Use if-generate structure to define two variations of a function, and call that function in the same tb
Here is a small tb, with some example code, where I am trying to define a function two ways, then call that fn below its definition.
what does this grammar mean? “wire test_net = mubi4_test_true_strict(scanmode_i)”
Any one knows what does this definition mean?
“wire test_net = mubi4_test_true_strict(scanmode_i)”
How is it possible to mix spaces and tabs?
Very often, looking at Intel’s code, it’s just unreadable due to a mix of tabs and spaces for indentations and normal alignments.
how in system verilog, i can modified the value of a signal within a always block and also use this same signal in others module?
i use i an j in module to perform addition and multiplication. but i want to increment both in the way that their value automatically change within the modules for addition and multiplication
Synthesizable Verilog to dual write a 1-D flop array
I’d like some Verilog (for synthesis) advice. I need dual writes to a 1-D array of flops. Both writes can occur on the same clock, and the write addresses will never be the same when the write enables are asserted.
[SE]: Syntax error Following verilog source has syntax error token is ‘force’
I am seeing the following error when executing a force statemen. when i use assign instead of force, the file passes without issues.
Verilog: Wire conditionally instantiated with generate is not visible later
I’m seeing failing errors both from iverilog and verilator in a module which has a wire instantiated based on a condition. This was originally happening in a SystemVerilog module I got from someone else who had apparently successfully simulated and synthesized the code with Xilinx tools. I’ve created a much simpler verilog example that exhibits the same problem.
Verilog: Wire conditionally instantiated with generate is not visible later
I’m seeing failing errors both from iverilog and verilator in a module which has a wire instantiated based on a condition. This was originally happening in a SystemVerilog module I got from someone else who had apparently successfully simulated and synthesized the code with Xilinx tools. I’ve created a much simpler verilog example that exhibits the same problem.
Multiple driver Nets Error for Carry Lookahead Adder
I just began learning SystemVerilog and now am trying to code a Carry Lookahead Adder. However, I kept getting the “Multiple driver Nets” error for the C signal I have.
fully connected layer in system verilog
I’ve built a neural network with 3 fully connected layers using the ReLU activation function. However, the output values are nonsensical, and I can’t access or analyze them properly. Additionally, the ‘fc_complete’ signal doesn’t appear to be functioning.
even half_sum is also showing unknown values.