multiplied together using a 4x4 array multiplier, and I'm not really sure how to go about finding them. I was reading through a textbook of mine and found a question that I really can't figure out.
