...call in that original be silenced too, with no way to unsilence them (see second example in the {{mIRC|$show}} page) <source lang="mIRC">

...two complete scripts, one which will go to our very own example page and a second one that will go to [http://www.youtube.com/ YouTube] and get the title of ...ght get a little tricky. When dealing with forms, by simply looking at the source code you can tell if it's a POST or a GET method:

...ssed as the first parameter and the value of {{mIRC|$me}} is passed as the second parameter to the /echo command. ...will execute "echo -a <value of {{mIRC|$day}}>" one time, after waiting 1 second.

...y amount of bytes from one variable starting at a specific position into a second variable at a specific position. This command supports copying of overlappi * '''-z''' - Bytes in the source which are copied are zero-filled with $chr(0) after the copy

...h]''' - Length of the data to be written. Using -1 writes entire length of source text or variable.

...assert.h> itself. If NDEBUG is defined as a macro name at the point in the source file where <assert.h> is included, the assert macro behave as if they were <source lang="c">#define NDEBUG

<source lang="c">#include <assert.h> void assert(scalar expression);</source>

<source lang="c">#if INT_MAX <= 65535 #endif</source>

...mes. If the source is a directory the entire directory will be copied. The source parameter also supports {{mirc|wildcard}} characters. /copy -aof <nowiki><source></nowiki> <destination>

...hat you have specified the [color] RGB value as a transparent color in the source bitmap

...f a window. The order of the switch values is important as they define the source and destination of lines; see the examples for more informations. You can f === Source/Destination switches ===

The '''Arduino Uno''' is an open-source hardware design, [[single-board microcontroller]], [[Arduino]] based on the [[Category:Open-source hardware]]

* '''-itype''' - defines the local/global source for the info fields used at that server.

'''Binary literal''' is an [[integer]] whose value is represented in the source code using the [[binary number system]]. Binary literals are a feature supp <source lang="Java">

<source lang="mIRC">/comopen <hName> <progid></source> <source lang="mIRC">/comclose <hName></source>

...eddable and portable. The official Lua implementation is portable and open-source, released under the [[MIT License]]. Lua only has one data structuring mech ...executed. This makes it possible for a program to not need to compile the source at run-time. This ability also allows for faster program loading but not ne

...ile it, run it, and find the output generated by the program. Below is the source code for the "Hello, World!" program: <source lang="C">

...]</ref> process silicon-gate, capable of executing 92,000 instructions per second. The chip was capable of accessing 4KB of [[program memory]] and 640 bytes Three primary source variations were produced by Intel: C4004, D4004 and the P4004. The ''Intel

* [[source - HTML|source]]

The source text is separated into two parts: directives and text lines. Directives mus ...line with the entire contents of the file specified.<ref>[[C11]] §6.10.2 Source file inclusion</ref>

...convert a source file into an executable program. During these phases, the source file gets converted into a {{C|preprocessing translation unit}}, then into ...s UTF-8 or simply as ASCII and convert it to the implementation's internal source representation if necessary.<ref>ISO/IEC 9899:2011 §5.1.1.2 p1.1</ref>

...no.cc/ Arduino] accessed on December 22, 2013</ref> The Arduino is an open-source hardware project that use 8-bit to 32-bit processors. The Arduino has a [[C

...e typically intended to be used by humans, but may also be a result of a [[source code generator]]. Programming languages can be used to create programs by i

...ve|include}} the {{C|stdio.h|<stdio.h>}} header file into your program's C source-code. <source lang="C">#include <stdio.h></source>

<source lang="C"> </source>

...This process had an effective channel length of roughly 10 µm between the source and drain (Poly-SI channel implant). The typical [[wafer size]] for this pr

...his process had an effective channel length of roughly 1.5 µm between the source and drain. By the late 80s this process was replaced by [[1.3 µm]], [[1.2 ...imum contact area, zero overlap to first metal layer<br>2.0 µm overlap of second metal layer to via

