Streaming Data from FPGA to cRIO to Windows Example
This is an optimized example for streaming data from FPGA to cRIO to Windows. Note: This example is optimized for throughput and CPU Usage. Therefore, some determinism is lost. The cases where this is true is documented below.
Software: LabVIEW Professional Development System
Hardware: CompactRIO

Multiply Accumulate (MAC) optimized for DSP48E slice using HDL node
A Multiply Accumulate (MAC) operation is a common type of operation in FPGA that can be carried out in normal logic or optimized with the Virtex-5 FPGAs using a special slice called the DSP48E.
Software: LabVIEW Professional Development System
Hardware: Reconfigurable I/O

Real-Time Sequencer Architecture Example
The following attachment includes four components, the Real-Time (RT) Sequencer Example Architecture, the RT Sequencer application programming interface (API), and four example steps to use with the RT Sequencer.
Software: LabVIEW Professional Development System
Hardware: Compact FieldPoint, CompactRIO, FieldPoint, PXI/CompactPCI, Real-Time

Example VI for C Series I/O Modules in Any Deployment
This example VI demonstrates how to read data from a C Series I/O Module that has been deployed to any platform - the USB Single Module Carrier, CompactDAQ, and even the embedded CompactRIO - with a single LabVIEW application.
Software: LabVIEW Professional Development System
Hardware: CompactDAQ, CompactRIO, Portable DAQ, Real-Time, Reconfigurable I/O

Set System Time with Sub-Second Accuracy (VxWorks)
LabVIEW functions such as Get Date/Time in Seconds return the time from the operating system clock. The LabVIEW Real-Time module contains the RT Set Date and Time.vi, which sets the date and time of the system clock. However, this VI only accepts time in seconds.
Software: LabVIEW Professional Development System
Hardware: CompactRIO, Real-Time

Oversampled Frequency Measurements with Multiple Counters on FPGA
This application is an example using cRIO and FPGA to do multi-channel oversampled frequency measurements which are measured over a set time period as a means to increase measurement accuracy.
Software: LabVIEW Professional Development System
Hardware: CompactRIO

Transferring Fixed-Point Data with LabVIEW FPGA 8.5.x
When using fixed-point data in LabVIEW FPGA, there are certain functions such as FIFO and Memory options that do not accept fixed-point data. In order to use these functions, the data must be converted.
Software: LabVIEW Full Development System
Hardware: CompactRIO, Real-Time, Reconfigurable I/O

NI 9237 Example for Shunt Cal and Offset Cal
Shunt calibration is a process used to obtain a gain adjust factor, which is used to correct for system gain error and discrepancies between nominal Gauge Factor and actual Gauge Factor of the strain gauge.
Software: LabVIEW Full Development System
Hardware: CompactRIO

Advanced CAN Frame to Channel Conversion Example
This example shows how CAN frames can be converted to channels providing a high level organization to CAN applications. It is specifically written for use with the NI 9853 CAN module in a cRIO platform, but could be modified for other NI CAN devices and platforms.
Software: LabVIEW Full Development System
Hardware: CAN, CompactRIO, Real-Time

LabVIEW Real-Time Module 8.2.1 Benchmarks with LabVIEW FPGA Applications: Read/Write Performance
The Benchmark VI, the host VI in this application, reads and writes from the RT target to the FPGA device multiple times, then calculates on average how much time each access takes. The DifferentControls(FPGA) VI has various controls for the Benchmark VI to access.
Software: LabVIEW Full Development System
Hardware: CompactRIO, Real-Time, Reconfigurable I/O