MATHEMATICAL COPROCESSOR
x ARITHMETIC COPROCESSOR
x COPROCESSOR (MATH)
x NUMERIC PROCESSING UNIT
xx COMPUTER
xx MATHEMATICS
Hardware multiplier circuit takes 8bit operands and computes a 16bit product in 10 clock periods. BYTE Jul 1977 (v.2#7) pg. 36
How to multiply in a wet climate. How to add a MIL spec high speed multiplier to a 6800 processor. Part 1. Use and basis for a design. BYTE Apr 1978 (v.3#4) pg. 28
How to multiply in a wet climate. How to add a MIL spec high speed multiplier to a 6800 processor. Part 2. Design details. BYTE May 1978 (v.3#5) pg. 104
The number crunching processor. A profile of the new National Semiconductor MM57109 microprocessor which is designed specifically for numberic processing. Includes a schematic for interfacing the processor to a computer. BYTE Aug 1978 (v.3#8) pg. 64
Clockless multiplication and division cards. Theoretical circuits that multiply and divide binary numbers without a clock. BYTE Dec 1978 (v.3#12) pg. 128
The IBM PC and the Intel 8087 coprocessor. Part 1. Overview and floatingpoint assemblylanguage support. Software utility to make use of the 8087 Numeric Data Processor. BYTE Aug 1983 (v.8#8) pg. 331
The IBM PC and the Intel 8087 coprocessor. Part 2. Interfacing to IBM Pascal to speed up most Pascal programs by a factor of three. BYTE Sep 1983 (v.8#9) pg. 331
Trump card. Part 1. Hardware. Speed up your IBM PC with 16bit coprocessing power. Speed up system throughput and execution of BASIC programs. Est. cost: $525$1325. BYTE May 1984 (v.9#5) pg. 40
Trump card. Part 2. Software. TBASIC and C compilers for this Z8000 coprocessor board. BYTE Jun 1984 (v.9#6) pg. 115
The PF474. A coprocessor chip for string comparison. BYTE Nov 1984 (v.9#12) pg. 247
An 80287 socket rocket. Lowcost enhancement to speed up the 80287 floatingpoint math coprocessor. COMPUTERCRAFT Apr 1991 (v.1#1) pg. 48
Adding the right math coprocessor to your PC. COMPUTERCRAFT May 1991 (v.1#2) pg. 14
Coprocessors. What they are, the benefits they provide, and selecting the right one for your PC. COMPUTERCRAFT Jul 1993 (v.3#7) pg. 37
Number crunching: two hardware solutions. (1) Install the National Semiconductor MM57109 arithmetic processor or (2) the AM9511 from Advanced Micro Devices. Each of them is treated as a support device within a microcomputer system. KILOBAUD MICROCOMPUTING #17 May 1978 pg. 84
The MM57109 number cruncher. How to interface a numberoriented microprocessor to an 1802based microcomputer, plus the necessary software to obtain an operating system. KILOBAUD MICROCOMPUTING #33 Sep 1979 pg. 38
Assembler language subroutines for use with the AM9511A arithmetic processor (in slot 5) with Apple Pascal. MICROCOMPUTING Aug 1982 (v.6#8) pg. 34
Hardware digital dividebyseven circuit utilizes an EPROM to do "table lookup" of a fancy math function. MODERN ELECTRONICS [2] Mar 1985 (v.1#6) pg. 76
NOM card for the 1802. Part 1. Addon math board for an 1802based microcomputer. Est. cost: $98. RADIOELECTRONICS Dec 1978 (v.49#12) pg. 45
NOM card for the 1802. Part 2. RADIOELECTRONICS Jan 1979 (v.50#1) pg. 58