...process had a smallest feature or gate length of roughly 8 µm between the source and drain (Poly-SI channel implant). The typical [[wafer size]] for this pr

...or]] manufactured by [[Hitachi]]. It is unknown if this was a licensed 2nd source or a faithful clone of the {{intel|MCS-4|Intel MCS-4}}. The complete system

...y of this layer effectively controlling the current flow between drain and source. ...y with two regions of n-type semiconductor adjacent to the gate called the source and the drain. For all practical purposes they are physically equivalent an

...'' (a recursive acronym for PHP: Hypertext Preprocessor) is a popular open source, [[General-purpose programming language|general-purpose]], [[scripting lang

...onstdmsg''' mIRC added support for handling PRIVMSG/NOTICE events that use source/target combinations that are not normally sent by an IRC server. These now

<source lang="mIRC"> </source>

<source lang="mIRC"> $cb(N,[u],[%var|&binvar])</source>

...e is most commonly distributed in the following form, as found on the Open Source Initiative website: ...way to bundle the license with the code is to include it at the top of the source code in the form of a comment, for example:

== 2nd Source ==

==2nd source== Signetics was the only 2nd source. Later on Czechoslovakian and USSR based clones of the 3000 series were mad

[[Rockwel]] was the only 2nd source for the IMP-4 series. Some USSR clones are known to exist.

[[rockwell international|Rockwell]] was the only 2nd source for the IMP-8 series.

[[Rockwel]] was the only 2nd source for the IMP-16 series.

== 2nd Source ==

=== Second source === ! [[Second Source]] !! Country

...scaded since the monotonically falling output is not a suitable input to a second dynamic gate expecting monotonically rising signals. In Pass-Transistor Logic (PTL), inputs drive both gate terminals and source/drain terminals. In specialized circumstances, PTL can be significantly imp

...''' for collector, '''D''' for drain, '''E''' for emitter, and '''S''' for source). For example '''V_cc''' means the voltage that should be deliver

== 2nd source == [[National semiconductor]] later became a second source for the PPS-4.

== 2nd source ==

...agreement with [[Intel]] granting them authorization to become a [[second source]]. The agreement granted each other the nonexclusive right to manufacture,

Hitachi released the 6309 in late 1982 as a licensed second source for the {{motorola|6809}}. The 6309 was advertised and sold as 100% compati

The TFM instruction requires source address and destination address are used to specify source and destination addresses. Block size to be

===2nd source===

! First Generation !! !! Second Generation !! !! Third Generation ...mic operations consisting of a single destination register and up to three source-registers (typical load-operate-store format). Most instructions actually c

* '''Source Operand Read'''

...book]] and [[Intel]] in 2013. Yosemite is the codename for Facebook's open source modular chassis for the highly-concurrent but lower-power microservers. The

...This process had an effective channel length of roughly 16 µm between the source and drain (Poly-SI channel implant). The typical [[wafer size]] for this pr

...rocess had an effective channel (Alu) length of roughly 20 µm between the source and drain (channel implant). The typical [[wafer]] size for this process wa

...rocess had an effective channel (Alu) length of roughly 50 µm between the source and drain. The typical [[wafer]] size for this process at companies such as

** Integrated graphics is now integrated on the same die (previously was on a second die) ** Integrated on-die is now integrated on the same die (previously was on a second die)

...r Forum in San Francisco on September 9 with the goals of launching in the second half of 2015. ...eived, the first 4 instructions will be processed in the first cycle and a second cycle will be required for the last instruction. This will produce an avera

...his process had an effective channel length of roughly 3.5 µm between the source and drain. This process was later superseded by [[3 µm]], [[2 µm]], and [

* {{mil|MF7???}}, second source of [[Intel]]'s {{intel|1103}} 1K DRAM * {{mil|MF7114}}, second source/enhanced version of [[Intel]]'s {{intel|4004}}

