| Division || a / b | Floor division (does not work with /set and /var) || a // b

...e arithmetic operators: addition (+), subtraction (-), multiplication (*), division (/), modulo (%), bitwise-and (&), and exponent (^). They ''must'' be space

<td>Division</td>

| / || Division of 1st operand from 2nd | % || Remainder of a division of 1st operand from 2nd

...A Digital Computer in Orbital Flight," TR 63-825-892, IBM Federal Systems Division, Owego, New York, October 1964.</ref> ...ction); all instructions took a single cycle except for multiplication and division

<span style="display: inline-block; width: 30px;">'''//'''</span>3. Floor division, X // Y same as $floor($calc(X / Y)) (Added v7.41) <span style="display: inline-block; width: 30px;">'''/'''</span>3. Division

...developed by [[General Instrument|General Instrument's Microelectronics]] division. These microcontrollers served as cheap [[programmable logic controller]]s,

...hitecture, including 7 additional operations to support multiplication and division. The slices can be stacked to produce any multiple of 4-bit wide data path

...perations - some only as few as addition, subtraction, multiplication, and division. These chips were made as part of National attempt to enter the ultra-low-e

...tor manufacturer. In 1987 General Instrument spun off its microelectronics division as a wholly owned subsidiary called [[Microchip Technology]].

...large organizational restructuring which resulted in the microelectronics division being spun off as a wholly owned subsidiary. In 1989 [[Microchip Technology

...was an American manufacturing company. In [[1967]] Rockwell Semiconductor division was established to develop various semiconductor chips. In 1996 Rockwell International incorporated its semiconductor division as '''Rockwell Semiconductor Systems, Inc'''. Rockwell Semiconductor was sp

...s sold off to [[Rohm]] in 2008. OKI Semiconductor was founded in 1977 as a division of OKI America Inc. headquartered in Sunnyvale, California.

division, inter-registers operation, block transfer, bit 5. Error trap by illegal instruction, zero division.

...e units can perform basic ALU operations, others can do multiplication and division, with some units capable of more complex operations such as various vector <tr><td>Integer/FP Division and [[Square Root]]</td></tr>

...eir previous generation [[7 µm]] nMOS also developed by [[HP]]'s Loveland Division. The shrink was done in the hope they could double the speed while doubling

...off to [[Harris Semiconductor]]. In 1999 Harris spun off its semiconductor division as [[Intersil Corporation]], going public on February 25, 2000. At the time

...t design team at [[United Microelectronics Corporation|UMC]]. In 1997, the division was spun off and as ''MediaTek Inc''. In July of 2001 it went public.

...of [[Chips & Technologies]] which became part of their Graphics Component Division

...d became their wholly owned subsidiary, part of Intel's Graphics Component Division.

* June 30: [[Via Technologies]] announced the acquisition of [[Cyrix]] division from [[National Semiconductor]].

* Unknown: [[rockwell international|Rockwell's Semiconductor division]] was established.

<tr><td>Integer/FP Division and [[Square Root]]</td></tr>

...[[Advanced Micro Devices]], [[Cyrix Corporation]], [[IBM Microelectronics Division]], and [[SGS-Thomson]]. These specification have long been obsolete and hav ...jointly by Advanced Micro Devices, Cyrix Corporation, IBM Microelectronics Division, SGS-Thomson</small>

...n be done by any of the ALUs whereas the more expensive multiplication and division ones can only be done by their respective ALUs (there is one of each). Addi

The MSM2 is a dual-mode ([[code-division multiple-access|CDMA]]/[[advanced mobile phone system|AMPS]]) and digital p

...as founded in [[2006]] when [[Philips Electronics]] sold its semiconductor division to a consortium of private equity investors. In [[2015]] NXP merged with [[

...BM's own {{ibm|Power}} [[microprocessors]] on a bleeding edge process. The division was sold to [[GlobalFoundries]]. While they still design chips, they are no

...oating multiplication is 3 cycles, addition is 3 cycles, and longest float division is 16 cycles.

...e ARM1 was the initial result of the ''Advanced Research and Development'' division Acorn Computers formed in order to advance the development of their own [[R

...powerful computers, Acorn formed the ''Advanced Research and Development'' division. In 1983 the group was established in an attempt to develop a their own RIS

**** 8/16/32/64 bit signed integer division/modulo latency improved from 17/22/30/46 cycles to 10/12/14/20. (Unsigned o

...tly dissolved with all its assets absorbed into Fujitsu's microelectronics division. The {{\|SPARC64 GP}} was a single-chip design, incorporating the [[memory

| colspan="7" | Parallel addition, division (source1 / source2), maximum, minimum, multiplication, or subtraction (sour

<tr><td>Integer/FP Division and [[Square Root]]</td></tr>

| M || Standard Extension for Integer Multiplication and Division || 2.0 || Frozen || 8

...Corporation]]. The list is federally funded by the National Cyber Security Division (NCSD) of the U.S. Department of Homeland Security (DHS). MITRE maintains t

...ve integer ALUs with only the first one capable of also multiplication and division. It's worth pointing out that while all three pipes are capable of executio

...[RISC-V]] cores with support for the {{risc-v|m|integer multiplication and division instructions}} (M) and {{risc-v|c|compressed instructions}} (C) {{risc-v|st

...t 1 can perform complex integer operations (i.e., [[multiplication]] and [[division]]) in addition to the simple integer operations. The other two ALUs can onl

...edicated pipeline for complex operations. Things such as vector summation, division, mask [[population count]], are sent to this execution unit. The dedicate e

...e units can perform basic ALU operations, others can do multiplication and division, with some units capable of more complex operations such as various vector <tr><td>Integer/FP Division and [[Square Root]]</td></tr>

** Hardware [[division]] support

** Hardware [[division]] support

** Hardware [[division]] support