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I am designing single ported SRAM with 6T cell. I am using cadence virtuoso.The components would be write circuit, precharge, sense amplifier, 6T cell, address decoders. It has to be 4 banks of 256 bits so muxes would also be required. How do I size each of them? All I know is about sizing 6T...
I think frontend deals with highlevel description of circuitry using HDL while backend deals with actual physical layout of the system. Correct me if I am wrong.
I synchronized it and the latching problem was gone! It required a slight change of logic. I was doing a silly mistake. Thank you for the help for making my work synthesizable!:-D
I have written an if else statement in VHDL, wherein one signal is used in if statement and not in else statement, which has resulted into latch. This should not happen. One way to remove this is assign signal values in both cases, which is not possible for my logic. What I am doing is similar...
Sorry, I forgot to mention it was VHDL. Till now I have written a not so useful testbench for FP adder with a for loop, with i starting from 0 to 100 for giving it to operands, but realized that the number needs to be IEEE 754 format.
How about importing test vector from a file? But don't...
I am new to test benches. I need to test the FP adder, with operand a and b. Input I give to them is IEEE 754 single precision floating point number, but the problem is I need to test them on a large range on floating point numbers.(probably in for loop)
Since test bench need not to be...
You can paste the url I mentioned in your browser to download the pdf, I understood the way it works, but the algorithm is bit difficult for me to translate it to VHDL.Thank you for showing interest.
Hi,
I found this pdf which shows the algorithm for the square root, but I couldn't understand it properly. Can any one help? I want to write a VHDL code for it. Shifting part in it is confusing.
telkomnika.ee.uad.ac.id/n9/files/Vol.8No.1Apr10/8.1.4.10.01.pdf
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