...ependent developer of x86 [[microprocessor]]s, as opposed to just a second source manufacturer. ...in 1982, but was terminated in 1987 - an agreement that AMD used to second-source Intel's {{intel|8086}}, {{intel|80186}}, and {{intel|80286}}. AMD's argumen

* Unknown: AMD introduced the {{amd|Am8086}}, a 2nd source {{intel|8086}}.

| arch = 2nd source 80286 '''Am286''' (AMD 80286) was a [[second-source]]d {{intel|80286|286}} chip designed by [[Intel]] and manufactured by [[AMD

'''Am186''' (AMD 80186) was a [[second-source]]d {{intel|80186}} chip designed by [[Intel]] and manufactured by [[AMD]].

'''Am8086''' (AMD 8086) was a [[second-source]]d {{intel|8086}} chip designed by [[Intel]] and manufactured by [[AMD]] in ...in the {{ibm|PC}}. IBM required all their manufacturers to have a [[second source]]. Consequently, in [[1981]] Intel renewed their 76 agreement. A year later

'''P8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''P8086B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''P8086-1''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''P8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''P8086-1B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''P8086-2B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086-1''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086-1B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''ID8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''D8086-2B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''ID8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''ID8086B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''J8086B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''J8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''ID8086-2B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''J8086-1''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''J8086-1''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''J8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''J8086-2B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''N8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''N8086-1''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''N8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 44-pin

'''8086-2/BQA''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''8086/BQA''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''MD8086''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''MD8086-2''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

'''MD8086-2B''' is a [[second-source]]d {{intel|8086}} designed by Intel and manufactured by [[AMD]] in a 40-pin

...ing specialized code generators. [[Programming]] involves the writing of [[source code]], testing, and modifying the code appropriately. [[Software engineeri Traditionally, programs in human-readable form ([[source code]]) were converted into an [[executable]] file which could be executed

...computation rate of 1.78 trillion fully-independent MIMD instructions per second. None of the 72 supported instruction types are algorithm-specific. ...r a total of 768 KB). Communication between cores is done via a dual-layer source-synchronous [[circuit-switched network]] and a very-small-area packet route

...://parallel.princeton.edu/papers/openpiton-asplos16.pdf OpenPiton: An open source manycore research framework]. In Proceedings of the Twenty-First Internatio

...on Zen (Zen 2)(2019)</td></tr><tr><td style="width: 50px;">'''4'''</td><td>Second generation Zen (Zen 2) for Mobile and Desktop APUs (2020)</td></tr><tr><td ...on the same port. Zen doesn't actually have this issue. The addition of a second branch unit in their case serves to purely boost the performance of branch-

...oss of performance. Zen 2 keeps the hashed perceptron predictor but adds a second layer new TAGE predictor. This predictor was first proposed in 2006 by Andr ...perceptron, is used for quick lookups (e.g., single-cycle resolution). The second-level TAGE predictor is a complex predictor that requires many cycles to co

...the original {{intel|8086}} to modern [[microarchitecture]]s as well as [[source code compatibility]] since the {{intel|8080}}. The x86 architecture is wide

...by an internal state machine but can also be asserted by a second external source

Example of responsiveness (Source: IDF15) ! colspan="7" | Configuration Attribute (Source: [[Intel]]'s Programmer's Ref Manual)

Example of responsiveness (Source: IDF15) ! colspan="7" | Configuration Attribute (Source: [[Intel]]'s Programmer's Ref Manual)

...first source or destination operand must be a [[register]] and the second source operand (if one exists) must be an [[immediate value]] or a non-{{x86|RIP-R * Second instruction must be a conditional jump (e.g., <code>{{x86|JA}}</code>, <cod

'''ARM2''' is the second [[ARM]] implementation designed by [[Acorn Computers]] as a successor to th ...ency. At peak performance the ARM2 can reach 10 [[million instructions per second]] with an average of 6 MIPS when using a 150 ns row access [[DRAM]]. The AR

== Second source == This microprocessor was second-sourced by [[Sanyo]].

