Rcomp-kaniw

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Revision as of 00:54, 3 December 2023 by doytnr (talk | contribs) (Created page with "Rcomp-kaniw is a 4-bit computer project in the town of Kaniw, Ukraine. The machine has been allocated a 2x3 chunk area. == Functions == '''ALU FUNCTIONS''' ''0'': Load DataBus 1 into Adder 1 as input A ''1'': Load DataBus 2 into Adder 1 as input B ''2'': Load DataBus 1 into Adder 2 as input A ''3'': Load DataBus 2 into Adder 2 as input B ''4'': Load DataBus 1 into Multiplier as input A ''5'': Load DataBus 2 into Multiplier as input B ''6'': Load DataBus 1 in...")
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Rcomp-kaniw is a 4-bit computer project in the town of Kaniw, Ukraine. The machine has been allocated a 2x3 chunk area.

Functions

ALU FUNCTIONS

0: Load DataBus 1 into Adder 1 as input A

1: Load DataBus 2 into Adder 1 as input B

2: Load DataBus 1 into Adder 2 as input A

3: Load DataBus 2 into Adder 2 as input B

4: Load DataBus 1 into Multiplier as input A

5: Load DataBus 2 into Multiplier as input B

6: Load DataBus 1 into Bitwise_Calculator as input A

7: Load Databus 2 into Bitwise_Calculator as input B


8: Run operation: Adder 1 (loads output into CalcBus 1)

9: Run operation: Adder 2 (loads output into CalcBus 1)

A: Run operation: Adder 1 as negative operation (loads output into CalcBus 1)

B: Run operation: Adder 2 as negative operation (loads output into CalcBus 1)

C: Run operation Multiplier (loads output into CalcBus 1)

D: Run operation Bitwise_Calculator as & (and) operation (loads output into CalcBus 1)

E: Run operation Bitwise_Calculator as ^ (xor) operation (loads output into CalcBus 1)

F: Run operation Bitwise_Calculator as | (or) operation (loads output into CalcBus 1)

RAM FUNCTIONS

0: Write USERINPUT on Register 1

1: Write USERINPUT on Register 2

2: Write USERINPUT on Register 3

3: Write USERINPUT on Register 4

4: Read Register 1 into DataBus 1

5: Read Register 1 into DataBus 2

6: Read Register 2 into DataBus 1

7: Read Register 2 into DataBus 2

8: Read Register 3 into DataBus 1

9: Read Register 3 into DataBus 2

A: Read Register 4 into DataBus 1

B: Read Register 4 into DataBus 2

C: Write CalcBus 1 on Register 1

D: Write CalcBus 1 on Register 2

E: Write CalcBus 1 on Register 3

F: Write CalcBus 1 on Register 4


Helpers

Doytschreal2.png DoytschReal: resources, design, area


Sponsors

Doytschreal2.png DoytschReal