Design an RISC microprocessor in verilog code (any size) with block diagram
Design an RISC microprocessor in verilog code (any size) with block diagram
Homework Answers
The design of an 8-bit RISC processor comprises of control unit,general-purpose registers,barrel shifters,arithmatic and logical unt,universal shift register accumulator has been reported.The 8 bit RISC processor is designed using harvard architecture ,having separate instruction and data memmory.The proposed RISC processor is running at 25Mz and 2.5 voltage supply
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The 8-bit SYSTEM DATABASE used for transferring data between different modules and 8-bit accumulator used for arithematic and logical operations are are also intergral part of proposed processor .another important features is pipellining, used for improving performance and provides way to reduce average execution time per instruction.
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Design an RISC microprocessor in verilog code (any size) with
block diagram
Block diagram (modules and their relationship) of the ALU. Verilog code (your behavioral level design) for...
Block diagram (modules and their relationship) of the ALU. Verilog code (your behavioral level design) for the mALU module. Verilog code (your data flow design) for the neg2pos module. Verilog code (using behavioral level design)of the bcd7seg Verilog module. Verilog code (using mixed data flow and behavioral level design) of the ALU_Top module. Testbench for the ALU_Top() module, and the simulation waveform by the testbench.
DIGITAL DESIGN Q3 Derive the functional block diagram (fbd) that is described by the Verilog...
DIGITAL DESIGN
Q3 Derive the functional block diagram (fbd) that is described by the Verilog code in Listing Q3 module Q3(a, b, m, n, z); input [1:0] a, b; input m, n; output reg (0:3]z; reg (1:0) w; always@ (a, b, m) if (m== 1) w=a & b; else w=ab; always@ (w, n) if(n==0) z=0; else case(w) 2'600: z= 4'h8; 2'601: z= 4'h4; 2'b10: z= 4'h2; 2'b11: z=4'hl; endcase endmodule Listing Q3 (10 marks)
A problem in Verilog: Write the Verilog code for a synchronous read memory block that is...
A problem in Verilog: Write the Verilog code for a synchronous read memory block that is 4Kx32 with two read ports.
Design an 8-bit full adder using Verilog (Use only 1-bit full adders). Write the design code,...
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Design and code in Verilog an Arithmetic Logic Unit(ALU). It should be able to take two...
Design and code in Verilog an Arithmetic Logic Unit(ALU). It should be able to take two numbers of 32 bits and realize any instruction that requires logic and arithmetic operations. The output of the ALU will be a number of 32 bits.
Problem 3 The block diagram of the architecture (internal organisation) of an 8088 microprocessor is shown...
Problem 3 The block diagram of the architecture (internal organisation) of an 8088 microprocessor is shown below. a.Explain the basic operation of the EU and BIU units. b.Briefly explain the operation of the following: General registers Pointer and Index registers Flags Segment Registers Instruction pointer Σ block
Using verilog code, write the testbench and design for a D- Flip Flop (latch)
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Design a serial Adder/Subtracter. Not on Verilog or any programming language.
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VHDL structural code please Design an 8-bit add/subtract in Verilog AND VHDL using any of the...
VHDL structural code please
Design an 8-bit add/subtract in Verilog AND VHDL using any of the coding styles and language features covered so far in modules 8 and 9. When AS Sel0 it performs an addition, else when AS Sel 1 it performs a subtraction. OpA and OpB are assumed to be signed, 2's-Complement numbers. Hint: Bit-wise XOR AS Sel with OpB before adding it to OpA- see lecture notes Op87.0Add/ Subtract Vout
Design a Verilog model that describes the following state diagram. (Test bench and simulation are not required) 1. 01 10 1- 10 10 01 01 10 or 01) 01 Design a Verilog model that describes a synchr...
Design a Verilog model that describes the following state diagram. (Test bench and simulation are not required) 1. 01 10 1- 10 10 01 01 10 or 01) 01 Design a Verilog model that describes a synchronous 3 bit counter. The counter has a counting mode control signal (M), when M-o, the counter counts up in the binary sequence, when M- 1, the counter advances through the Gray code sequence. (Test bench and simulation are required to verify the counter...
DIGITAL DESIGN
Q3 Derive the functional block diagram (fbd) that is described by the Verilog code in Listing Q3 module Q3(a, b, m, n, z); input [1:0] a, b; input m, n; output reg (0:3]z; reg (1:0) w; always@ (a, b, m) if (m== 1) w=a & b; else w=ab; always@ (w, n) if(n==0) z=0; else case(w) 2'600: z= 4'h8; 2'601: z= 4'h4; 2'b10: z= 4'h2; 2'b11: z=4'hl; endcase endmodule Listing Q3 (10 marks)
VHDL structural code please
Design an 8-bit add/subtract in Verilog AND VHDL using any of the coding styles and language features covered so far in modules 8 and 9. When AS Sel0 it performs an addition, else when AS Sel 1 it performs a subtraction. OpA and OpB are assumed to be signed, 2's-Complement numbers. Hint: Bit-wise XOR AS Sel with OpB before adding it to OpA- see lecture notes Op87.0Add/ Subtract Vout
Design a Verilog model that describes the following state diagram. (Test bench and simulation are not required) 1. 01 10 1- 10 10 01 01 10 or 01) 01 Design a Verilog model that describes a synchronous 3 bit counter. The counter has a counting mode control signal (M), when M-o, the counter counts up in the binary sequence, when M- 1, the counter advances through the Gray code sequence. (Test bench and simulation are required to verify the counter...
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