NI FPGA: Next-Level Engineering
Empowering Engineers with Real-Time Control and High-Speed Processing Skills
At Makkal, we offer specialized training in NI FPGA development using LabVIEW FPGA in partnerships with National Instrument and training partners designed to help engineers harness the full power of Field-Programmable Gate Arrays (FPGAs) for real-time, high-speed, and deterministic applications.
Our FPGA training is ideal for professionals working in sectors like automotive, aerospace, manufacturing, robotics, and research, where precision and performance are non-negotiable. With years of instructional expertise and a Certified Professional Instructor (CPI) status from National Instruments, Makkal ensures world-class, hands-on learning experiences.
Why Choose Makkal for NI FPGA Training?
Certified Professional Instructor (CPI)
National Instruments Official recognition of our expertise in delivering NI-authorized training.
Hands-On Learning with NI Hardware Train using real-world FPGA-enabled systems like NI CompactRIO, ensuring practical skill development.
Based on NI’s Official Curriculum We follow NI’s globally recognized LabVIEW FPGA training modules, ensuring consistency and certification readiness.
Designed for Real-World Applications Whether you’re developing control systems, signal processing applications, or high-speed testing solutions, our course prepares you to work confidently in demanding environments.
Flexible Delivery Formats Choose from online, onsite, or classroom-based sessions that suit your team’s availability and needs.
Who Should Attend?
This training is perfect for:
Embedded systems engineers
Test automation professionals
Control and instrumentation engineers
R&D teams working with real-time data systems
Professionals preparing for Certified LabVIEW Embedded Developer (CLED) exams
What You Will Learn
Our training focuses on helping learners build confidence in creating, testing, and deploying FPGA applications using LabVIEW. You will gain practical skills through real-world examples and NI hardware.
Key Modules Covered:
Introduction to FPGAs and NI FPGA architecture
Graphical programming with LabVIEW FPGA
Timing, triggering, and synchronization techniques
Working with loops, memory, and I/O modules
Host-FPGA communication models
Real-time data acquisition and control
Debugging, simulation, and resource optimization
Deploying applications on NI Compact RIO and Flex RIO systems
1. Introduction to FPGAs and NI FPGA Architecture
Understand what makes FPGAs unique parallel processing, hardware reconfigurability, and deterministic behavior. Get introduced to NI’s FPGA hardware, including the architecture of CompactRIO and FlexRIO systems, and how they differ from traditional processors.
2. Graphical Programming with LabVIEW FPGA
Learn how to program FPGAs using LabVIEW’s graphical programming environment without needing VHDL or Verilog. You’ll explore key development workflows, project structures, and how to use LabVIEW FPGA tools for designing, compiling, and deploying applications.
3. Timing, Triggering, and Synchronization Techniques
Master precise timing control, signal triggering, and synchronization of multiple loops or I/O modules critical for real-time systems and high-speed data capture. This module covers single-cycle timed loops, external clocking, and handshaking methods.
4. Working with Loops, Memory, and I/O Modules
Learn how to effectively use For Loops, While Loops, and single-cycle timed loops in an FPGA context. Gain practical knowledge on implementing FIFO buffers, block memory, shift registers, and handling I/O nodes for analog and digital signals.
5. Host-FPGA Communication Models
Understand the interaction between the host (Real-Time or Windows system) and the FPGA target. This includes DMA, front panel communication, and FIFO-based data exchange. Learn to design reliable and efficient communication models for real-world systems.
6. Real-Time Data Acquisition and Control
Discover how to develop FPGA-based applications for deterministic data acquisition and real-time signal processing. Learn how to capture, process, and control data from sensors, actuators, and high-speed devices with minimal latency.
7. Debugging, Simulation, and Resource Optimization
Get introduced to tools and best practices for debugging FPGA code using simulation, breakpoints, and waveform inspection. Understand how to optimize code to manage FPGA resources like LUTs, Flip-Flops, and Block RAMs, ensuring efficient utilization.
8. Deploying Applications on NI CompactRIO and FlexRIO Systems
Learn the complete workflow for deploying your FPGA applications on CompactRIO (ideal for industrial control and monitoring) and FlexRIO (designed for high-performance, high-speed data processing). This includes bit file generation, integration with RT systems, and deployment strategies.
Start Your FPGA Learning Journey Today
For more details on our NI FPGA training services and how they can accelerate your team’s capabilities, explore the training section on this page or contact us directly below. Let Makkal be your trusted partner in mastering FPGA-based test and control solutions.