Instrumentation design is a competitive field, and manufacturers are constantly striving to increase functionality while simultaneously reducing both time-to-market and cost. To meet these demands, instrumentation systems have evolved to more closely leverage existing, off-the-shelf technologies. The PXI modular instrumentation standard, adopted in 1998, is itself a study in leveraging existing technology to deliver high performance, low cost modular instrumentation. It is these qualities that drove 38 percent growth of the PXI market in 2001, according to an industry report by Frost and Sullivan, a year when most other test platforms saw large declines.
Two key elements of a modular instrumentation standard are the module interconnect and the packaging (or form factor). In this most recent generation of instruments, designers turned to the Peripheral Component Interconnect (PCI) Bus because of its speed, its 132 Mbytes/sec burst transfer rate is nearly 10 times that of previous standards, and its numerous modes for module control. Another benefit of using PCI was that designers could draw from the vast personal computer (PC) marketplace for software and low cost components.
Although the PC was an excellent resource, the desktop PC packaging was not suited to the demanding industrial environments envisioned for new instrument designs. PCs were not designed for industrial environments, and therefore do not provide the connectivity, cooling support, EMI resistance, and the slot capacity needed for many high-performance instrumentation systems. To solve these problems, designers adopted the ruggedized Euro-Card standard for packaging. This allowed access to the long design history and broad vendor support for board and enclosure designs. With minor interconnect and packaging changes, the CompactPCI standard was proposed and has since gained increasing market acceptance.
However coordination of multi-module operations demanded additional functionality. The VMEbus eXtensions for Instrumentation (VXI) standard, a previous modular instrument standard, showed the advantage of including auxiliary signals such as a common system frequency reference, controlled timing triggers, and generic system signaling flags. Again with some modification, the VXI auxiliary signal set was added to the CompactPCI standard to form the PCI eXtensions for Instrumentation (PXI) standard. By design, most PXI products are fully inter-operable with CompactPCI products.
With its roots in the dynamic personal computer (PC), rugged Euro-Card, and legacy VXI markets, the PXI specification is providing the guidance for a new generation of higher performance, lower cost test equipment.
How do I use PXI?
PXI modules are designed to implement specific functions, such as analog signal capture, RF signal analysis, or waveform generation. In order to control these functions, a CompactPCI or PXI chassis and a system controller are needed. As mentioned before most PXI modules can be freely mixed with CompactPCI modules, but the PXI auxiliary signals such as the common frequency reference will not be available. Two configurations are available: slave chassis operation with a desktop host or standalone chassis operation with an embedded controller. In development and bench top instrument applications, the most economical way to use PXI instruments is with a desktop PC for control and a host-to-slave link for connection to the PXI modules. The host-to-slave link acts as a normal PCI bridge and the PXI modules appear as normal PCI devices under the PC hardware device manager. This configuration allows full access to the PC environment at a relatively inexpensive price.
For many other applications, PXI instruments will ultimately reside in a rack with other equipment such as on a factory floor or remote site or portable operation is desired. In these settings the use of desktop PCs is not feasible and an embedded PC must be used. A monitor and keyboard may be attached to the controller for development or debug and then removed or replaced with a LAN connection for later use. This configuration is somewhat higher in cost but allows the most flexibility in operational setting and smaller system size. Adapted from an article by ZTEC Inc.
Additional Articles
Juerg Roth (ABB Switzerland); Klaas A. Vogel (Elsys Instruments, LLC)
Modern industrial VFD controllers and motors require open, modular transient recorder equipment to diagnose, troubleshoot, and fine-tune the system as the electronics within them have evolved.
Unfolding small form factors and defense tech → Winter 2011 
Jerry Gipper (OpenSystems Media)
Highly integrated with low SWaP, VITA 73 fits perfectly on the small side of the rugged small form factor space.
Ruggedization techniques provide protection → Nov/Dec 2011 
Dr. Qi Chen (Arbor Technology)
A consistent integrated design methodology, from component testing through verification testing, is crucial for the success of wide temperature range military systems.
Standards → February 2012
Warren Webb, Editorial Director (OpenSystems Media)
Warren emphasizes the importance of standards management to successfully leverage embedded technology trends and rounds up 2012's first edition of Embedded Computing Design.
Unfolding small form factors and defense tech → Winter 2011 
Jerry Gipper (OpenSystems Media)
To ensure the stability of components selected for a project the right questions must be asked. Will it be deployable when needed? What is the Technology Readiness Level (TRL)?
Maneesh Soni, Systems Manager ARM microprocessor group (Texas Instruments, Inc.)
Texas Instruments is world's first semiconductor company to license EtherCAT technology and integrate it into the Sitara AM335x ARM generation of ARM Cortex-A8-based microprocessors (MPUs). This whitepaper explores implementation of this technology on the AM335x processor through its programmable real-time unit (PRU)-based programmable technology to create a unified front-end for industrial commun... [read more]
Microcontrollers, Systems-on-Chips → February 2012 
Nabil G. Damouny (Netronome)
In the final installment of this two-part series, Nabil G. Damouny of Netronome explores external coprocessors and the support they can offer general-purpose multicore CPUs as line speeds continue to increase.
Kenneth Braund (Meritec); Alan Roath (Meritec)
MIL-38999 connectors enable high-bandwidth data transfer through multiple protocols, including commercial standards.
MIL-STD-1553 → Nov/Dec 2011
EBR-1553 enhances the Mbps of MIL-STD-1553 at the subsystem level as new technologies emerge.
Simplifying wireless system design → Nov/Dec 2011 
Mike Donovan (MathWorks); Dr. Jon Friedman (MathWorks)
A unified technical computing and measurement environment that allows the development of algorithms and processing of real-world data satisfies specifications and requirements while yielding a more robust design.
Smart Energy → February 2012 
Varun Nagaraj (Echelon)
In an exclusive Q&A with Embedded Computing Design, Varun Nagaraj of Echelon discusses interoperability in smart energy systems and the essential role it plays in maintaining the highest possible levels of energy efficiency.
AdvancedMCs: Repackaging for conduction cooling → Winter 2011 
R.J. McLaren (Schroff NA)
A how-to for retooling commercial AMCs to meet rugged requirements.
Microcontrollers, Systems-on-Chips → February 2012 
Craig Greenberg (Texas Instruments)
As microcontroller requirements evolve, so too must the clock systems that manage them.
