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This paper presents single and multiple precision sequential large multiplier designs for field-programmable gate arrays. Both designs use the Karatsuba-Ofman method. They are pipelined and can generate a full size (double operand size) or a single size product. The syntheses results show that the sequential large Karatsuba-Ofman multiplier (SLKOM) implementations have up to 2.23 times less delay compared with the standard sequential large multipliers implementations presented in previousdoi:10.3906/elk-1405-107 fatcat:mwehjtcvyrgn5h4rx3z4uk76sa