The timer will register that its associated command to be executed when the delay has passed is "ec '''By default BOTH $read() and $readini() treat the text in the file as code!'''

...s to make themselves accessible to applications. Regsvr32 command will not register .NET assemblies because of their very nature. However if you must, [http:// <syntaxhighlight lang="mIRC">;register example.dll file

|symbol body = [[File:Mux 2 1.svg|150px|center]] |functional body = [[File:mux functional.gif|center]]

...e of 4 chips. The chipset included a [[ROM]] chip, a [[RAM]] chip, [[shift register]], and a [[4-bit architecture|4-bit]] [[microprocessor]]. The chipset was f | {{hitachi|HD35403}} || Shift Register

...l set of additional instructions, a larger call stack, a larger [[register file]], and interrupt capabilities. The package size was also increased to 24 pi ...roduced interrupt support. 14 new instructions were added and the register file was increased to 24 index registers.

...or a [[nibble]]. These architectures typically have a matching [[register file]] with [[registers]] width of 4 bits and 4-8-bit wide addresses. * [[HP Saturn]] (64-bit register, 4-bit data path)

[[File:Digital Design.svg|300px|right]] ...aditionally, digital design dealt with [[Logic gate|gate]]-level design ([[register-transfer level]]), synthesis of HDLs (such as [[VHDL]] and [[Verilog]]), an

...of the instruction itself instead of being in a [[memory]] location or a [[register]]. Immediate values are typically used in instructions that [[Load/Store in ...consider an ISA that can add two registers and store the result in a third register:

...] width of 1 bit. These architectures typically have a matching [[register file]] with [[registers]] width of 1 bit. Very few 1-bit architecture CPUs were

...or an [[octet]]. These architectures typically have a matching [[register file]] with [[registers]] width of 8 bits.

...width of 2 bits. These architectures typically have a matching [[register file]] with [[registers]] width of 2 bits. Very few 2-bit architecture CPUs were

...r 1.5 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 12 bits.

...or 2 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 16 bits.

...r 2.5 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 20 bits.

| {{\|AM2918}}<br />{{\|AM29LS18}} || Quad D register with standard and 3-state outputs || 16, 20 | {{\|AM2919}} || Quad D register with dual 3-state outputs || 20

| {{\|MM57126}} || [[shift register]] * [[:File:National COPS Databook (1977).pdf|National COPS Databook, 1977]]

...ght|thumb|250px|An implementation of a [[4-bit architecture|4-bit]], two [[register]] computer made using individual [[7400 series]] [[IC]]s.]]

[[File:7400_Series_Chips_1.jpg|thumb|right|250px|A series of various 74LS chips.]] ...te logic chip]]s chips such as [[and gates]] and [[or gates]] as well as [[register]]s, [[decoder]]s, and [[RAM]] units.

[[File:1971 Intel Advertisement.jpg|250px|thumbnail|right|An ad for the MCS-4 in t ...U]], however its designed to be fully functioning with [[RAM]] and [[shift register]]. Additionally two more chips, the [[/4008|4008]] and [[/4009|4009]], expa

...or 3 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 24 bits.

...or 4 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 32 bits.

...or 8 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 64 bits.

...width of 15 bits. These architectures typically have a matching [[register file]] with [[registers]] width of 15 bits.

...width of 18 bits. These architectures typically have a matching [[register file]] with [[registers]] width of 18 bits.

...ily}}. This microcontroler was designed specifically for [[electronic cash register]]s, [[point of sale]]s, and electronic scales. * [[:File:NEC μPD548.pdf|NEC μPD548 datasheet]]

The MC14500B had a single 1-bit register to hold the result and supported {{motorola|mc14500/isa|16 different operat * [[:File:MC14500B datasheet.pdf|MC14500B Datasheet]]

The MC14500B has a single register (the result register) and supports 16 different operations. * [[:File:Motorola MC14500B Industial Control Unit Handbook.pdf|Motorola MC14500B Ind

...idth of 36 bits . These architectures typically have a matching [[register file]] with [[registers]] width of 36 bits. 36-bit systems allowed for the manip

[[File:intel low-power roadmap (45-32-22).png|500px|right|thumb|[[45 nm]] - [[32 n | [[File:intel centrino atom logo.png|100px]] ||

:[[File:bonnell pipeline.svg]] *** reading [[register]] operand

[[File:silvermont block.png]] [[File:silvermont modules.svg|right|450px]]

[[File:haswell buff window.png|right|350px]] ** Integer register file up 8 entries to 168