VITA Standards → Winter 2011
Ray Alderman (VITA Standards Organization)
Shifts in DoD strategy may be on the horizon, ones that could eventuate increased demand on VME and VPX technology.
John McHale, Editorial Director (OpenSystems Media)
In tough economic times, the DoD expects cost and risk sharing from suppliers in the development of new products and technologies.
Real-time OSs → February 2012 
Warren Webb, Editorial Director (OpenSystems Media)
Ever-growing demands and challenges could render in-house OS development a thing of the past.
Fitting OpenVPX into VME-based systems → Winter 2011
Thomas Roberts (Mercury Computer Systems)
As VME is replaced by newer standards and fades into the legacy mist, I/O investment can be assured via hybrid backplanes.
Pierre Teyssier (Sierra Wireless)
A helping hand from Embedded Application Frameworks eases design pressures for M2M developers.
Mike Demler, Editorial Director (OpenSystems Media)
Android’s fragmentation was on display at CES, despite Google’s best efforts to generate cohesive standards, but it’s not all bad.
VPX meets data demands → Winter 2011
David Pursley (Kontron)
APIs offer cost-effective refresh for VME tech in deployed systems paving the way for increased bandwidth, performance, and flexibility.
Network processors → January (E-letter) 
Nabil G. Damouny (Netronome)
Part one of this two part series takes an introspective look at the processors that will be used to facilitate the migration to 40G, 100G, and beyond.
GPGPU tackles power → Nov/Dec 2011 
Peter Thompson (GE Intelligent Platforms)
Future generations of General-Purpose Graphics Processing Units (GPGPUs) look to improve performance per watt.
Ruggedization techniques provide protection → Nov/Dec 2011 
Kent Walters (Microsemi Corporation)
To meet the latest demanding multiple-burst surge protection standards in avionics systems, the construction of traditional Transient Voltage Suppressor (TVS) devices must be reevaluated to improve on thermal management and other limitations.
Carrier infrastructure: Network analysis → Winter 2011 
Dan Joe Barry (Napatech)
The impending network analysis infrastructure will provide new opportunities for telecom carriers and allow for optimized communications services into the future.
Smart Energy → February 2012 
Mark Buckley (Phoenix Contact); Greg Dixson (Phoenix Contact)
Configurable electronic motor management modules help plant managers cut the electric bill.
Smart Energy → February 2012 
Jim O'Callaghan (EnOcean Inc.); Mike Giorgi (Magnum Energy Solutions)
Communication intervenes in the power problem - EnOcean and TCP/IP protocols enable wireless harvesting of ambient energy for powering building automation sensors and controls.
Laser focus on JTRS → Nov/Dec 2011 
John McHale, Editorial Director (OpenSystems Media)
The evolution of Software Defined Radio (SDR) has segments of the Joint Tactical Radio System (JTRS) close to deployment despite cuts that included the Ground Mobile Radio (GMR) system.
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Vendors and Products Click on any vendor
to see a listing of
PXI related products.
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Geotest
(15 of 72)
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GX7990
A bus expander for PXI systems (+)
Features:
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- PCI-to-PXI or PXI-to-PXI interface
- Provides a transparent interface between a PCI host computer and a GX7010 PXI chassis
- GX7990-1 (PXI to PXI) provides the same performance between a GX7000 master PXI chassis and a GX7010 chassis
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GX7000
A 20-slot, 6U, 19-inch PXI chassis available in both desktop and rackmount configurations (+)
Features:
18791.jpg
- Based on the CompactPCI and PXI standards and accommodates up to 19 3U or 6U PXI of CompactPCI instruments
- Slot 1 is dedicated for an embedded controller or for a MXI-3 receiver
- Slot 2 can be used by a PXI Star Trigger Controller or by a PXI/CompactPCI instrument
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GX7305/7315
The GX7305 and GX7015 chassis are 20-slot, 3U PXI chassis that can accommodate up to 19 instruments as well as a PXI controller or a PXI bus expander interface allowing the chassis to be controlled via an external controller (+)
Features:
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- 3U, high power PXI chassis supports 60 watts per slot
- Cable tray, recessed card cage and top / bottom access to facilitate cable management and routing
- 20 slot PXI chassis supporting a 3U (embedded or remote) PXI controller and 19 3U PXI or cPCI instruments
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GX7300
The GX7300 Series mainframes are 20-slot PXI chassis that can accommodate up to 19 instruments as well as a PXI controller (an embedded CPU or a PXI bus expander interface such as the GX799x or MXI-4) (+)
Features:
- The 3U form-factor provides a compact test system foot print and provides users with the flexibility to employ both PXI and CompactPCI 3U modules
- 20 slots – supporting one 3U (embedded) or 3U (remote) PXI controller and 19 3U PXI or CompactPCI instruments
- Built-in peripherals (hard disk drive, and a CD-ROM or CD-RW drive) for embedded controller configurations
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GX7002A-MP
The new chassis incorporate the MAC Panel SCOUT receivers, which offer a reliable and high performance method to connect test system resources to a mass interconnect receiver, minimizing the need for cable assemblies (+)
Features:
- Incorporates a 20-slot 3U PXI chassis that can accommodate up to 19 instruments as well as an embedded PXI controller or a PXI bus expander interface such as the GX7990 or MXI-4
- Utilizes Smart features, which support the monitoring of slot temperatures and system power supply voltages as well provide the ability to program or map each PXI trigger line from one PCI segment to another
- [...]
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GX7100 Series
A 3U/6U, 14-slot combination PXI chassis (+)
Features:
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- Accommodates one 6U slot for a PXI controller
- Accommodates seven 3U PXI or CompactPCI instruments and seven additional 3U or 6U PXI or CompactPCI instruments
- Expandable to accommodate additional PXI/CompactPCI instruments using MXI-3
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GX7100A
World's first combination PXI chassis with 14 slots for 3U/6U cards (+)
Features:
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- Accommodates seven 3U PXI or CompactPCI instruments and seven additional 3U or 6U PXI or cPCI instruments
- Integral Smart functions provide internal temperature monitoring, power supply monitoring, and PXI trigger mapping
- Built-in peripherals include: Hard Disk, Floppy Disk, and CD-ROM or CD-RW drive
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PXIS-2700
An 18-Slot, 3U PXI instrument chassis (+)
Features:
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- Two PXI-to-PXI bridges
- 800W power supply (dual redundant 400W + 400W power supply with universal AC input)
- Remote/local voltage, temperature, fan monitoring, with local LEDs
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6U PXI Chassis
Chassis incorporates the MAC Panel SCOUT receivers, which offer a reliable and high performance method to connect test system resources to a mass interconnect receiver, minimizing the need for cable assemblies (+)
Features:
- The GX70x2A-MP incorporates a 20-slot 6U PXI chassis that can accommodate up to 19 instruments as well as a PXI controller or a PXI bus expander interface such as the GX7990 or MXI-4 [...]
