- A five-stage integer pipeline is used to implement logical operations, shift operations, move operations, arithmetic operations, transfer operations, load-store operations, coprocessor access, etc.;
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- Solve data-related problems;
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- Five-stage integer pipelines, They are: fetch, decode, execute, fetch, write back;
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- Harvard structure, separate instruction and data interface; 32 32-bit integer registers; big endian;
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- 32-bit data and address bus width; Can realize single-cycle multiplication;
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- Compatible with MIPS32 instruction set architecture, supporting all integer instructions in MIPS32 instruction set;
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- Most instructions can be completed in one clock cycle;
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1) A five-stage integer pipeline is used to implement logical operations, shift operations, move operations, arithmetic operations, transfer operations, load-store operations, coprocessor access, etc.; 2) Solve data-related problems; 3) Five-stage integer pipelines, They are: fetch, decode, execute, fetch, write back; 4) Harvard structure, separ…
Ch1-n/RICS-MIPS-32bitCPU
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1) A five-stage integer pipeline is used to implement logical operations, shift operations, move operations, arithmetic operations, transfer operations, load-store operations, coprocessor access, etc.; 2) Solve data-related problems; 3) Five-stage integer pipelines, They are: fetch, decode, execute, fetch, write back; 4) Harvard structure, separ…
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