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Overview
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Models
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Manuals
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Data Sheets
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Software
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Drivers
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Other
VTI PXI Advantages
Reliability
VTI is the first choice for mission critical applications or applications where the cost of test is high and failure is not an option. Applications include missile system testing and solid rocket motor testing. This is because our products are recognized in the industry for their reliability and are designed with built-in capabilities to maximize measurement confidence. Simply put, if you need equipment that is going to give you the results you need, contact us to get started.
Longevity
Customers expect the test systems to last at least as long as the products they test. This can especially be a challenge in the aerospace and defense industries where products typically last more than a decade. This is why every VTI product is designed to minimize obsolescence risks and guarantee long-term support.
For our PXIe chassis and PXIe subsystems in particular, we ensure that our equipment is resistant to obsolescence by utilizing system-on-chip (SoC) architectures. We don’t have to be dependent on the continuing availability of controller chips from other manufacturers.
Precision and Performance
VTI's strength is in hardware and our products are designed to maximize accuracy, precision, and performance. The types of industries that utilize our products reflect this. Our data acquisition systems are used in applications such as jet engine testing, aircraft structural testing, and satellite testing.
Hybrid Test System Support
Test systems often leverage the strengths of multiple instrumentation platforms in order to arrive at the best performing or most cost-effective solution. VTI's PXI Express products are uniquely designed to simplify integration with other platforms.
Reliability
VTI is the first choice for mission critical applications or applications where the cost of test is high and failure is not an option. Applications include missile system testing and solid rocket motor testing. This is because our products are recognized in the industry for their reliability and are designed with built-in capabilities to maximize measurement confidence. Simply put, if you need equipment that is going to give you the results you need, contact us to get started.
Longevity
Customers expect the test systems to last at least as long as the products they test. This can especially be a challenge in the aerospace and defense industries where products typically last more than a decade. This is why every VTI product is designed to minimize obsolescence risks and guarantee long-term support.
For our PXIe chassis and PXIe subsystems in particular, we ensure that our equipment is resistant to obsolescence by utilizing system-on-chip (SoC) architectures. We don’t have to be dependent on the continuing availability of controller chips from other manufacturers.
Precision and Performance
VTI's strength is in hardware and our products are designed to maximize accuracy, precision, and performance. The types of industries that utilize our products reflect this. Our data acquisition systems are used in applications such as jet engine testing, aircraft structural testing, and satellite testing.
Hybrid Test System Support
Test systems often leverage the strengths of multiple instrumentation platforms in order to arrive at the best performing or most cost-effective solution. VTI's PXI Express products are uniquely designed to simplify integration with other platforms.
| EMX-2500 | Gigabit Ethernet LXI Controller for EMX Series PXIe Instruments |
| EMX-2401 | Intel Core i5 2.4 GHz, 8 GB RAM, 160 GB Hard Drive, PXIe Embedded Controller |
Title
Document
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62-0091-100--EMX-2500 Full Upgrade Firmware (Rev 1.15.29)
Document62-0091-100--EMX-2500 Full Upgrade Firmware (Rev 1.15.29)
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72-0380-200, Cabled PCIe System Support, 64-bit Linux (Rev 1.15.6)
Document72-0380-200, Cabled PCIe System Support, 64-bit Linux (Rev 1.15.6)
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72-0353-100--DRIVER, Linux, libCommon, 32-bit (Rev 1.15.10)
72-0353-200--DRIVER, Linux, libCommon, 64-bit (Rev 1.15.10)
72-0377-000--DRIVER, IVI, VTEXPlatform, 32-bit (Rev 1.16.0)
72-0377-100--DRIVER, IVI, VTEXPlatform, 64-bit (Rev 1.16.0)
72-0377-200--DRIVER, Linux, libPlatform, 32-bit (Rev 1.15.18)
72-0377-300--DRIVER, Linux, libPlatform, 64-bit (Rev 1.15.18)
72-0377-500--DRIVER, LabVIEW, VTEXPlatform (Rev 1.14.10)
Title
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72-0353-100--DRIVER, Linux, libCommon, 32-bit (Rev 1.15.10)
Document72-0353-100--DRIVER, Linux, libCommon, 32-bit (Rev 1.15.10)
Download Download
72-0353-200--DRIVER, Linux, libCommon, 64-bit (Rev 1.15.10)
Document72-0353-200--DRIVER, Linux, libCommon, 64-bit (Rev 1.15.10)
Download Download
72-0377-200--DRIVER, Linux, libPlatform, 32-bit (Rev 1.15.18)
Document72-0377-200--DRIVER, Linux, libPlatform, 32-bit (Rev 1.15.18)
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72-0377-300--DRIVER, Linux, libPlatform, 64-bit (Rev 1.15.18)
Document72-0377-300--DRIVER, Linux, libPlatform, 64-bit (Rev 1.15.18)
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72-0377-500--DRIVER, LabVIEW, VTEXPlatform (Rev 1.14.10)
Document72-0377-500--DRIVER, LabVIEW, VTEXPlatform (Rev 1.14.10)
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Leveraging LXI for a Distributed PXI Express Ground Vibration Testing System for Commercial Aircraft (Rev:15A)
Title
Document
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Leveraging LXI for a Distributed PXI Express Ground Vibration Testing System for Commercial Aircraft (Rev:15A)
DocumentLeveraging LXI for a Distributed PXI Express Ground Vibration Testing System for Commercial Aircraft (Rev:15A)
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