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GX7110 Series
A 3U/6U, 14-slot combination PXI chassis (+)
Features:
- Accommodates seven 3U PXI or CompactPCI instruments and seven additional 3U or 6U PXI or CompactPCI instruments
- Expandable to accommodate additional PXI/CompactPCI instruments using MXI-3
- Built-in peripherals include: hard disk, floppy disk, and CD-ROM or CD-RW drives
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MTS-207 Test Set
State-of-the-art, portable PXI platform for field testing and data acquisition systems (+)
Features:
- Its architecture is based on the MTS-206, which has been qualified as a flight-line tester for the Maverick Missile system
- Combines the capabilities of the versatile and powerful PXI architecture in a compact, ultra-rugged, flight-line qualified enclosure
- Ideal for test and data acquisition applications requiring operation under harsh environmental conditions
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PXIS-26x0 Series
An eight-slot, 3U PXI instrument chassis with ATX power and optional LCD display (+)
Features:
- Complies with PXI specification Rev. 2.0
- 32/64-bit PXI/CompactPCI bus
- One system slot and seven PXI/CompactPCI peripheral slots
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GX7000 Series
A 20-slot, 6U PXI chassis (+)
Features:
14372.jpg
- Accommodates 19 PXI or CompactPCI instruments (3U or 6U) and an embedded slot-1 controller
- Expandable to accommodate additional PXI/CompactPCI instruments using MXI-3
- Accepts PXI/CompactPCI from any vendor
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GX7600 Series
9-SLot 3U PXI Express Smart Chassis (+)
Features:
- Supports a 3U (embedded or remote) PXI Express controller, 2 PXI Express hybrid slots, 5 PXI slots, and a PXI Express system timing slot
- Built-in peripherals (hard disk drive, and a DVD-RW drive) for embedded controller configurations
- Compact footprint is ideal for bench top or portable applications
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GX799x
PCI to PXI, or PXI to PXI interface (+)
Features:
- Throughputs up to 132 MBps
- Supports 32- and 64-bit configurations
- 4 ft cable included [...]
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Conduant Corporation
(4)
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StreamStor PXIe-416
A high-speed real-time data recording system that supports the ultra fast PXI Express environment (+)
Features:
31451.jpg
- A 3U PXI Express card with four-lane endpoint connectivity to the host PXI Express fabric
- It can record at a 600 MBps sustained rate for more than 3.5 hours
- Supports more than 8 TB of storage attached as four separate StreamStor DM4 data modules with a total of 16 500 GB disk drives
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Big River DM-425-3U
Provides up to one terabyte of disk storage capacity, in a very small enclosure (+)
Features:
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- Designed for high-speed storage applications
- Configurations are available for both legacy PXI and CompactPCI as well as the new PCI Express based versions
- When ordered with the onboard PCI Express SATA controller, the DM-425-3U integrates with major operating systems to provide additional storage capacity in JBOD or software RAID configurations
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StreamStor PXI-808
Sustained recording and playback at 200 MBps - guaranteed (+)
Features:
- Interface card to card via the PXI bus
- 3U form factor will work in all PXI chassis
- Power failure recovery support avoids unwanted data loss
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StreamStor CPCI-408
High-speed streaming storage for CompactPCI bus (+)
Features:
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- Onboard real-time operating system
- Sustained streaming of 60 Mbytes/sec using IDE drivers
- Sustained recording/playback for over 3 hours at 480 Mbits/sec
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ADLINK Technology
(15 of 29)
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PXI-2000 Series
PXI specifications Rev. 2.0 compliant (+)
Features:
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- 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
- 4-CH differential analog inputs
- Up to 2 Msamples/sec simultaneous-sampling rate (PXI-2010)
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PXI Starter I
PXIS-2630 + PCI-PXI extension kit (+)
Features:
- PXIS-2630 8-slot 3U PXI/CompactPCI instrument chassis with 400 W ATX AC power supply
- PCI-8570 PCI-to-PXI extension card for PCI chassis
- PXI-8570 PXI extension module for PXI chassis
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PXI-2200 Series
PXI specifications Rev. 2.0 compliant (+)
Features:
17201.jpg
- 3U Eurocard form factor, CompactPCI compliant (PICMG 2.0 R3.0)
- 64-CH single-ended or 32-CH differential analog inputs
- Up to 3 MS/s sampling rate (PXI-2204)
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PXIS-2700
Accepts both 3U PXI and CompactPCI modules (+)
Features:
- One system slot and 17 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
- IEEE 1101.10 mechanical packaging compliant
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PXIS-2650T
8-Slot 3U Iinstrument chassis with 400 W ATX AC power supply, 6.4" LCD and touch panel (+)
Features:
22066.jpg
- Accepts both 3U PXI and CompactPCI modules
- One system slot and 7 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
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PXIStarterII
5 PXI/CompactPCI peripherals slots, and is compliant with the PXI and CompactPCI specifications.Coming with the PXI specifications, the internal 10 MHz reference clock is available on all of the 5 PXI slots, as well as the functionalities of star trigger, PXI trigger bus and PXI local bus (+)
Features:
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- The PXI-3800 system controller complies with PXI specifications Rev
- 2.1 and features many new technologies such as up to 1.8 GHz Pentium M CPU support, hot swappable CompactFlash card, USB 2.0 ports, and gigabit Ethernet
- By using an Intel Embedded Pentium M CPU and Intel 855GME chipset, the PXI- 3800 provides both long life and excellent driver support to meet the majority of industrial applications [...]
