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NI TestStand 3.5 Integrates with LabVIEW 8 and XML Tools
NI TestStand 3.5 test management software offers native integration with LabVIEW 8 as well as requirements management tools and industry-standard XML-based reporting. You can use NI TestStand 3.5 to quickly design, prototype, and deploy automated test systems using test code modules developed in legacy and the latest programming environments.
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Acquire Images from Two Camera Link Cameras with One Board
With the new NI PCIe-1430 image acquisition board, you now can use a single board to acquire images from two independent base-configuration Camera Link cameras. The board can acquire images from two Camera Link cameras at speeds up to 255 MB/s and clock rates up to 85 MHz.
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NI LabVIEW Simulation Module Improves Performance, Optimization
The new LabVIEW Simulation Module 2.0 extends the LabVIEW graphical development environment to deliver one seamless platform for the modeling, design, simulation, and real-time implementation of control systems. Now you can more easily analyze complex, nonlinear control systems using new optimization, model trimming, and linearization and decrease development time with new performance improvements.
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LabVIEW Users Define Tools to Create Source Code Instrument Drivers
The LabVIEW Instrument Driver Advisory Board continues to simplify LabVIEW Plug and Play instrument driver creation and usability by proposing new features integrated into LabVIEW 8. The LabVIEW 8 Instrument Driver Project Wizard helps you quickly and easily create LabVIEW source code instrument drivers that meet LabVIEW Instrument Driver Advisory Board standards.
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Use Intelligent DAQ for High-Performance Data Acquisition
NI R Series intelligent data acquisition (DAQ) devices feature a user-programmable FPGA to provide complete system-timing flexibility, including custom counter/timer functionality and hardware-timed analog triggering. With the LabVIEW FPGA Module, you can use intelligent DAQ devices to execute LabVIEW code on an onboard chip for highly demanding data acquisition.
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Development Resources
What's New in LabVIEW 8 for Signal Processing, Analysis, and Math?
LabVIEW 8 includes a variety of additions and enhancements for mathematics, signal processing, and analysis. The new release includes a comprehensive and powerful library, including more than 500 functions in this area.
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Tutorial: Data Acquisition in C# .NET
Learn how to develop professional data acquisition applications using Measurement Studio and Visual C# .NET and get an in-depth understanding of data acquisition fundamentals, configuration, and programming; engineering analysis; and data presentation via powerful graph and Internet publishing capabilities.
Take this tutorial.
Tutorial: Measuring Pressure with Pressure Sensors
Using practical examples, this tutorial introduces and explains the concepts and techniques of measuring pressure with pressure sensors and demonstrates which NI products can help you take accurate pressure measurements.
Take this tutorial.
NI AutoCode - Automatic Code Generation
With the template-based generation technology in National Instruments AutoCode, you can configure the exact format and specification of the resulting code. This makes it easy for you to generate code for rapid control prototyping and hardware-in-the-loop testing on one real-time platform and then switch templates to generate code for your final production target.
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New Analog Output Selection Guide
National Instruments offers a suite of analog output devices that are ideal for your application. Devices range from voltage to current generation, software-timed to high-speed waveform generation, and low-channel count to densely packed sources. Use the analog output selection guide to select the right analog output device for your application.
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Events
Webcast: What's New in LabWindows/CVI 8.0
Learn how to use the new features of LabWindows/CVI 8.0, including support for optimized compilers, improved system deployment, and .NET integration.
View this Webcast.
Webcast: Wireless Communication
Explore how wireless technologies such as Bluetooth, WiMAX, Wi-Fi, and Zigbee can benefit your measurement, control, and automation applications. See the most common wireless concerns, including security, bandwidth, and broadcast range, as they apply to these different technologies in the measurement, control, and automation space.
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Webcast: New Technologies for Sharing Code in LabVIEW
LabVIEW users working collaboratively or attempting to share code within an organization should attend this Webcast. This session features new technologies in LabVIEW 8 that simplify code sharing and code reuse, including new and improved integration with industry-standard source code control tools and new organizational structures for creating user-defined libraries.
View this Webcast.
Webcast: Optimize Machine Automation with LabVIEW 8 FPGA
Find out how to improve the performance and reduce the time to market of your next machine using new LabVIEW 8 FPGA Module tools. Learn how to use new LabVIEW FPGA and LabVIEW Real-Time module tools to implement common analog and digital control loops and introduce new function blocks for motion control, sensor interfacing, filtering, scaling, integer math, and more.
View this Webcast.
Webcast: Mining Test Data with NI DIAdem
See how you can benefit from groundbreaking desktop data management functionality previously available only to those with dedicated and expensive database solutions. Discover how you can use DIAdem to quickly mine your data, find correlations and trends, and create reports from the analyzed data.
View this Webcast.
Support
New LabVIEW Tools Network
Check out the LabVIEW Tools Network, the new central resource for LabVIEW add-ons, books, tutorials, and more from NI and the entire LabVIEW community. Browse through available tools by function or industry and even add your own tools to this new Web site.
Learn more.
Example Code: Continuously Acquire Voltage with LabWindows/CVI and NI-DAQmx
Using this example code in LabWindows/CVI, see how to continuously acquire data using your data acquisition device's internal clock.
Download this example.
Example Code: NI-DAQmx - Writing to Digital Lines Using C# .NET
These examples demonstrate how to write values to a digital output channel. The first writes Boolean data to one line, and the second writes Boolean data to four lines.
Download this example.
RF Installation/Configuration Troubleshooter
Use this portal site to troubleshoot problems with your NI RF devices.
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Academic Site License Installation FAQ
Get answers to your frequently asked questions about academic site license installation, including how to activate software from your license and the best way to activate multiseat labs.
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