[[File:intel gesher.jpg|left|150px]] | rowspan="2" | [[File:intel celeron (2009).png|60px|link=intel/celeron]] || rowspan="2" | {{inte

| rowspan="2" | [[File:intel celeron (2015).png|50px|link=intel/celeron]] || rowspan="2" | {{inte | rowspan="2" | [[File:intel pentium (2015).png|50px|link=intel/pentium_(2009)]] || rowspan="2" |

...quiring a separate static RAM chip to store machine state (e.g. [[register file]]) when in maximum saving during sleep mode. In addition to sleep mode, the [[File:ADVANCED MICRO DEVICES Am386 TM DX-40 NG80386DX-40 D 313NFY9 m AMD 5983D 93

...f received some attention as well. Simple ALU ''register, register'' and ''register, [[immediate value|immediate]]'' cached operations could now complete in a * [[:File:486 DX2 Microprocessor Data Book (February 1992).pdf|486 DX2 Microprocessor

...or 16 [[octet]]s. These architectures typically have a matching [[register file]] with [[registers]] width of 64 bits.

...idual ''stripes''. Each strip has a set of simple execution units (EU/PE), register files, and a interconnection network. By configuring each of the stripes us [[File:cmu piperench die.jpg|450px]]

| [[File:Am2045 die shot.png]] || [[File:Am2045 die shot (annotated).png]] [[File:ambric neighbor channels.png|thumb|right|350px|'''Neighbor Channels''']]

[[File:mathstar layout.png|right]] ...c Redundancy Check]] (CRC), [[Multiply Accumulator]] (MAC), and [[Register File]] (RF). The control program guides the overall program execution and the da

* 80x [[register file|RFs]] [[File:arrix chip layout.png|600px]]

...-point matrix, vector, and scalar data types with dedicated local register file. Data arrays are directly fetched from L2 cache. [[File:eval board.jpg|right|thumb|Evaluation Board]]

...[[transistors]] and [[resistors]] to more complex units such as [[register file]]s and [[multipliers]] to complete elements such as [[arithmetic logic unit ...or [[VHDL]]. The description of the circuit is known as [[RTL design]]. [[Register Transfer Level]] (RTL) can be efficiently described using HDL. Final RTL de

[[File:amd-zen-black-logo.png|right|Zen Logo]] [[File:amd ryzen black bg logo.png|thumb|right|Ryzen brand logo]]

[[File:amd zen 2 logo.png|right|thumb|Zen 2]] [[File:amd zen2-3 roadmap.png|thumb|right|Zen 2 on the roadmap]]

[[File:iris graphics logo.svg|right|200px]] [[File:kaby lake soc block diagram.svg|900px]]

[[File:iris graphics logo.svg|right|200px]][[File:iris pro graphics logo.svg|right|200px]] [[File:skylake soc block diagram.svg|900px]]

[[File:xiaomi block diagram.svg]] [[File:phytium xiaomi predictor.png|thumb|right|predictor]]

[[File:arm1 block diagram.svg|700px]] : [[File:arm1 pipeline.svg|800px]]

[[File:amd zen future roadmap.jpg|400px|right]] [[File:amd zen2-3 roadmap.png|thumb|right|Zen 3 on the roadmap]]

** REN: Register remapping ** REG: Register file read

...h fewer bits, free up execution units, tracking information (e.g. in the [[register renaming|rename unit]]), save pipeline bandwidth in all stages from decode [[File:core mopf off.png|350px]]

*** 32-entry integer register file *** 32-entry FP register file

* 27-entry register file (from 25) [[File:arm2 block diagram.svg|750px]]

* <code>SWP</code> - Swap word memory-register, Atomic (uninterruptible) : [[File:arm3 block diagram.svg|600px]]

* <code>MRS</code> - Move from register to CPSR/SPSR * <code>MSR</code> - Move from CPSR/SPSR to register

...nd 64-bit lane for instance refers to bits 64 ... 95 and 96 ... 127 of the register, again counting from the least significant bit. ...tor registers. Accordingly in assembler code the vector size is implied by register names XMM, YMM, and ZMM. AVX-512 instructions can of course access 32 of al

.... This table is stored within the read-only processor {{x86|model specific register}} (MSR) and is used to ensure that frequencies do not exceed the lower or u [[File:mixed avx-normal workloads with avx512.png|thumb|right|200px|Cores are grou

[[File:xeon scalable family decode.png|thumb|right|250px|New Xeon branding]] | [[File:core i7 logo (2015).png|50px|link=intel/core_i7]] || {{intel|Core i7}} || s

| [[File:intel celeron (2015).png|50px|link=intel/celeron]] || {{intel|Celeron}} || | rowspan="2" | [[File:intel pentium silver logo (2017).png|50px|link=intel/pentium_silver]] || ro

