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FieldPoint
National Instruments FieldPoint is designed for measurement, industrial control, and data logging applications that require reliable, rugged systems involving diverse sensors and actuators located centrally or spread over large distances. NI FieldPoint includes networking capabilities for distributed I/O as well as an option to run a real-time operating system, which runs LabVIEW Real-Time applications. FieldPoint and Compact FieldPoint are easy-to-use data acquisition and control hardware composed of industrially rugged, dependable I/O modules and communication interfaces. With the FieldPoint family of distributed I/O, you can perform your process automation functions reliably even in electrically and environmentally harsh environments.
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USB-inSync
Fiberbyte's USB-inSync specification defines a PC-based platform for test, measurement and automations systems. USB-inSync uses the Universal Serial Bus (USB) specification which enables the PC to inter-operate with different devices from different vendors in a open hot-swappable environment. USB-inSync is an extension for USB to combine the widespread inter-compatibility features of the USB bus with synchronization features which define systems suitable for test and measurement, data acquisition, automation and manufacturing applications.
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USBCV compliance test tool
The installation utility, USBCVr121.msi (11 MB), contains USB Command Verifier (USBCV) version 1.2.1.0. USBCV is the compliance test tool which evaluates High, Full and Low-speed USB devices for conformance to the USB Device Framework (Chapter 9), Hub device class (Chapter 11), HID and OTG specifications. USBCV is the replacement for USBCheck. USBCheck is obsolete and its test results are no longer considered valid by the compliance team. This version of USBCV was posted on 7/1/03 . This software release will only work on Windows 2000 and Windows XP, English Version. Please check the release notes and accompanying documentations for details on using USBCV and how to provide the USB-IF feedback on issues and suggestions. This software is provided courtesy of Intel Corporation.
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USB2 Hub Transaction Translator Test Suite
The installation utility, USBHTT.msi (11 MB), contains the USB2 Hub Transaction Translator Test Suite. USBHTT is a compliance test tool which evaluates Hi-Speed USB Hubs for conformance to the USB Hub device class (Chapter 11). USBHTT suite focuses on protocol evaluation of the transaction translator unit in high-speed hubs. The 1.2 release is a requirement for Hi-Speed USB Hub silicon certification. It is not required for end product hub certification. This version of USBHTT was posted on 7/07/2003. This software release will only work on Windows 2000 and Windows XP. Please check the release notes and accompanying documentations for details on using USBHTT and how to provide the USB-IF feedback on issues and suggestions. Some of the USBHTT tests require custom test devices. These devices may be ordered from the USB-IF eStore page . USBHTT version 1.2 is a maintenance release that fixes test issues, improves logging features, and removes some tests from required sequences. As one part of Hi-Speed USB Hub silicon certification process, Hub Silicon Manufacturers use the USB-IF USBHTT Manufacturer Self-Testing Program to complete USBHTT test requirements.
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USB High Speed Electrical Test Tool Kit
The self-extracting file, USBHSET.exe (1.4 MB), contains the Installation Instruction (ReadMeFirst.pdf) for the USB High Speed Electrical Test Tool Kit and the installation utility itself. This tool kit contains Intel software and test procedures developed for testing USB high-speed electrical signal quality and other USB electrical parameters. Detailed test procedures are included for high-speed host, hub and device electrical testing. The USB scripts and GPIB software included in this release will also work for full-speed, and low-speed electrical signal quality testing, as well as inrush and drop/droop testing, referred to as legacy testing. The procedures for legacy testing can be found in the USB-IF Compliance Program area. For further information about this tool kit and the installation procedure, please read the ReadMeFirst.pdf file first. This software provided courtesy of Intel Corporation.
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USB On-The-Go Test Suit
Due to its widespread acceptance, USB is becoming the de facto industry standard for connecting peripherals to PC's and laptops. Many of the new peripherals now using USB are also portable devices.
As these portable devices increase in popularity, there is a growing need for them to communicate directly with each other when a PC is not available. The On-The-Go Supplement addresses this need for mobile interconnectivity by allowing a USB peripheral to have the following enhancements:
Limited host capability to communicate with selected other USB peripherals
A small USB connector to fit the mobile form factor
Low power features to preserve battery life
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Serial I/O Utilities, Data Collection Software, and Demos
TAL Technologies specializes in serial and TCP/IP communications and data acquisition software. Its SoftwareWedge products (WinWedge, DOSWedge, TCPWedge...) collect data from serial and TCP/IP ports and feed that data in real-time into any PC application program - Excel, Access, etc..
WinWedge and DOSWedge can be configured to collect data from any serial device, to parse, filter and format that data and feed it, as required, into your PC applications. You can also define serial output strings to your devices. TCPWedge is similar but the source of data is a TCP/IP network port address (Ethernet/Internet).
