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Pipeline Example: cycle 1 lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7
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Pipeline Example: cycle 2 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend 16 32 ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC 8 8 4 sub [R1] 9 10
![Pipeline Example: cycle 2 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC sub [R1] 9 10](http://images.slideplayer.com./11/3334331/slides/slide_2.jpg "Pipeline Example: cycle 2 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC sub [R1] 9 10")
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Pipeline Example: cycle 3 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend 16 32 ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC 12 8 and [R2] [R1]+9 sub 4 [R3] 10 11
![Pipeline Example: cycle 3 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC 12 8 and [R2] [R1]+9 sub 4 [R3] 10 11](http://images.slideplayer.com./11/3334331/slides/slide_3.jpg "Pipeline Example: cycle 3 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC 12 8 and [R2] [R1]+9 sub 4 [R3] 10 11")
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Pipeline Example: cycle 4 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend 16 32 ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC 16 12 8 or [R4 ] Data from memory address [R1]+9 sub 4 [R5] 11 12 and 16 10 [R2]-[R3]
![Pipeline Example: cycle 4 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC or [R4 ] Data from memory address [R1]+9 sub 4 [R5] and [R2]-[R3]](http://images.slideplayer.com./11/3334331/slides/slide_4.jpg "Pipeline Example: cycle 4 ALUSrc 6 ALU result Zero Add result Add Shift left 2 ALU Control ALUOp RegDst RegWrite Read reg 1 Read reg 2 Write reg Write data Read data 1 Read data 2 Register File [15-0] [20-16] [15-11] Sign extend ID/EX EX/MEM MEM/WB Instruction MemRead MemWrite Address Write Data Read Data Memory Branch PCSrc MemtoReg 4 Instruction Memory Address Add IF/ID 0 1 muxmux 0 1 muxmux 0 1 muxmux 1 0 muxmux Instruction lw R10,9(R1) sub R11,R2, R3 and R12,R4, R5 or R13,R6, R7 lw PC or [R4 ] Data from memory address [R1]+9 sub 4 [R5] and [R2]-[R3]")
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