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18 articles tagged with Digilent.
AI Data Centers in India: Test, Measurement & Memory Boom
AI is a hardware supercycle. Every AI rack has to be designed, brought up, powered, fed with memory, and kept alive, and each of those is a test, measurement and memory problem. Here is the full engineering toolchain behind the AI data center, mapped to what Indian teams can buy today through GSAS.
JTAG-HS3 vs HS2 FPGA Programming Cable: Boundary Scan, Production & Validation in India
A use-case guide to the Digilent JTAG-HS2 vs JTAG-HS3 FPGA programming cables for the engineers who actually rely on them, memory-validation bench teams, defence and aerospace FPGA production lines, and high-volume EMS boundary-scan test. Specs, IEEE 1149.1 structural test, production flash programming, and which cable to buy in India.
MCC USB DAQ Selection Guide for Indian Labs: USB-1808X vs USB-1608G vs MCC 118
Choosing an MCC USB data acquisition device for an Indian lab comes down to three questions: do you need simultaneous sampling, how many channels, and Raspberry Pi or PC? This guide compares the MCC USB-1808X, USB-1608G Series, and MCC 118 DAQ HAT.
USRP SDR Selection Guide for India: B200mini, B205mini-i, B210, X310 and E320
Picking the right USRP software-defined radio for an Indian RF lab, telecom prototype, or embedded sensing node depends on channels, bandwidth, host link, and whether you need standalone operation. This guide compares the NI Ettus USRP B200mini, B205mini-i, B210, X310 and E320.
Digilent Analog Discovery 3: A Complete Electronics Lab in Your Pocket
The Digilent Analog Discovery 3 packs an oscilloscope, logic analyzer, waveform generator, spectrum analyzer, network analyzer, and power supplies into one USB instrument. Here is what it actually delivers, and where it fits in the Indian engineering workflow.
Digilent Arty A7: The Go-To FPGA Development Board for Indian Engineers
The Digilent Arty A7 combines a Xilinx Artix-7 FPGA with DDR3L memory, Ethernet, and Arduino headers in an affordable platform for FPGA learning, RISC-V development, and embedded prototyping. Here is why it is the most popular FPGA board in India.
Digilent Basys 3: The Standard FPGA Board for Digital Logic Education in India
The Digilent Basys 3 is the most widely adopted FPGA board for university digital logic and computer architecture courses. With 16 switches, 16 LEDs, a 7-segment display, and VGA output on an Artix-7 FPGA, it provides everything students need for hands-on digital design.
Getting Started with FPGA Development: Vivado, Digilent Boards, and Your First Design
A practical guide for Indian engineers starting FPGA development with Digilent boards and Xilinx Vivado. From installation through first synthesis to running on hardware, the steps that documentation assumes you already know.
Running a RISC-V Soft Processor on the Digilent Arty A7: A Practical Introduction
The Digilent Arty A7 is one of the most popular platforms for RISC-V soft processor development. This guide covers the options, MicroBlaze, VexRiscv, NEORV32, and practical considerations for Indian engineers exploring the RISC-V ecosystem.
FPGA-Based Digital Signal Processing: Getting Started with Digilent Boards and Pmod ADCs
FPGAs excel at real-time digital signal processing, parallel computation, deterministic timing, and hardware-speed throughput. This guide covers the practical setup for DSP development on Digilent boards with Pmod ADC/DAC peripherals.
Debugging Embedded Systems with the Digilent Digital Discovery: Logic Analyzer and Protocol Decoder Guide
Embedded systems debugging often comes down to one question: 'What is actually happening on the bus?' The microcontroller's SPI peripheral is configured...
Building a Portable Electronics Lab with Digilent Instruments: For Remote Work, Field Service, and Small Teams
Not every engineer has access to a fully equipped lab. Digilent's USB instruments, Analog Discovery 3, Digital Discovery, and Pmod peripherals, assemble into a portable lab that fits in a laptop bag and costs a fraction of benchtop equipment.
Setting Up an FPGA Teaching Lab at Indian Universities: A Procurement and Curriculum Guide
Indian universities adopting FPGA-based digital design courses need the right boards, software, and curriculum alignment. This guide covers equipment selection, Vivado licensing for education, and lab workflow for Digilent FPGA platforms.
Why Hands-On Electronics Education Matters: And How Digilent Tools Make It Scalable in India
Indian universities produce thousands of electronics and computer science graduates annually, but lab time is limited and shared equipment constrains hands-on learning. Digilent's affordable instruments and FPGA boards give every student their own lab.
Digilent Analog Discovery 3 vs Benchtop Oscilloscopes: When USB Instruments Make Sense
The Analog Discovery 3 is not trying to replace your Keysight or Rohde & Schwarz oscilloscope. It occupies a different niche, and understanding where it excels and where benchtop instruments are still essential saves money and improves engineering workflow.
Digilent Wins Best Test & Measurement of the Year at EE Awards Asia 2025
Digilent's Analog Discovery Studio Max wins Best T&M Product at EE Awards Asia 2025. GSAS is the authorized Digilent partner in India.
GSAS at Automation India Expo 2025: Four Days of Smart Factory Conversations
GSAS at Automation India Expo 2025, Mumbai, showcasing Digilent DAQ, WebDAQ, MCC products, production programming, and edge AI for smart factory applications.
Advanced Simulation and Waveform Analysis in Altium Designer
Every design has specific characteristics. You must consider the “care-abouts” and “what-ifs” of your circuit to achieve a high-performing, functional p...
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