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EDGE Spartan 6 FPGA Kit

STARTER PRODUCT

EDGE Spartan 6 FPGA Kit

Low Cost and Feature Packed FPGA Development Kit for Beginners.

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EDGE Spartan 7 FPGA Kit

HOTTEST PRODUCT

EDGE Spartan 7 FPGA Kit

Low Cost FPGA Kit to work with Latest Xilinx Vivado Design Suite.

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EDGE Artix 7 FPGA Kit

BEST PRODUCT

EDGE Artix 7 FPGA Kit

Best Rated and All in One FPGA kit to work with Latest Xilinx Vivado Design Suite.

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EDGE ZYNQ SoC FPGA Kit

ADVANCED PRODUCT

EDGE ZYNQ SoC FPGA Kit

Feature rich and high-performance Single Board Computer

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EDGE Artix 7 200T FPGA Motor (Inverter) PWM Controller

ADVANCED MOTOR DRIVE PRODUCT

EDGE Artix 7 200T FPGA Motor (Inverter) PWM Controller

High-performance FPGA for Advanced Motor control Application

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On-board USB Programmer

Iot Ready WiFi Connectivity

Bluetooth 4.0 BLE Ready

VGA/HDMI Display Port

ADC/DAC Converter

Camera/Display Interface

I would like to recommend this board, for the kind of prompt support I am getting for any sort of hardware or software related issues I faced while using this board. Value for money.

Madhur Juneja

Manager FPGA, Samtel Avionics

EDGE Spartan 6 FPGA development board is an excellent kit for beginners like me. This provides feasibility approach to test our ideas as well. Because of the features included with kit.

Dr.Prakash

Professor, Savitha University

Build quality of the board is very good. The features provided are excellent for the price. Manuals are reasonably comprehensive, easy to follow for a beginner. An ideal way to explore the Xilinx Vivado software.

Leslie Ayling

Systems Administrator, I.T. Consultant, CRISIS

Very Good Product for academicians to have an exposure on building SOC based solution and appreciate its capabilities. Support system and Training is very good from INVENT LOGICS.
Thanks.

Jyothi Bali

Professor, KLE University

Excellent board for learning fpga and asic development. Very easy to connect and program this Artix7 board by laptop. There is no need of any external power supply and usb plateform cable. Documents and tutorials provided with kit is very helpful. After sell support and service is very quick and useful. All types of major peripheral and interfaces are provided on board. Highly recommended this Artix7 board.

Neeraj Kumar Yadav

Learn FPGA: EDGE FPGA kits tutorial series

This tutorial series consists of learning VHDL programming with vivado design suite using EDGE Spartan 7 FPGA kit and EDGE Artix 7 FPGA kit. Getting Started with edge spartan 7 FPGA kit using Vivado Design Suite 4-bit Adder implementation using Half Adder and Full Adder on EDGE Spartan 7 FPGA kit 4×4 Multiplier implemented using ... Read more

Remote Monitoring and control of Home appliances from cloud using EDGE Artix 7 FPGA board

In this IoT project, we are Monitoring Temperature, Light Intensity and control the home appliances such as air conditioner and light over the internet ThingSpeak cloud using EDGE Artix 7 FPGA kit. Home owners will be able to receive feedback status of the room temperature and dark level continuously on mobile and they can control ... Read more

Social distancing with Gesture based door/light control using Edge Artix 7 FPGA board

In this project, we have implemented the hand gesture based Door open/close and Light on/off system using Edge Artix 7 FPGA board. This reminds people to avoid touching of door. Hardware Required Edge Artix 7 FPGA development board Edge digital sensor Add-on Edge motor drive Add-on (Servo motor/relay) Block Diagram Project explanation In our project, ... Read more

IoT Covid19 updates in 2×16 LCD and VGA Monitor using EDGE Artix 7 FPGA kit

This project visualizes the current data of the coronavirus outbreak of India in real-time on a VGA monitor and also display in 2X16 LCD using EDGE Artix 7 FPGA board. Block Diagram Flow of operation In this project, we are reading the Total cases, Death and recovered corona virus cases. Thingspeak App creation ThingHTTP App ... Read more

Introduction and Advantages of Digital Sensor Addon for EDGE FPGA kit

Digital Sensor Addon card is designed to interface 4 digital sensor modules to EDGE FPGA kits. Those sensor includes 3 axis accelerometer, Hand Gesture recognition sensor, Capacitive Touch Sensor and Ultrasonic Sensor. Advantages are the sensor data can be accessed in the cloud by using Wifi module available on EDGE FPGA kits. Also helpful in ... Read more

Introducing Motor Drive Addon for EDGE FPGA kit

Invent Logics bring you the motor driver interface card with motors and relay module. This motor driver can be directly connected with EDGE FPGA kits via 2×10 pin female header available on all the EDGE FPGA kits Motor driver interface card is designed with Texas Instruments motor control driver IC. Addon cards comes along with ... Read more

FPGA Implementation of Internet of Things (IoT)

Internet of Things IoT is the way of connecting physical objects with IP address to the cloud or any other internet connected device around the world. Data collected from IoT devices can be useful in system monitoring and control in large scale. IoT applications Consumer applications like smart home automation, elder people caring system. commercial ... Read more

Tutorial 3: ALU Structural Modelling FPGA Implementation

ALU ALU internally always do multiple operations like addition, subtraction, division and multiplication. We have to specify which result you want to return as an output by using control lines. In this tutorial, We are implementing 3 bit ALU with Adder, Subtractor, Multiplier and comparator. To perform this ALU Demo, we are using Slide Switch ... Read more

Tutorial 2: BCD to 7 Segment FPGA Implementation

EDGE Spartan 6 FPGA Development Board consist of 16 No. of slide switches and 4 digit seven segment display. Lets display the 4 bit BCD of slide switches in the 4 digit seven segment display. 4 Digit 7 Segment Display present on edge board is common anode display. All 4 digits can be enabled by ... Read more

Tutorial 1: Binary Counter FPGA Implementation

In this tutorial, We implemented 4 bit binary counter using EDGE Spartan 6 FPGA Kit. It counts at every 0.5 sec. We already designed 4 bit Binary counter for simulation which counts at input clock frequency (20 ns). As a result we can’t visually differentiate the counting sequence with on-board LEDs as it is counting ... Read more