Examples of 'superscalar' in a sentence
Meaning of "superscalar"
Superscalar is a type of computer architecture that allows multiple instructions to be executed simultaneously, leading to increased performance and efficiency
Show more definitions
- Implementing instruction-level parallelism within a single processor, thereby allowing faster throughput than would otherwise be possible at the same clock speed.
- A superscalar processor, architecture or pipeline.
How to use "superscalar" in a sentence
Basic
Advanced
superscalar
A superscalar processor is a mixture of the two.
These processors are known as superscalar processors.
In a superscalar processor multiple instructions are dispatched from the same thread.
It also supports superscalar operations.
Superscalar processors are suited for optimising the execution of sequentially constructed fragments of code.
Most modern processors are superscalar.
In comparison with traditional superscalar schemes this scheme has several advantages.
A superscalar processor usually sustains an execution rate in excess of one instruction per machine cycle.
The processor must be superscalar to do so.
Superscalar computers may contain multiple ALUs to facilitate processing multiple instructions at the same time.
Major improvements were improved superscalar execution and an extra integer unit.
A normal superscalar processor issues multiple instructions from a single thread every CPU cycle.
Denver is a very wide in-order superscalar pipeline.
Pipelined processors and superscalar processors are common examples found in most modern SISD computers.
In this case, the processor is said to be superscalar.
See also
This is what superscalar processors achieve, by replicating functional units such as ALUs.
The hyperSPARC was a two-way superscalar microprocessor.
In superscalar designs, the number of execution units is invisible to the instruction set.
Processor architecture, from dataflow to superscalar and beyond.
The UltraSPARC is a four-issue superscalar microprocessor that executes instructions in in-order.
An effective zero clock delay is often possible, via superscalar execution.
Today, this is known as a superscalar processor design, but it was unique for its time.
The PowerPC is designed along RISC principles, and allows for a superscalar implementation.
Modern superscalar processors schedule and execute multiple instructions out-of-order at one time.
EPIC architecture evolved from VLIW architecture, but retained many concepts of the superscalar architecture.
Superscalar processing is the latest in a long series of innovations aimed at producing ever-faster microprocessors.
The UltraSPARC III is an in-order superscalar microprocessor.
The POWER3 is a superscalar design that executed instructions out of order.
Modern processor design, fundamentals of superscalar processors 1st ed.
SPARC is a four-issue superscalar microprocessor that executes instructions in in-order.
The i960CA is widely considered to have been the first single-chip superscalar RISC implementation.
Multiple pipelines are called superscalar architecture, which was introduced with the Pentium processor.
Design features = = The PowerPC is designed along RISC principles, and allows for a superscalar implementation.
A multi-core superscalar processor is classified as an MIMD processor Multiple Instruction streams, Multiple Data streams.
In some embodiments, the pipeline 12 may be a superscalar design, with multiple parallel pipelines.
The 604 is a superscalar processor capable of issuing four instructions simultaneously.
Centaur 's newest design, the VIA Nano, is their first processor with superscalar and speculative execution.
For most superscalar designs, the instruction width is 32 bits or fewer.
In some embodiments, the pipeline 105 may be a superscalar design having two or more parallel pipelines.
Superscalar dispatch, L1 data at TCM 98, and other architectural aspects may change.
RISC-V omits a branch delay slot because it complicates multicycle CPUs, superscalar CPUs, and long pipelines.
The POWER4 implements a superscalar microarchitecture through high-frequency speculative out-of-order execution using eight independent execution units.
It is a multicore processor with out-of-order superscalar pipeline running at up to 2.5 GHz.
Adds optional MMU, FPU, and enhanced MAC unit to the architecture . v5, Fully superscalar core.
The microprocessor was an eight-issue superscalar design with out-of-order execution, four-way SMT and a deep pipeline.
Dubbed P5, its microarchitecture was the fifth generation for Intel, and the first superscalar IA-32 microarchitecture.
It is two-way superscalar and capable of out-of-order execution.
The CPU core is a two-way superscalar in-order RISC processor.
The SweRV features an In-Order 2-way superscalar and nine-stage pipeline design.
