Category Archives: FPGA Design

Xilinx vs. Intel High-End FPGA Series Comparison

28/05/2020, hardwarebee

This article provides a comprehensive comparison between the high-performance FPGA family of both Xilinx and Intel and will help you chose your next FPGA chip wisely.
 
The document is divided into the following subsections with numerous subsections which dive deeper into each topic:
 

Feature comparison for high

Read More

Best Practices and Guidelines for FPGA Designs

07/05/2020, hardwarebee

This document introduces the reader to our recommended FPGA design guidelines, which if followed enables the designer to produce a bug free design fit for release.
 
FPGA Design Guidelines
 
As designs get more and more complex, it is very important for RTL design engineers to follow a common

Read More

Introduction to Gate Array Technology

30/03/2020, hardwarebee

Gate Array is a technology that an engineer can use to design and then produce chips or ASICs. also referred to as Uncommitted Logic Arrays (ULAs) and semi-custom chips, the gate array approach allows for more flexibility and versatility. You have a prefabricated chip that comprises of all of the

Read More

FPGA Synthesis Basics

30/03/2020, hardwarebee

FPGA stands for Field Programmable Gate Array and is one of the most frequently and widely used and implemented kinds of semiconductor chips across a wide array of applications and industries. In recent decades, the applications of FPGAs have only grown, and it is has become as one of the

Read More

Programmable Logic Devices (PLD) Overview

01/03/2020, hardwarebee

What Are PLDs?
 
PLD stands for Programmable Logic Device. A Programmable Logic Device is an individual, programmable electronic chip which can be used as an element to build digital circuits that can be reconfigured. Programmable Logic Devices have programmable elements that can be modified and programmed using a special

Read More

FPGA Common Applications

15/02/2020, hardwarebee

The modern world revolves around technology and its evolution. W largely depend on the growth and  improvement of technology to produce convenience and satisfaction in our lives, whether it is from a routine or a business and industrial perspective. Semiconductor chips and devices play a big role in the development

Read More