Question: We can implement a jump by storing into the PC the concatenation of: 1. the upper 4 bits of the current PC + 4 (these
We can implement a jump by storing into the PC the concatenation of:
1. the upper 4 bits of the current PC + 4 (these are bits 31:28 of the sequentially following instruction address)
2. the 26-bit immediate field of the jump instruction shifted left by 2 bits
Design a single cycle datapath to execute the J-type instruction. Draw a complete labeled diagram showing both the datapath components connected with the control signals required to implement the instruction.
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