I need verilog code for mico controller
Micro controller features

8 bit micro controller
8 bit ALU
8 bit data
8 bit instruction
8 bit input port
8 bit output port
4K bytes program memory on chip (ROM)
8K bytes data memory on chip (RAM)
64K program memory(external ROM)
64K data memory (external RAM)
16 bit counter
16 bit data pointer
16 bit stack pointer
64k stack address


whenever we write verilog code we declare module , module name and declare what is input and what is output
example

module module name (input , output);
input=? ;
output=?;
data type = wire or reg;
begin
'
'
'
'
endmodule



how to declare input and output for mico controller?

when i'm reading such posts I always wonder "WTF ??!!! What planet does he come from?" :D LOL

And why there is so many posts like this in this forum ... ?

I agree with you but I don't know why anyone not giving reply

I need a codes for a fluxes capacitor.
Specs: It must be able send a message 8.64e+10 uS into the past. I like Verilog it has been goods to me.

The fluxes capacitor must be implemented in a state machine because that's what my
thesis'is director advised. I must have this by 2 weeks to get my degree.

With this code I will be able to tell myself if I passed or not.
Thanks.

Look at the Y80 or PIC codes in the repository.

vead, nobody gives you an answer because your question is so abstract that there is no answer.

Hello i need verilog code for the multipliers in the given paper please do post

module multiply(
input [15:0] x,
input [15:0] y,
output [32:0]z );

assign z = x * y;

endmodule

1. manasamuliki: Please don't hijack the thread; it was about 8-bit
microcontrollers.

2. rozpruwacz: I'm afraid, no. I only looked very briefly into the paper,
but what I understood is this: The multiplication is done within a finite
field, GF(2^m) to be precise. The paper presents an efficient way to do
operations in this field, and proposes a hardware structure for this. And
this brings me to

3. manasamuliki: Implement the structure that is proposed in the paper.
Verilog has excellent means to express circuits given this way.

Hellwig

hahaha :)

Hellwig, I didn't even bother to read the pdf file, just like manasamuliki didn't bother to explain anything or ask a serious question.
so I just put equal amount of trouble in writing an answer as manasamuliki put in writing his post :P

PS.
when i read post that begins with "I need a verilog code ..." I just can't help writing a malicious comment :)

hello,
Now I understand some basic about hardware design I am asking stupid question. I have been asking this question on two another forum what will be future of processor in next 15 years ? I am just asking for new ideas. whats the new features will inbuilt in embedded processor. what type of changes we will see in futures.

In another way, what will ability of new processor ? whats the new processor can do but existing processor like 8051 , PIC, ARM, can not do?

This question is totally based on experience, I am waiting for some opinion

hii dude,

i think in next 15 years the processor will change into something which is having cores mainly for internet, audio/ video processing and mostly all cores needed for an IoT system
along with a complex core for security.