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| en:multiasm:cs:chapter_3_3 [2026/02/27 14:10] – [Table] jtokarz | en:multiasm:cs:chapter_3_3 [2026/02/27 14:24] (current) – old revision restored (2026/01/10 09:58) jtokarz | ||
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| <table ciscrisc> | <table ciscrisc> | ||
| < | < | ||
| - | ^ <fs small>Feature</ | + | ^ Feature |
| - | | <fs small>Instructions</ | + | | Instructions |
| - | | <fs small>Registers</ | + | | Registers |
| - | | <fs small>Number of registers</ | + | | Number of registers |
| - | | <fs small>Calculations</ | + | | Calculations |
| - | | <fs small>Addressing modes</ | + | | Addressing modes | Complex |
| - | | <fs small>Non destroying instructions</ | + | | Non destroying instructions |
| - | | <fs small>Examples of processors</ | + | | Examples of processors |
| </ | </ | ||
| These features make the RISC architecture more flexible, allowing programmers or compilers to write code without unnecessary data transfers. The execution units of RISC processors can be simpler in construction, | These features make the RISC architecture more flexible, allowing programmers or compilers to write code without unnecessary data transfers. The execution units of RISC processors can be simpler in construction, | ||
| A simple instruction can be converted directly into a single microoperation. Complex instructions are often implemented as sequences of microoperations called microcodes. | A simple instruction can be converted directly into a single microoperation. Complex instructions are often implemented as sequences of microoperations called microcodes. | ||
