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{{Short description|Family of microprocessors}} [[Category:VLIW microprocessors]] ...

...of the chip. Like its predecessor, the [[Transmeta Crusoe]] (a [[128-bit]] VLIW architecture), Efficeon stresses computational efficiency, low power consum ...one alias unit, and one control unit. The VLIW core can execute a 256-bit VLIW instruction per cycle, which is called a molecule, and has room to store ei ...

...e|supercomputer]] line.<ref>[http://ascii.jp/elem/000/000/346/346429/ 8way VLIW CPU quad-core CPU] Fujitsu Laboratories (translated)</ref> ...th most variants integrating a dual [[16-bit]] [[media processor]] also in VLIW and vector architecture. Each processor core is [[Instruction pipeline|supe ...

}}</ref> EPIC permits microprocessors to execute software instructions in parallel by using the [[compiler]], rat ==Roots in VLIW== ...

PRISM was based on what would be known today as a [[VLIW]]-design, while most efforts of the era, 1988, were based on a more "pure" ...offloads the instruction selection process to the compiler as well. In the VLIW design, the compiler examines the code and selects instructions that are kn ...

| design = VLIW ...Microsystems]] multi-core, multithreaded, [[very long instruction word]] (VLIW) [[microprocessor]] design from the mid-to-late 1990s. Originally called t ...

The SHARC is a [[Harvard architecture]] [[Word addressing|word-addressed]] [[VLIW]] processor; it knows nothing of 8-bit or 16-bit values since each address [[Category:VLIW microprocessors]] ...

{{Short description|Family of x86-compatible microprocessors}} ...other [[instruction set architecture]]s (ISAs). This is used to allow the microprocessors to emulate the Intel [[x86 instruction set]]. ...

'''Very Long Instruction Word (VLIW)''' is a type of [[instruction set architecture]] designed to exploit [[ ...ardware dynamically discovers and schedules parallel execution at runtime. VLIW's primary motivation is achieving higher performance without the hardware c ...

...in [[Delaware]], ended operations in March, 1990, after selling about 125 VLIW minisupercomputers in the [[United States]], [[Europe]], and [[Japan]]. ...was practical, a conclusion surprising to many. While still controversial, VLIW has since been a force in [[high-performance technical computing|high-perfo ...

...both Elbrus 1 and Elbrus 2, it employed a [[very long instruction word]] (VLIW) approach. ...6-processor computer developed by the Babayan's team, and one of the first VLIW computers in the world. ...

...ere the first commercial single-chip superscalar microprocessors. [[RISC]] microprocessors like these were the first to have superscalar execution, because RISC archi ...alternative architectural changes such as [[very long instruction word]] (VLIW), [[explicitly parallel instruction computing]] (EPIC), [[simultaneous mult ...

...width), the TTA architecture resembles the [[very long instruction word]] (VLIW) architecture. A TTA instruction word is composed of multiple slots, one sl == Benefits in comparison to VLIW architectures == ...

* [[VEGA Microprocessors]] * [[Elbrus 2000|Elbrus 2K]] ([[Very long instruction word|VLIW]] design) ...

| design = [[RISC]], [[VLIW]] ...s/hc_archives/hc03/2_Mon/HC3.S3/HC3.3.2.pdf |url-status=dead }}</ref> Both microprocessors supported the same instruction set for application programs. ...

...truction set computer]] (RISC) microprocessors. It was predicted that RISC microprocessors would eventually match the performance of more expensive and larger superco ...ril 1992 in an announcement by MIPS Computer Systems detailing future MIPS microprocessors. In March 1992, SGI announced it was acquiring MIPS Computer Systems, which ...

...began investigating a new concept known as [[very long instruction word]] (VLIW)<ref name="HP_Labs">{{cite web|url=http://www.hpl.hp.com/news/2001/apr-jun/ ...instruction (computer science)|instructions]] in each clock cycle. Typical VLIW implementations rely heavily on sophisticated compilers to determine at com ...

Described as specialising in [[VLIW]] (Very Long Instruction Word) technology, this having been licensed to Int ...of much of the technology underlying today's [[superscalar]] out-of-order microprocessors, Metaflow was never able to reap its just rewards. Begun in 1985, the compa ...

...]]. It developed low power [[x86]] compatible microprocessors based on a [[VLIW]] core and a software layer called [[Code Morphing Software]]. The VLIW core implemented features specifically designed to accelerate CMS and trans ...

...512-word 13-bit data ROM, and 512-word 23-bit program memory, which has [[VLIW]]-like [[instruction (computer science)|instruction]] format, enabling all [[Category:NEC microprocessors|muPD07720]] ...