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PXIS-2556T
6-Slot 3U Instrument Chassis with cPS-H325/AC, 6.4" LCD, and Touch Panel (+)
Features:
22063.jpg
- Accepts both 3U PXI and CompactPCI modules
- One system slot and 5 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
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PXIS-2556
6-slot 3U instrument chassis with cPS-H325/AC and 6.4" LCD (+)
Features:
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- Accepts both 3U PXI and CompactPCI modules
- One system slot and 5 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
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PXIS-2600 Series
Accepts both 3U PXI and CompactPCI modules (+)
Features:
- One system slot and 7
- PXI/CompactPCI peripheral slots PXI specifications Rev. 2.0 compliant
- IEEE 1101.10 mechanical packaging compliant
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PXIS-2630 Series
Accepts both 3U PXI and CompactPCI modules (+)
Features:
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- One system slot and 7 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
- IEEE 1101.10 mechanical packaging compliant
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PXI-8570
Direct PC control of PXI/CompactPCI systems (+)
Features:
19925.jpg
- Multi-chassis configurations for PXI/CompactPCI
- Up to 2 PCI segments from single 8570
- PCI local bus specifications Rev. 2.2 compliant
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PXIS-2506
Accepts both 3U PXI and CompactPCI modules (+)
Features:
21995.jpg
- One system slot and 5 PXI/CompactPCI peripheral slots
- PXI specifications Rev. 2.0 compliant
- Filtered, forced-air cooling
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PCI-8570
PCI-to-PXI Extension Interface Card for PCI chassis (+)
Features:
21994.jpg
- Direct PC control of PXI/CompactPCI systems
- Multi-chassis configurations for PXI/CompactPCI
- Up to 2 PCI segments from single 8570
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PXI-3488
The PXI-3488 is a PXI bus GPIB card and features an easy drop-in system configuration for existing test and measurement applications (+)
Features:
- Up to 1.5 MBps data transfer rate
- Compatible with industry-standard VISA and instrumentation protocols
- Fully compatible with the IEEE 488 standard
-
PXI-3800
PICMG 2.0 CompactPCI Specification R3.0 compliant (+)
Features:
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- PICMG 2.8 PXI Specifications R2.1 compliant
- PICMG 2.1 R1.0 CompactPCI Hot Swap specifications compliant
- CPU : Intel Pentium M low voltage processor, frequency up to 1.7 GHz, supports 400 MHz FSB
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National Instruments
(15 of 81)
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PXIe-8108
High-performance embedded controller, which features an Intel Core 2 Duo T9400 processor and is designed to significantly reduce test times for PXI Express - and CompactPCI Express-based automated test systems (+)
Features:
42408.jpg
- Engineers can use this 3U embedded controller in any PXI Express chassis to create a compact, high-performance PC-based platform for many test, measurement and control applications
- With its 2.53 GHz dual-core processor, 800 MHz DDR2 memory and 1 GBps total system bandwidth, the NI PXIe-8108 is ideal for advanced RF and wireless test applications, high-throughput data acquisition systems and other applications that require intensive analysis, signal or image processing
- NI PXIe-8108 optimizes RF and wireless test applications because measurement speed is related to the computational performance of the test system's controller
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PXI-1006
A compact, rack-mountable, tightly synchronized PXI-based measurement and automation system (+)
Features:
- 18-slot PXI backplane
- Removable 600-watt power supply
- Three 130 CFM fans
-
NI PXI-6653
Offers variable sample clock generation from 1 to 102.4 kHz with 711 nHz resolution (+)
Features:
- Provides less than 0.1 deg phase mismatch at 1 kHz between all channels
- For synchronizing up to 663 PXI-4472 modules (5304 channels) across 51 PXI chassis
- Routes timing signals to up to 3 PXI slave chassis [...]
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NI PXIe-1062Q
Accepts 3U PXI, PXI Express, CompactPCI, and CompactPCI Express modules (+)
Features:
30751.jpg
- High performance
for instrumentation applications
- Up to 1 GBps per-slot dedicated bandwidth [x4 PCI Express]
- 354 W available power for 0 ºC to 55 °C
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PXI-1011
A 12-slot chassis combining SCXI signal conditioning technology with the PXI/CompactPCI modular instrumentation platform (+)
Features:
3720.jpg
- Integrates four PXI/CompactPCI slots with eight SCXI slots
- Users can measure up to 256 channels of temperature, pressure, strain, voltage, current, or frequency measurements
- Isolated digital I/O modules and general-purpose relays can be added for monitoring or controlling external devices
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NI PXIe-1082
8-slot 3U PXI Express Chassis with AC - Up to 4 GBps (+)
Features:
45187.jpg
- 4 hybrid slots, 3 PXI Express slots, 1 PXI Express system timing slot
- 507 W total power available from 0 to 55 °C
- High performance - up to 1 GBps per-slot dedicated bandwidth and 4 GBps system bandwidth
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PXI-2584
Capable of routing signals up to 600 V (+)
Features:
- Dual 6x1 1-wire high-voltage multiplexer, which occupies a single 3U PXI slot and offers CAT II certification at 300 V, is capable of routing general-purpose ATE loads or high-voltage, low-current signals
- With channel-to-ground isolation of up to 600 V CAT I and multimode configurations, it is suitable for fuel cell and battery stack testing applications
- The switch module offers an innovative interleaved topology for making differential measurements on 11 channels of a battery stack with just two 6x1 1-wire multiplexers, substantially reducing the total cost per differential channel
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PXI-1042/PXI-1010
A general-purpose, eight-slot chassis for PXI (+)
Features:
15819.jpg
- Accepts both 3U PXI and 3U CompactPCI modules
- Complies with PXI and CompactPCI specifications
- Complies with IEEE-1101.10 mechanical packaging
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PXI-8231/8232
A set of Gigabit Ethernet interfaces for PXI (+)
Features:
- Gigabit Ethernet Interfaces with up to 1000Base-T transfers
- Compatible with 10Base-T and 100Base-TX
- Automatic cable polarity detection
-
PXI-1042
A general-purpose, eight-slot chassis for PXI (+)
Features:
- Accepts both 3U PXI and 3U CompactPCI modules
- Complies with PXI and CompactPCI specifications
- Complies with IEEE-1101.10 mechanical packaging
-
PXI-8174
Low-cost embedded PXI controller (+)
Features:
- Celeron 566 MHz processor
- Full 132 MBps PCI bandwidth
- Internal PXI Trigger Bus routing
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PXI-8221
PC Card carrier module (+)
Features:
- Accepts 2 type I/II cards or 1 type III card, 3.3 and 5 V
- Accepts PCMCIA (16-bit) and CardBus (32-bit)
- Serialized interrupt request (IRQ) in PXI handles legacy ISA-style interrupts
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NI PXI-8187
Configure a complete PXI system with the PXI Advisor (+)
Features:
- 2.5 GHz Pentium 4 M processor
- 256 MB DDR RAM standard, 1 GB maximum
- Integrated hard drive, USB 2.0, Ethernet, GPIB, and other peripherals
-
PXI-8187
Configure a complete PXI system with the PXI Advisor (link below) (+)
Features:
- 2.5 GHz Pentium 4-M processor
- 256 MB DDR RAM standard, 1 GB maximum
- Integrated hard-drive, USB 2.0, Ethernet, GPIB, and other peripherals
-
PXI-8186
Configure a complete PXI system with the PXI Advisor (link below) (+)
Features:
- 2.2 GHz Mobile Intel Pentium 4 processor
- 256 MB DDR RAM standard, 1 GB maximum
- Integrated hard-drive, USB 2.0, Ethernet, GPIB, and other peripherals
-
ZTEC Instruments, Inc.