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Java Reference Implementation (RI) and Technology Compatibility Kit (TCK)
The Java Reference Implementation (RI) defines Java technology conformance. The Technology Compatibility Kit (TCK) is the official test suite for the RTSJ. TimeSys is proud to be the Real-Time Specification for Java (RTSJ) Maintenance Lead, and to have built the official RI for the RTSJ.
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EC++VS™ Embedded C++ Validation Suite
EC++VS is the first and only validation suite specifically aimed at testing an Embedded C++ translator's or compiler's conformance to the emerging Embedded C++ draft standard.
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Measurement Studio
National Instruments Measurement Studio is an integrated suite of native measurement and automation controls, tools, and class libraries for Visual Studio .NET and Visual Studio 6.0. NI Measurement Studio dramatically reduces application development time with ActiveX and .NET controls, object-oriented measurement hardware interfaces, advanced analysis libraries, scientific user interface controls, measurement data networking, wizards, interactive code designers, and highly extensible classes.
Building on more than 16 years of measurement programming expertise, National Instruments created Measurement Studio with tools designed specifically for Microsoft Visual Basic, Visual C# .NET, and Visual C++ to bring you simplified integration with data acquisition and instrument control interfaces for easier hardware integration. With Measurement Studio, you use your Visual Studio programming knowledge to get measurements started quickly and create a complete measurement solution - all the way from acquiring to analyzing to presenting.
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TestStand
NI TestStand is a ready-to-run test management environment for automating your test and validation systems. TestStand is used to develop, manage and execute sequences, which integrate test modules written in any programming language, and specify sequence flow, reporting, database logging and connectivity to other enterprise systems. TestStand is designed to maximize test-code reuse through built-in language adapters and simplify maintenance by using a modular fully customizable test-system framework.
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TimeStorm® Linux Verification Suite (LVS)
The TimeStorm Linux Verification Suite (LVS) is an Eclipse-based tool for developing and executing tests for both applications and Linux distributions. TimeStorm LVS includes over 2,200 pre-packaged system tests designed to help you exercise and verify the Linux system that you are deploying.
Built-in wizards make it easy to create custom tests for your applications and critical system functions. These tests are easily edited and debugged using the powerful integrated development environment (IDE) included with TimeStorm LVS. Once your tests are completed, TimeStorm LVS's execution framework makes it easy to automatically download and execute selected tests on your target hardware. TimeStorm LVS also automatically collects and collates test results and displays a graphical summary.
Whether you are developing application or porting Linux to custom hardware, TimeStorm LVS saves you time and money by providing a robust, repeatable test creation and execution environment.
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Data Acquisition (DAQ) Hardware
National Instruments, the market leader in PC-based data acquisition, offers the most complete family of data acquisition devices for desktop, portable, and networked applications on several buses, including PCI, PCI Express, PXI, PCMCIA, USB, CompactFlash, Ethernet, and FireWire.
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SD Designer Automated SD / SDIO protocol exerciser and compliance testing tool
Jinvani Systech, The World leader in SD flash memory / SDIO development and testing technology, announces a unique development tool allowing users to use their own easy to write scripts to develop or validate SD/SDIO devices without going through a complex process of device driver development. It means much easier and quicker completion of SD / MMC/ SD/IO engineering projects.
SD Designer is PCI-based traffic generator hardware along with a Windows base GUI and a software APIs for SD host driver development. It works with the proven Jinvani Systech SD Gold host hardware to precisely generate custom SD traffic. It is a great tool for developers of SD device driver and host controllers. Jinvani welcome SD/SDIO card vendors to test our solution in order to make their cards compatible to various SD/SDIO host devices. On the other hand, it will be a great tool for SD/SDIO host device vendors to test and assure the compatibility of their devices with various kinds of SD / SDIO cards.
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Validated Software
Validated Software is the leader in creating affordable
safety-critical software for embedded systems.
Our products are designed to work on all processors, from small microcontrollers up through high-end MMU-enabled CPUs.
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ENEA TDFrame
Software for test systems is often developed from scratch. This can lead to applications on a number of different variants whose implementation depends on the programmer. This results in expensive maintenance. Beginning with a common software framework can save a lot of time and money. The Testsystem Development Framework, TDFrame, is a base for getting well-structured software that is easy to maintain and that can be reused in future systems. It also is an aid for less experienced developers to create a well-structured application without help from more experienced system architects. TDFrame is designed for general instruments, which makes it independent of which specific instrument is used in the test system. TDFrame contains templates for solving common functions, such as configuring and handling calibration files and general instruments.
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MATLAB® - The Language of Technical Computing
MATLAB is a high-level language and interactive environment that enables you to perform computationally intensive tasks faster than with traditional programming languages such as C, C++, and Fortran. MATLAB is the foundation for Simulink and all other MathWorks products, and can be extended with add-on products and applications.