...or is based on the {{acorn|ARM3|l=arch}} microarchitecture and was Acorn's second commercial ARM processor. This chip was manufactured on [[VLSI Technology|V == Second source ==

...ructions group elements in lanes. A pair of single precision values in the second 64-bit lane for instance refers to bits 64 ... 95 and 96 ... 127 of the reg ...them if the corresponding bit in a mask register supplied as an additional source operand is zero. The masking mode is encoded in the instruction opcode. AVX

...grated battery features (IBFs) which serves as a local uninterrupted power source. Additionally, the IBFs provide additional power robustness functionalities

| colspan="14" | (Source https://siliconlottery.com)

| colspan="9" | (Source https://siliconlottery.com)

<!-- source: https://chipsandcheese.com/2023/09/03/hot-chips-2023-sifives-p870-takes-ri

(Source: https://cdn2.hubspot.net/hubfs/652102/Documents/POWER9-Features-and-Specif

* The compatibility test suites must always be publicly available as a source code download

...tem, and secure booting. The secure processor runs its own secure [[closed-source]] AMD-signed kernel code and provides the majority of crypto-related functi

* '''.saddr''' - returns the source address of the last received UDP packet * '''.sport''' - return the source port of the last received UDP packet

...Cs per cycle. All of this yields a maximum 22.6 tera-operations (int8) per second. ...accelerator (DLA) which is actually a physical implementation of the open source Nvidia NVDLA architecture. Xavier has two instances of NVDLA which can offe

A list of URLS that can be used to identify the source, the issue, or include other well-established articles that address the iss

...s (i.e., two source µOPs), only ALUC (complex ALU) can also execute three source µOPs. This includes some of the {{arm|ARMv7}} special predicate forms. Gen ...des a [[cryptography]] unit and a floating point conversion unit while the second pipe incorporates a floating point store unit.

The M3 was fabricated on Samsung's second generation [[10 nm process|10LPP (Low Power Plus) process]]. ***** New pipe for a second load unit added

Despite being the second most abundant element in the Earth's crust, silicon is rarely found as the ...con is roughly 98-99% pure silicon with aluminium and iron being the major source of impurities.

...ntical variant of the {{\\|MA1101}} but had added high-quality imaging and source effects, including support for the Dolby and DTS standards.

...ed packets are sequenced and a positive acknowledgment is sent back to the source upon a good CRC. A missing acknowledgment following a timeout will initiate NVLink 2.0 was introduced with the second-generation {{nvidia|DGX-1}}, but the full topology change took place with t

...lop is a [[D flip-flop]] that allows its input to come from an alternative source.

| colspan="9" | (Source https://siliconlottery.com)

...sTR4''' is a microprocessor socket designed by [[AMD]] for their first and second generation {{amd|Ryzen Threadripper}} high-end desktop processors. It was s ...by an internal state machine but can also be asserted by a second external source

...t differ electrically: {{\\|Socket TR4}} a.k.a. Socket SP3r2 for first and second generation, and {{\\|Socket sTRX4}} for third generation {{amd|Ryzen Thread ...D-56683-1.04--> AMD used the same chips, possibly different revisions, for second and third generation EPYC server and embedded processors, and Ryzen Threadr

...heir own {{nvidia|Xavier|Xavier SoC}}, the architecture has been made open source. ...ernal RAM and SDRAM support. With a smaller convolutional buffer size, the second level of cache can be supported via the memory interface and a further off-

* ADCX uses the Carry flag as source and destination of overflow and leaves the other flags untouched * ADOX uses the Overflow flag as source and destination of overflow and leaves the other flags untouched

Source: <ref name="AMD-58015-*">{{cite techdoc|title=AMD EPYC™ 9004 Series Archi

...the first source operand by the corresponding bytes (8-bit) of the second source operand, producing intermediate word (16-bit) results which are summed and ...the first source operand by the corresponding word (16-bit) of the second source operand, producing intermediate word results which are summed and accumulat

...eived, the first 4 instructions will be processed in the first cycle and a second cycle will be required for the last instruction. This will produce an avera ...and <code>{{x86|XORPS}}</code> as zeroing idioms when the [[source operand|source]] and [[destination operand|destination]] operands are the same. Those opti

Yield loss refers to the source that affects the final yield. Those usually fall into two categories:

...mFunction036() API. Syntax is exactly the same as for $rand except for the source being different. See {{mIRC|$rand}} for examples, as this identifier differs only in the source of the random values.