(8)
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ZT1000PXI
ZT1000PXI generates or receives trigger signals for the thirteen PXI star triggers and the eight PXI triggers (+)
Features:
12331.jpg
- The ZT1000PXI is a PXI star slot (slot 2) clock and trigger source in a single-wide, 3U PXI card
- TCXO or OXCO timebase
- Optional GPS synchronization and event time stamping
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ZT530/532VXI
Three-in-one instrument: Arbitrary waveform, function, and digital pattern generator (+)
Features:
- 2 (PXI) or 4 (VXI) channels simultaneous, 16-bit resolution
- 160 MSps data rate with 2x, 4x and 8x interpolation filter for up to 400 MSps
- Up to 2 MS record length per channel
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ZT450
Series of high-speed, low-power modular Digital Storage Oscilloscopes (DSO) for PCI, CompactPCI/PXI, and VXI (+)
Features:
21165.jpg
- Built on data conversion technology with deep waveform memory
- DSO performance in a modular instrumentation form factor
- Extensive benchtop DSO capabilities
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ZT450PXI-00 -Digital-Storage Oscilloscope
2 (PCI, PXI) or 4 (VXI) channels (+)
Features:
- 8-bit resolution
- 1 GSps to 2.5 GSps single-channel interleaved sample rates
- 500 MHz to 1 GHz max analog bandwidth
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ZT420PXI
A single-channel 200 Msample/sec digitizer in a single-wide, 3U PXI/CompactPCI board (+)
Features:
- True 8-bit digitizer
- 100 MHz analog bandwidth
- 4 Msample memory size
-
ZT450 family of products
Family of modular digital storage oscilloscopes (+)
Features:
22879.jpg
- High-speed, low-power modular DSO with benchtop instrument features
- Expands test and measurement capability of PCI, CompactPCI/PXI, and VXI
- Two (PCI and CompactPCI/PXI) or four (VXI) channels
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ZT432VXI
2 channel (PXI) or 4 channels simultaneous (VXI), 12-bit resolution (+)
Features:
- 200 MS/s, 90 MHz analog bandwidth
- Up to 4 MS record length per channel
- Programmable range, offset, coupling, impedance, sampling rate, and analog filtering
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ZT530PXI
A dual-channel, 160 Msamples/sec data, 400 Msamples/sec DAC, 16-bit arbitrary waveform generator (+)
Features:
17198.jpg
- Single-wide, 3U PXI/CompactPCI card
- 32-bit digital TTL outputs provide time markers, sync, or pattern outputs
- Up to 1 Msample/channel memory
-
Tracewell Systems, Inc.
(8)
-
S32
A rugged rack-mount or bench-top system designed primarily for commercial or industrial PXI applications requiring a large number of instruments in a single chassis (+)
Features:
- 18-slot 3U PXI backplane is Hot Swap compatible and supports standard 64-bit PXI and CompactPCI boards
- 6U form-factor provides extra board space for circuitry and additional I/O
- System slot includes three additional expansion slots to support up to a 4-slot controller
-
S32
A rugged rack-mount or bench-top system designed primarily for commercial or industrial PXI applications requiring a large number of instruments in a single chassis (+)
Features:
8396.jpg
- 18-slot 3U PXI backplane is Hot Swap compatible and supports standard 64-bit PXI and CompactPCI boards
- 6U form-factor provides extra board space for circuitry and additional I/O
- System slot includes three additional expansion slots to support up to a 4-slot controller
-
S32-RH
Supports (7) 3U and (7) 6U PXI modules (+)
Features:
- Welded laminate construction
- 800 W plugging power module - 60 A on 5 V and 3.3 V
- 14-slot 3U/6U dual stack PXI backplane
-
S32 for PXI
18-slot PXI/CompactPCI rugged rack-mount or bench-top instrumentation system (+)
Features:
- System slot left with three expansion slots to support a 4-slot controller
- 600W power supply with PFC
- Backplane is hot swap compatible with dual configurable bridges
-
S32 for PXI
18-slot PXI/CompactPCI rugged rack-mount or bench-top instrumentation system (+)
Features:
- System slot left with three expansion slots to support a 4-slot controller
- 600W power supply with PFC
- Backplane is hot swap compatible with dual configurable bridges
-
Custom Backplanes
Custom designed backplanes for CompactPCI, PXI, VME, VXI, and proprietary architectures (+)
Features:
- Typical applications are high-speed onboard circuitry, controlled impedance, low capacitance, high-density connector technology, and varied layer counts
- Complete parametric testing [...]
-
Custom Backplanes
Custom designed backplanes for CompactPCI, PXI, VME, VXI, and proprietary architectures (+)
Features:
- Typical applications are high-speed onboard circuitry, controlled impedance, low capacitance, high-density connector technology, and varied layer counts
- Complete parametric testing [...]
-
Tracewell R-HPC VXI
Welded laminate construction for high strength (+)
Features:
- 2.2KW distributed power system
- High-pressure plugging fan module; 450CFM at 0.4"
- RS-485 compatible intelligent monitoring
-
B & B Technologies, Inc.