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Distributed Computing Toolbox 2.0
The Distributed Computing Toolbox and the MATLAB Distributed Computing Engine enable you to develop distributed MATLAB applications and execute them in a cluster of computers without leaving your development environment. You can prototype applications in MATLAB and use the Distributed Computing Toolbox functions to define independent or interdependent tasks. Algorithms that require interdependent tasks use the Message Passing Interface (MPI)-based functions provided. The MATLAB Distributed Computing Engine schedules and evaluates tasks on multiple remote MATLAB sessions, reducing execution time compared to running in a single MATLAB session.
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MATLAB Distributed Computing Engine 2.0
The Distributed Computing Toolbox and the MATLAB Distributed Computing Engine enable you to develop distributed MATLAB applications and execute them in a cluster of computers without leaving your development environment. You can prototype applications in MATLAB and use the Distributed Computing Toolbox functions to define independent or interdependent tasks. Algorithms that require interdependent tasks use the Message Passing Interface (MPI)-based functions provided. The MATLAB Distributed Computing Engine schedules and evaluates tasks on multiple remote MATLAB sessions, reducing execution time compared to running in a single MATLAB session.
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Boundary-Scan I/O Modules
Corelis family of SCANIO™ modules turn any IEEE-std-1149.1 boundary-scan controller into a powerful digital boundary-scan tester. The SCANIO™ family of products use boundary-scan gate arrays to add control and visibility to connectors, traces, and logic that is otherwise can not be tested using traditional boundary-scan techniques.
The SCANIO™ products, when combined with a boundary-scan controller, operate as a traditional "bed-of-nails" tester except access to the stimulus and response I/O's is achieved via boundary-scan.
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ScanIO-300LV
The ScanIO-300LV digital I/O module turns an IEEE-1149.1 boundary-scan controller (such as the Corelis PCI-1149.1/Turbo™ or NetUSB-1149.1™) into a powerful digital interconnect and functional tester. It uses boundary-scan compatible ASICs to add control and visibility to connectors, traces, and logic that are otherwise untestable using traditional scan techniques. The ScanIO-300LV, combined with a boundary-scan controller, operates as a traditional “bed of nails” test system except access to the stimulus-and response I/Os is achieved via boundary-scan, and the size and the cost of the system are significantly smaller than traditional testers.
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ScanPCI
The ScanPCI boundary-scan based PCI and Compact PCI Card Tester provides a convenient method to test PCI and Compact PCI boards and their card-edge connectors. The ScanPCI adds boundary-scan control and visibility to PCI and Compact PCI connectors that would otherwise be untestable or require expensive wiring adapter harnesses.
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ScanDIMMs
The ScanDIMM™ Digital Tester modules are an easy to use tool for interconnect testing of memory DIMM sockets. Through the use of boundary-scan technology, the ScanDIMM Tester provides fully bi-directional test signals. A boundary-scan Test Access Port (TAP) connects to a host computer which provides virtually unlimited memory depth for testing each of the DIMM socket(s) pins.
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ScanPlus Chip Tester
As devices densities increased to millions of gates with I/O pin counts exceeding 2,000, the test and verification of silicon devices became complex, cumbersome, and expensive. The use of high density packages, such as BGA, with their diminishing physical access to the pins, required that device vendors incorporate boundary-scan technology into their chips.
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ScanExpress - Volume Production Tester and In-System Programmer
ScanExpress™ enables concurrent (gang) testing and in-system programming of CPLDs and Flash devices for multiple boards using a single PC and a single operator. ScanExpress addresses very high-speed boundary-scan applications and high-volume production. The ScanExpress family of products dramatically increases the test and in-system programming throughput by applying innovative and proprietary techniques.
The ScanExpress architecture provides for concurrent testing and programming with practically unlimited scalability. For practical purposes, the software is configured to support up to 8,192 UUTs. All of the programming and testing is done via standard boundary scan (JTAG) Test Access Port (TAP) interfaces.
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PXI (PCI eXtensions for Instrumentation)
PXI (PCI eXtensions for Instrumentation) is a rugged PC-based platform for measurement and automation systems. PXI combines PCI electrical-bus features with the rugged, modular, Eurocard mechanical-packaging of CompactPCI, then adds specialized synchronization buses and key software features. This makes it both a high-performance and low-cost deployment platform for measurement and automation systems. These systems serve applications such as manufacturing test, military and aerospace, machine monitoring, automotive, and industrial test.
Developed in 1997 and launched in 1998, PXI was introduced as an open industry standard to meet the increasing demands of complex instrumentation systems. Today, PXI is governed by the PXI Systems Alliance (PXISA), a group of more than 65 companies chartered to promote the PXI standard, ensure interoperability, and maintain the PXI specification. For more information on the PXISA, including the PXI specification, refer to the PXISA website at www.pxisa.org.
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