A guide that explains how to optimize LabVIEW FPGA applications on NI RIO hardware for higher throughput and precise timing.
About this manual
This guide provides LabVIEW FPGA developers with recommended methods to create high‑performance applications on NI RIO platforms, covering FPGA advantages, timing optimization, resource management, and data‑transfer techniques. It includes detailed discussions of single‑cycle timing loops, SCTL programming, and integration of high‑throughput IP blocks.
The document also describes the NI hardware ecosystem—PXI, CompactRIO, FlexRIO, and R series—detailing their bandwidth capabilities, I/O resources, and how to evaluate the best platform for a given application. Additional resources, training options, and support contacts are listed at the end. This manual is written in Chinese.
What's inside
- Introduction
- Target Audience
- Prerequisites and Reference Materials
- FPGA Advantages
- High‑Performance LabVIEW FPGA Design
- Understanding NI RIO Hardware Platform
- Timing Optimization Techniques
- Resource Optimization Techniques
- Integrating High‑Throughput IP
Specifications
| Digital I/O lines on NI FlexRIO | 132 |
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| Maximum I/O bandwidth on NI FlexRIO | 66 Gbit/s (8.25 GB/s) |
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| PCI Express throughput on PXI Express | up to 4 GB/s |