(2)
-
N/A
B & B Technologies, Inc. Services: Requirements Analysis, Driver Software Development, Application Software Development, System Design, System Integration, System Installation, Instrumentation Design, Instrument Prototyping and Test, Circuit Design, DSP Design, Training (+)
Features:
- Experience with the following operating systems, languages and standards: Windows (3.1, 95, 98, NT), DOS, Macintosh, UNIX, LabVIEW, LabWindows CVI, C, GPIB, serial interfaces, CAMAC, VXI, VME, PXI, ISA bus, PCI bus, 1553 bus and TCP/IP
- Extensive experience with data authentication and encryption
- General application areas of expertise include the following: Automated Test Equipment, Data Acquisition, Driver Software, Environmental Monitoring, Image Processing, Industrial Automation, Instrument Control, Medical Laser Instrumentation, Motion Control/Robotics, Remote Monitoring and Control, RF/Microwave, Signal Conditioning, Test and Measurment, Training [...]
-
PES 1632
32-bit counter/timer devices for CompactPCI/PXI computers (+)
Features:
- Each of the eight counter/timers has a gate, up/down, and source input that are controlled by external or internal timing signals
- Designed for extended functionality for new applications such as two-signal edge separation measurement
- Each counter accepts source inputs up to 80 MHz
-
Chroma Systems Solutions, Inc.
(6)
-
52601
PXI/CompactPCI general purpose relay card 16/32 channel (+)
Features:
- 1-Slot, 3U PXI card
- PXI 1.0 compliant with PXI Trigger Bus and Local Bus support
- Programmable delay close/open after commands are issued
-
52630
PXI/cPCI RELAY MATRIX CARD (+)
Features:
- 16/32 Channel
- MODELs 52631/52632
- Ideal Relay Matrix Card for ATE Application
-
52610
PXI/cPCI SCAN/MUX CARD (+)
Features:
- 16/32/60 CHANNEL
- Models 52611/52612/52613/52614
- 1-Slot, 3U PXI card
-
52640
52640 Series PXI/cPCI POWER RELAY CARD (+)
Features:
- 8/16 CHANNEL
- Models 52641/52642/52643
- Ideal Power Relay Card for ATE Application
-
52901
PXI / CompactPCI PROTOTYPE CARD (+)
Features:
- Designed for expeditious prototype and application development
- Built in an ALTERís ACEX EP1K100 CPLD (ComplexProgrammable Logical Device) for logical application development without any additional circuitry
- Design your own applications rapidly using the industrial standard language VHDL, and to integrate them into the systems with PXI and CompactPCI industrial standard
-
52600
52620 Series PXI/cPCI RF MULTIPLEXING SWITCHES CARD (+)
Features:
- 900MHz/1.3GHz/3Ghz
- Model 52621/52622/52624/52625 /52626/52628
- 1-slot 3U PXI card
-
Keithley Instruments, Inc
(15 of 26)
-
KPXI-SYS-14-500
Model KPXI-SYS-14-500 3U PXI 14-Slot Instrument Chassis with 500W AC Power (+)
Features:
- PXI 2.2 compatible
- 3U PXI boards supported
- From 5 up to 17 peripheral PXI slots
-
KPXI-SYS-18-460X2
Model KPXI-SYS-18-460X2 3U PXI 18-Slot Instrument Chassis with 460W+460W Power (+)
Features:
- PXI 2.2 compatible
- 3U PXI boards supported
- From 5 up to 17 peripheral PXI slots
-
KPXI
PXI chassis, controllers, and boards for hybrid test systems using mixed instruments and modules from different vendors, especially designed for production test applications (+)
Features:
- KPXI-SYS Instrument Chassis -
3U, half-rack and full rack, 6 to 18 slot PXI instrument chassis can be configured as master/slave units, with 250 to 500W power supplies (redundant hot swappable in 18-slot chassis), filtered forced air cooled; PXI 2.2 compatible, IEEE 1101.10 compliant; chassis include system slot, 10MHz reference clock available to all PXI slots, star trigger functionality, and PXI trigger bus; internal alarm system monitors power supply, temperature and hot swappable cooling fans; designed especially for hybrid systems using PXI modules from multiple vendors. Also includes extension modules.
- KPXI-CON-PM System Controllers -
PXI controllers wi th 1.3 or 1.8GHz Intel CPU and 855GME chipset, 512MB or 2GB RAM, 40GB or 80GB hard drive, and Windows® XP Professional; programmable general purpose I/O and watchdog timer ports for Ethernet, USB, RS-232, audio, PXI trigger, VGA, and more; supports hot swappable CompactFlash card, USB 2.0 ports, and gigabit Ethernet; can connect to LXI, USB, or RS-232 instruments natively in hybrid systems; controls GPIB instruments when used with a KPXI-488 or KUSB-488A interface board; ideal for high-speed pass/fail test communications by connecting the controller I/O port directly to an instrument's digital I/O.
- KPXI-AI-2-65M 2-Channel, 65MS/s, 14-Bit Digitizer Module - allows 130MS/s max rate when both channels are used in alternating mode with external timebase; has 2 single-ended bipolar, analog inputs, and 2 synchronous digital input lines operating independently; programmable input ranges of ±1V and ±5V and user-configurable input impedances of 50Ω or 1.5Ω; >30MHz at –3dB bandwidth; synchronize multiple modules through PXI trigger bus; KDIG-DRVR drivers for Visual Basic, Visual C, .NET, and KI-DAQ drivers for LabVIEW™; free data file converter and VB example software; ideal for high-speed waveforms (time and frequency domain), pulse response measurements, wireless testing, and applications requiring mass data storage.
