Semiconductor & Computer Engineering
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- ...the original {{intel|8086}} to modern [[microarchitecture]]s as well as [[source code compatibility]] since the {{intel|8080}}. The x86 architecture is wide3 KB (334 words) - 11:29, 10 July 2021
- ...by an internal state machine but can also be asserted by a second external source30 KB (6,098 words) - 01:58, 12 January 2024
- Example of responsiveness (Source: IDF15) ! colspan="7" | Configuration Attribute (Source: [[Intel]]'s Programmer's Ref Manual)29 KB (3,752 words) - 13:14, 19 April 2023
- Example of responsiveness (Source: IDF15) ! colspan="7" | Configuration Attribute (Source: [[Intel]]'s Programmer's Ref Manual)33 KB (4,255 words) - 17:41, 1 November 2018
- ...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>, <cod11 KB (1,614 words) - 23:01, 8 May 2020
- '''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 AR14 KB (2,093 words) - 04:42, 10 July 2018
- == Second source == This microprocessor was second-sourced by [[Sanyo]].2 KB (254 words) - 16:32, 13 December 2017
- ...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 ==2 KB (327 words) - 01:21, 7 November 2021
- ...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. AVX83 KB (13,667 words) - 15:45, 16 March 2023
- ...grated battery features (IBFs) which serves as a local uninterrupted power source. Additionally, the IBFs provide additional power robustness functionalities8 KB (1,204 words) - 14:02, 23 September 2019
- | colspan="14" | (Source https://siliconlottery.com)7 KB (977 words) - 01:05, 22 July 2022
- | colspan="9" | (Source https://siliconlottery.com)6 KB (907 words) - 09:45, 29 August 2018
- <!-- source: https://chipsandcheese.com/2023/09/03/hot-chips-2023-sifives-p870-takes-ri1 KB (133 words) - 13:12, 4 September 2023
- (Source: https://cdn2.hubspot.net/hubfs/652102/Documents/POWER9-Features-and-Specif1 KB (164 words) - 08:38, 8 November 2017
- * The compatibility test suites must always be publicly available as a source code download854 bytes (113 words) - 04:01, 11 December 2017
- ...tem, and secure booting. The secure processor runs its own secure [[closed-source]] AMD-signed kernel code and provides the majority of crypto-related functi2 KB (216 words) - 04:59, 16 March 2018
- * '''.saddr''' - returns the source address of the last received UDP packet * '''.sport''' - return the source port of the last received UDP packet2 KB (397 words) - 22:32, 25 January 2024
- ...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 offe8 KB (1,263 words) - 03:08, 9 December 2019
- A list of URLS that can be used to identify the source, the issue, or include other well-established articles that address the iss6 KB (914 words) - 22:56, 17 January 2018
- ...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.13 KB (1,962 words) - 14:48, 21 February 2019