...d '''PHYM''' for a memory, transceiver, or similar kind of dies. The clock source in the PHYM relies on one system clock propagated from PHYC. There is no [[

...a field size of 26 x 33 mm² and a flare of less than 8%. They had a power source of 10 Watts and were capable of up to 10 WPH (at 10 mJ/cm²) of throughput. ...rototyping. Those were capable of 13 nm lines and spaces. They had a power source of 40 W which was later upgradable to 80 W, allowing for a throughput of up

...n (CGS) is 99%-99.99% pure silicon with aluminium and iron being the major source of impurities. The main application of CGS is in chemical industry to produ

== Source core == The Vanilla-5 core is open source and can be found on https://bitbucket.org/taylor-bsg/bsg_manycore/src/maste

...pable of running an operating system and managing the rest of the SoC. The second tier, the massively parallel tier, integrates a [[massively parallel proces

...ting the server market as well, CHA adds the ability to directly link to a second CHA SoC in a 2-way [[multiprocessing]] configuration.

|43919||A||The Second-Generation AMD Opteron™ Processor-Based AdvancedTCA® Blade Reference Des |56255||3.03||[https://www.amd.com/system/files/TechDocs/56255_OSRR.pdf Open-Source Register Reference for AMD Family 17h Processors]||2018-07-17||

...in order to merge all the data flows within the interface. For clocking, a source-synchronous scheme is used with delay compensation. It's a full-swing logic ...ctions operate at up to 1.25 GHz with the lowest latency of 7.2 ns between source and destination clock domains. For the L2 to L3 tiles a 2-channel 2D-mesh i

<source lang="mIRC"> </source>

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

** 36-bit source and destination addresses with no alignment requirement

...emory, and peripheral to peripheral transfers, DMA by GPIO request, 36-bit source and destination addresses with no alignment requirement, scatter/gather and ** 10M polygons per second

...by an internal state machine but can also be asserted by a second external source, in a 2P system from BSP to AP

...ht}}. They count the number of set bits in each byte or 16-bit word in the source operand, a vector register or vector in memory, and store the result in the ...hey count the set bits in each 32-bit doubleword or 64-bit quadword of the source operand. They can optionally read a single doubleword or quadword from memo

...odulo vector size in elements, from the corresponding element of the first source operand. ...The destination and first source operand is a vector register. The second source operand can be a vector register or a vector in memory.

...gister to memory or another vector register. They copy each element in the source vector if the corresponding bit in a mask register is set, and only then in ...ster is set, from the source and only then increment the memory address or source register element number for the next load. Destination elements where the m

...y the 52 least significant bits in corresponding unsigned quadwords of the source operands, then add the lower (L) or upper (H) half of the 104-bit product, ...them if the corresponding bit in a mask register supplied as an additional source operand is zero. The masking mode is encoded in the instruction opcode.

...he most significant bit in the corresponding doubleword or quadword of the source vector register. ...nstant index, loading the data from memory or the lowest 128-bit lane of a source vector register.

...s in the destination. Finally the instructions increment the number of the source register by one modulo four, and repeat these operations three more times, <source lang=c>

...m in the destination. Finally the instructions increment the number of the source register by one modulo four, and the memory address by four bytes. Exceptio ...accumulate operations, reading 64 single precision multiplicands from four source registers in a 4-aligned block, e.g. ZMM12 ... ZMM15, four single precision