-
KPXI-SYS-8-400
Model KPXI-SYS-8-400 3U PXI 8-Slot Instrument Chassis with 400W AC Power (+)
Features:
- PXI 2.2 compatible
- 3U PXI boards supported
- From 5 up to 17 peripheral PXI slots
-
KPXI-SYS-6-250
Model KPXI-SYS-6-250 3U PXI 6-Slot Instrument Chassis with 250W AC Power (+)
Features:
- PXI 2.2 compatible
- 3U PXI boards supported
- From 5 up to 17 peripheral PXI slots
-
KPXI-CON-PXIREM
Model KPXI-CON-PXIREM PCI-to-PXI Extension Interface Module for PXI Chassis (+)
Features:
- Direct PC control of PXI systems
- Up to 2 extension links per module
- 64-bit, 66MHz (528MB/s) maximum PCI bus extension
-
KPXI-CON-PCIREM
Model KPXI-CON-PCIREM PCI-to-PXI Extension Interface Module for PCI Chassis (+)
Features:
- Direct PC control of PXI systems
- Up to 2 extension links per module
- 64-bit, 66MHz (528MB/s) maximum PCI bus extension
-
KPXI-CON-PM-1.8G
Model KPXI-CON-PM-1.8G 3U PXI System Control Module with Pentium M 1.8GHz CPU, 512MB RAM, 40GB Hard Drive (+)
Features:
- 2GHz maximum onboard CPU speed
- Up to 2Gbyte memory
- Up to 80Gbyte hard drive
-
KPXI-CON-CM-1.3G
Model KPXI-CON-CM-1.3G 3U PXI System Control Module with Celeron M 1.3GHz CPU, 512MB RAM, 40GB Hard Drive (+)
Features:
- 2GHz maximum onboard CPU speed
- Up to 2Gbyte memory
- Up to 80Gbyte hard drive
-
KPXI-CON-PM-1.8G-PL
Model KPXI-CON-PM-1.8G-PLUS 3U Pentium M CPU Module with Pentium M 1.8GHz CPU, 2GB Memory, 80GB Hard Drive (+)
Features:
- 2GHz maximum onboard CPU speed
- Up to 2Gbyte memory
- Up to 80Gbyte hard drive
-
KPXI-DIO-32-32
Model KPXI-DIO-32-32 32 Isolated Digital Input and 32 Isolated Digital Output PXI Module (+)
Features:
- Up to 64 isolated digital I/O channels
- Up to 8 relay outputs
- Up to 10 counter/timers
-
KPXI-DIO-16-16
Model KPXI-DIO-16-16 16 Isolated Digital Input and 16 Isolated Digital Output PXI Module (+)
Features:
- Up to 64 isolated digital I/O channels
- Up to 8 relay outputs
- Up to 10 counter/timers
-
KPXI-DIO-48
Model KPXI-DIO-48 48-Channel Digital I/O PXI Module (+)
Features:
- Up to 64 isolated digital I/O channels
- Up to 8 relay outputs
- Up to 10 counter/timers
-
KPXI-DIO-0-64
Model KPXI-DIO-0-64 64 Isolated Digital Output PXI Module (+)
Features:
- Up to 64 isolated digital I/O channels
- Up to 8 relay outputs
- Up to 10 counter/timers
-
KPXI-DIO-64-0
Model KPXI-DIO-64-0 64 Isolated Digital Input PXI Module (+)
Features:
- Up to 64 isolated digital I/O channels
- Up to 8 relay outputs
- Up to 10 counter/timers
-
PXIT
(15 of 18)
-
PX2000-514A
A 3U PXI 13-slot chassis that accommodates PXI controller and up to 13 PXI boards (+)
Features:
- Integral PCI/PXI bridge
- Full PXI functionality on all slots
- 19-inch rackmount case
-
PX2000-514B
A 3U PXI 13-slot chassis that accommodates PXI controller and up to 13 PXI boards (+)
Features:
- Integral PCI/PXI bridge
- Full PXI functionality on all slots
- 19-inch rackmount case
-
PXI Development Starter Kit
PXIT's PX2000-107 PXI Breadboard product is enhanced to provide a starter kit for developers of custom PXI modules (+)
Features:
- The kit contains a development breadboard, a function generator daughter board, two breadboard mezzanine cards, and the required software and documentation for deployment
- The PX2000-107 acts as a PXI motherboard accepting application daughter board
- Final designs are implemented on the user's own daughter cards using the PX2000-107 as a carrier card [...]
-
PX2000-104
CompactPCI/PXI two-pole 30-channel multiplexer suitable for high-voltage applications (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- Reed relay DPST, 250V 2A contacts, DC-1 MHz bandwidth
- Front panel multipole connector
-
PX2000-108
CompactPCI/PXI high-density-solid-state multiplexer that can be configured to scan up to 192 single pole channels or 96 differential channels (+)
Features:
- Programmable scanning using onboard microcontroller, PXI triggering, PXI local bus connectivity for combining multiple cards, ADC daughter card option
- Drivers for IVI, VISA, LabVIEW, and LabWindows
- Additional support provided for Visual Basic, C, and C++ through documented DLLs and example programs
-
PX2000-106
CompactPCI/PXI driver output card is an open collector driver module for external relay control (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- 64 individual relay drive lines
- 30V 250mA with integral protection diodes
-
PX2000-101
Series of CompactPCI/PXI high-density reed relay matrix switch modules for general-purpose applications (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- Switch topology configured as quad 10 x 4 channel matrix with onboard dual 20 x 4 or single 40 x 4
- Reed relay SPST, 100V 1A contacts, DC-1 MHz bandwidth
-
PX2000-103
CompactPCI/PXI relay matrix switch for general purpose applications (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- Switch topology configured as quad 10 x 4 channel matrix
- Relay type SPST, 250V 2A contacts, DC-1 MHz bandwidth
-
PX2000-105
CompactPCI/PXI actuator module for high-power switching applications (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- Relay topology is 10 x SPDT (Form C) relays and 15 x SPST (Form A)
- Armature relay SPDT and SPST, 250V 2A contacts
-
PX2000-102
CompactPCI/PXI high-density multiplexer for general purpose applications (+)
Features:
- Designed to work in PXI chassis in combination with other PXI modules
- Switch topology configured as 47-channel 2-pole tree switch (or configurable as a 94-channel 1-pole scanner)
- Reed relay DPST, 100V 0.5A contacts, DC-1 MHz bandwidth
-
PX2000-107
General purpose prototyping board designed for PXI system integrators (+)
Features:
- Mezzanine option
- Onboard decoding
- PXI Trigger Bus and Local Bus
-
PX2000-107A
A PXI development board for PXI prototyping or custom application design (+)
Features:
- Includes Local Bus and Trigger support, prototype area, blank front panel, software drivers, and application documentation [...]
-
PX2000-333
A digital communications and jitter analysis module (+)
Features:
- Provides the functionality of two traditional instruments in a single module
- Complies with the PXI open architecture standard
- Uses data acquisition techniques and advanced signal processing to offer serial data analysis, DCA, and jitter analysis capabilities
-
PX2000-25x
PXI optical switching modules in 3U and 6U formats (+)
Features:
- Topologies include 2:1, 4:1, 8:1, and 2 x 2 formats
- Modules use moving prism and mirror technologies to provide low loss switching over a wide range of wavelengths including the c-Band used by contemporary DWDM systems
- Various connector configurations are available
-
PX2000-202
CompactPCI/PXI quad 4:1 75Ω RF multiplexer (+)
Features:
- Coaxial reed relay SPST, >200 MHz bandwidth, 28 dB return loss,
- Coaxial cable loom to Type 43 (75Ω SMB) connectors [...]