{{title|Register}} '''Register''' may refer to:

[[File:pezy-sc pe.svg|right|200px]] ...s multithreading]]. A processing element supports 8-way SMT with dedicated register files for each thread. Threads are are interleaved each cycle with switchin

[[File:cascade lake chip.JPG|right|thumb|Cascade Lake]] | [[File:xeon bronze (2017).png|50px]] || {{intel|Xeon Bronze}} || style="text-align

...t it does suggest that the standard software calling convention should use register <code>x1</code> to store the return address on a call. :[[File:risc-v base integer regsiters.svg|500px]]

[[File:mongoose 1 soc block diagram.svg|500px]] [[File:mongoose 1 block diagram.svg|900px]]

*** Larger Integer physical register file *** Larger FP physical register

[[File:shave v2 soc block.svg|800px]] [[File:shave v2 block diagram.svg|900px]]

<!--[[File:intel polaris idf announcement.webm|right]]-->Intel originally announced an :[[File:intel many-core timeline.png|700px]]

[[File:next-horizon-zen3-4-roadmap.png|right|thumb|400px|Zen 4 on the roadmap.]] * Improved cache load, write and prefetch from/to register (less latency)

[[File:arm deimos roadmap.png|right|thumb|Cortex-A76 and future cores roadmap.]] :[[File:cortex-a76 soc block diagram.svg|550px]]

[[File:arm deimos roadmap.png|right|thumb|Arm client roadmap with Deimos.]] :[[File:cortex-a77 soc block diagram.svg|450px]]

[[File:arm deimos roadmap.png|right|thumb|Arm client roadmap with Hercules.]] *** Register renaming unit

...nk between the two modes of execution and it is not possible to reduce the register width going from one exception to a higher exception level. Those restricti :[[File:armv8 32-64 movement.svg|600px]]

...e [[program counter]] is no longer treated as a normal directly accessible register. ...ones but are instead mapped one-to-one to the low-order bits of the bigger register.

[[File:csa overview block.svg|thumb|right|Overview]] [[File:csa overview full chip.svg|400px]]

:[[File:sifive 7 series cluster.svg|500px]] :[[File:sifive 7 series block diagram.svg|600px]]

...Matrix Extension}} (AMX) - an extension that introduces a matrix register file and matrix operations. AMX was first introduced with {{intel|Sapphire Rapid

:[[File:sx-aurora block diagram.svg|600px]] :[[File:sx-aurora vector core block diagram.svg|700px]]

[[File:sunny cove roadmap.png|thumb|right|200px|Intel Core roadmap]] :[[File:14nm improv 10 delays.svg|500px]]

**** Larger integer physical register files (???, up from 120 entries) **** Larger vector physical register files (???, up from 127 entries)

...ipelined|5-stage]] design. Each core incorporates a 32-entry, 32b register file which is implemented using two 1R1W latch-based [[sram|memory]] as well as :[[File:vanilla-5 core.png|600px]]

:[[File:cha soc block diagram.svg|450px]] :[[File:cns block diagram.svg|750px]]

:[[File:mlp block diagram.svg|500px]] :[[File:mlp compute engine block diagram.svg|550px]]

|18448||D||[[:File:CPU Thermal Management (Am486, Am5x86, K5) (August 1995).pdf|CPU Thermal Ma |18495||D||[[:File:Phase Lock Loop (PLL) Clock Control (Am486, Am5x86, K5) (August 1995).pdf|P

...ter file. This was done in order to reduce pressure on the vector register file. :[[File:helium vector reg file alias.svg|500px]]

...'AMX''') is an [[x86]] {{x86|extension}} that introduces a matrix register file and new instructions for operating on matrices. [[File:amx architecture.svg|thumb|right|AMX Architecture]]

:[[File:cortex-a510 block diagram.svg|1000px]] [[File:cortex-a510-complex-overview.svg|right|200px]]

...{{abbr|GPR}}s and CP0 registers are preserved in both modes, the CP0 Count register increments at an unpredictable rate (an unaffected {{abbr|RTC}} is integrat ...cite techdoc|title=AMD Alchemy™ Au1000™ Processor Specification Update|file=AMD-27348-E Au1000 Spec Update.pdf|publ=AMD|pid=27348|rev=E|date=2005-06}}.

Au1000 processors identify with {{mips|PRId register|PRId}} 0x00030101 (Au1 rev. 1, stepping DA) and 0x00030201 to 0x00030204 (A [[:File:Au1300 pinmap.svg|Au13xx Pin Map]]