{{mips title|MIPS32 Instruction Set}} ...its relative simplicity, the MIP32 instruction set is also the most common instruction set taught in computer architecture university courses.

...1 clears all processor status registers and forces the program counter to jump to address 0x0. The RESET signal must be on for at least 64 clock cycles in ...Test || Test logic state || Signal can be tested via the <code>JCN</code> instruction.

The '''8008 ISA''' (or ''MCS-8 ISA'') was an instruction set architecture introduced by [[Intel]] in 1972 and was used in the {{inte ...such as CALL and JUMP) require a 14-bit address. This is done via a 3-byte instruction where the first byte is the opcode, the second byte is the low-order word,

* Instruction Queue of 32 entries (16 entries/thread) ** L1 Instruction Cache

*** Instruction Queue **** Improved [[macro-op fusion]] (covers almost all jump with most arithmetic now)

**** reduced penalty for wrong direct jump target **** instruction window is now 64 Bytes (from 32)

...tures were based on [[32 nm|32]] and [[28 nm|28]] nanometer processes. The jump to 14 nm was part of AMD's attempt to remain competitive against Intel (Bot ** Larger instruction scheduler

Zen 2 inherits most of the design from {{\\|Zen+}} but improves the instruction stream bandwidth and floating-point throughput performance. *** 0.5x L1 instruction cache (32 KiB, down from 64 KiB)

...combine multiple adjacent instructions into a single instruction. A fused instruction typically remains fused throughout its lifetime. Therefore fused instructio ...er<ref>Celio et al</ref>, it's claimed that the RV64G and RV64GC effective instruction count can be reduced by 5.4% on average by leveraging macro-op fusion, ther

...e "Goldmont Plus", this microarchitecture is a very large implementational jump from "Goldmont" with improvements across the board from the caches to a wid ** Improved {{x86|AES}} instruction latency and throughput.

...performing a load and store from the L1D$, program control, dynamic sleep instruction, and perform package sending/receiving from the network. Two 32-bit data wo ...54]] [[single-precision]] operands and is designed to sustain a single FMA instruction every 250ps (4 GHz). The multiplier itself is a [[Wallace tree]] of 4-2 car

Sunny Cove TLB consists of a dedicated L1 TLB for instruction cache (ITLB) and another one for data cache (DTLB). Additionally, there is ...hereby variable-length [[x86]] instructions are fetched from the [[level 1 instruction cache]], queued, and consequently get decoded into simpler, fixed-length [[

** Instruction cache *** Instruction ROM