Planet FPGA

INTRODUCTION

In this Post,we will discuss step by step explanation of MATLAB+ISE Co-Simulation.

We use these methods for Prototype Development. For example here I am explaining how to write a Generalized Program for Line Equation in FPGA.

Today's powerful FPGAs are suitable for demanding applications. They can handle the complexity and performance needed for applications that include image and video processing. But there is a growing gap between what the FPGAs can deliver, and what the application designers can program to run on them. Complex applications contain up to tens of thousands of lines of code, a number that is still likely to increase. They are coded in high-level procedural languages such as C, C++, JAVA and C#.

Power consumption is one of the most significant concerns apart from design complexity in FPGA design today. The concept of achieving System-On-Chip (SoC) functionality in an FPGA cuts down the design complexity yet power consumption is quickly becoming the most critical issue for the design community.

In a small poll on the Sigasi, 220 people responded to the question: Which editor do/did you use before you heard about Sigasi?

We know that there is no reason to think that this test was representative of the entire VHDL development community, but the results are nevertheless interesting.Unlike what we had expected, the two ever present Unix editors, VI and Emacs (and their respective families) did not contest for the first place. In fact, the winner outran both VI and Emacs by far:

A new 1.7.0 version of TopJTAG Probe -- a low-cost circuit visualization and debugging software employing boundary-scan (IEEE 1149.1 JTAG) technology -- is now available.