reduced instruction set computer Sentence Examples

  1. The reduced instruction set computer (RISC) architecture employs a simplified set of instructions to improve processing efficiency.
  2. RISC CPUs prioritize faster execution speeds rather than complex instruction sets, leading to enhanced performance.
  3. The stripped-down nature of RISC designs reduces the execution time of each instruction, delivering higher throughput.
  4. By minimizing the number of instructions, RISC simplifies hardware design, resulting in lower manufacturing costs.
  5. RISC processors are commonly found in embedded systems, where compact size and low power consumption are crucial.
  6. The RISC architecture allows for greater instruction parallelism, enabling the simultaneous execution of multiple instructions.
  7. Modern RISC designs incorporate advanced features such as pipelining and branch prediction to further optimize performance.
  8. RISC-based systems often require a higher number of instructions to complete tasks compared to complex instruction set computers (CISC).
  9. The RISC philosophy has revolutionized computer architecture, leading to the widespread adoption of simpler and more efficient processor designs.
  10. The use of RISC has significantly reduced the complexity of computer systems while maintaining or improving performance.

reduced instruction set computer Meaning

Wordnet

reduced instruction set computer (n)

(computer science) a kind of computer architecture that has a relatively small set of computer instructions that it can perform

Synonyms & Antonyms of reduced instruction set computer

No Synonyms and anytonyms found

FAQs About the word reduced instruction set computer

(computer science) a kind of computer architecture that has a relatively small set of computer instructions that it can perform

No synonyms found.

No antonyms found.

The reduced instruction set computer (RISC) architecture employs a simplified set of instructions to improve processing efficiency.

RISC CPUs prioritize faster execution speeds rather than complex instruction sets, leading to enhanced performance.

The stripped-down nature of RISC designs reduces the execution time of each instruction, delivering higher throughput.

By minimizing the number of instructions, RISC simplifies hardware design, resulting in lower manufacturing costs.