All designs need structure to make them easy to develop and maintain. We all use abstraction in our designs regardless of if it being electronics, software, or mechanical. In this article we will look ...
Over on GitHub, [ttsiodras] wanted to learn VHDL. So he started with an algorithm to do Mandelbrot sets and moved it to an FPGA. Because of the speed, he was able to accomplish real-time zooming. You ...
Okay, now we’re beginning to feel a bit like [Alice]. This tutorial shows you how to simulate VHDL code. This code is intended to run on an FPGA and includes a software-only version of the AVR 8-bit ...
A new technical paper titled “Customizing a Large Language Model for VHDL Design of High-Performance Microprocessors” was published by researchers at IBM. “The use of Large Language Models (LLMs) in ...
An earlier Idea For Design (Hardware-Based LED Blinking Control Eliminates Software Overhead) described a very interesting way to offload the software overhead required for a microcontroller to drive ...
Last time, in the third installment of VHDL we discussed logic gates and Adders. Let’s move on to some basic VHDL structure. All HDL languages bridge what for many feels like a strange brew of ...
SystemC has gained wide acceptance in the design of new digital IPs. However, there are numerous IPs already designed in VHDL. With the advances in SystemC ecosystem, like IEEE standardization, TLM-2 ...
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