-
GOEPEL electronic
(15 of 30)
-
Series 61
Programmable bus communication controller for automotive electronics and engine control units (+)
Features:
45219.jpg
- With the modules PXI 6153, PXI 6173, PXI 6181 and PXI 6191, GOEPEL electronic provides the first communication controllers for CAN, LIN, K-Line and FlexRay based on the highly powerful Series 61
- Using this new architecture, users are able to individually and flexibly configure these controllers according to their individual needs, and to functionally upgrade at a later point in time
- The basic configuration features two separate communication interfaces
-
SFX PXI 1149.x
PXI based Boundary Scan controller family for the revolutionary Boundary Scan hardware platform SCANFLEX®.
Called SFX/PXI1149-(x), this new family of SCANFLEX Boundary Scan controllers (SFX controllers) consists of 3U PXI modules in three performance classes. (+)
Features:
24874.jpg
- SFX/PXI1149-(x) controllers are available in three different performance classes A, B, and C
- models differ in the upper TCK frequency limit (maximum of 20, 50, or 80 MHz, respectively) as well as the level of implementation of the enhanced SPACE™ II chip set for high performance scan operations
- The integrated FASTSCALE™ technology allows an upgrade of the controller's performance class “on the fly”, without intricate mounting of additional hardware
-
PXI 5348 Boundary Scan Differential I/O
Operation in PXI and CompactPCI racks (+)
Features:
20588.jpg
- 48 differential test channels
- PXI increment supports the following differential standards: VDS, BLVDS, LVPECL
- Each channel is input, output or bi-directional depending on I/O standard
-
SCANFLEX BScan controller SFX/PXI1149-(x)
PXI based Boundary Scan controllers for the revolutionary Boundary Scan hardware platform SCANFLEX® (+)
Features:
- SFX/PXI1149-(x) consists of 3U PXI modules in three performance classes
- By combining extended structural tests, based on the scalable SCANFLEX system architecture, with functional tests utilizing additional PXI instruments, one can achieve a vast improvement in both test coverage and quality of diagnostic output
- models differ in the upper TCK frequency limit (maximum of 20, 50, or 80 MHz, respectively) as well as the level of implementation of the enhanced SPACE™ II chip set for high performance scan operations
-
PXI/PCI 3058
PXI/PCI CAN communication card as low-cost solution. PXI/PCI 3058 is based on the successfully established PXI 3051 – a solution that resulted from direct customer inquiries. (+)
Features:
- four ports (CAN controller) provide the hardware performance
- each channel is a 32BIT CAN controller
- pluggable transceiver modules
-
PXI 3240 Comparator
PXI 3240 is a comparator module with 16 input channels (+)
Features:
- Especially suited for signal monitoring applications
- The card records and evaluates analog signals and outputs a Pass/Fail message (2 levels per channel) PXI 3240 can be operated in a CompactPCI or a PXI system
- 16 input channels
-
PXI 4011 Simulation card 4 encoder interface
PXI 4011 for the single-ended incremental encoder simulation had been developed for a special customer requirement and is now being offered as a single PXI solution (+)
Features:
- It has four channels and three tracks per channel
- The user part is galvanically isolated from the PXI part (therefore not grounded)
- Tracks A, B and zero as 30 V signal single-ended
-
PXI 3080 Multi Bus Controller
For CAN and LIN applications in automotive industry (+)
Features:
- Usable for test systems in vehicle production, and test solutions for mixed bus systems
- 2x CAN with same features as PXI 3051 CAN Controller
- 2x LIN with same features as PXI 3072 LIN Controller
-
PXI 3116-16
16 channel analog output (+)
Features:
- PXI 3216 allows the parallel, synchronous output of 16 analog signals at a maximum update rate of 100 KHz
- Every channel has a 32 kWord memory
- Card is especially suited for application as signal generator or arbitrary waveform generator
-
PXI-3220-8
8 channel analog output (+)
Features:
- PXI 3220 allows the parallel, synchronous output of 8 analog signals at a maximum update rate of 500 kHz
- Every channel has a 64 kWord memory
- The card is especially suited for application as signal generator or arbitrary waveform generator
-
SCANFLEX for PXI
With innovative Boundary Scan Power Supplies, Digital I/O, Differential I/O, and Mixed Signal I/O PXI modules, GOEPEL Electronics offers a complete range of PXI products for the integration in respective ATE systems to support Extended Boundary Scan operations in combination with various other test and programming methodologies (+)
Features:
33781.jpg
- SCANFLEX excels when it comes to speed, flexibility, and modularity of a Boundary Scan test system [...]
-
PXI 4011
Four channels and three tracks per channel (+)
Features:
17688.jpg
- User part is galvanically isolated from the PXI part (therefore not grounded)
- Voltage range between 5 to 30V
- Frequency of up to 200kHz
-
JTAG controller PXI 11491
High-performance boundary scan controller for PXI/CompactPCI bus (+)
Features:
19877.jpg
- Supports two independent TAPs/8-gang TAPs
- Integrated SPACE architecture with memory behind the pin
- Programmable test clock up to 30 MHz in steps of < 250 kHz
-
PXI 5296 Boundary Scan Digital I/O
Operation in PXI and CompactPCI racks (+)
Features:
20591.jpg
- 96 test channels
- All channels can be interconnected in hot-swap mode; safe contacting is possible without PXI system being switched off
- 96 test channels are subdivided into three groups with 32 channels each
-
PXI 4010
Input Signal Simulator (+)
Features:
- PXI 4010 provides an interface for the simulation of incremental input signals
- Generates a signal for trace A, a signal for trace B and a zero-trace signal
- SSI input signal can be simulated
-
MEN Micro Elektronik GmbH
(11)
-
D203
A 6U CompactPCI/PXI carrier board for M-Modules (+)
Features:
14966.jpg
- One CompactPCI bus slot
- One PXI slot
- Four M-Module slots
-
190008
A 1/2 19” PXI desktop enclosure for 3U cards (+)
Features:
- IEEE-1101.10 compliance
- Seven-slot, 3U PXI backplane
- 250W, open-frame power supply
-
190007
A 19” PXI desktop enclosure for 6U cards (+)
Features:
- IEEE-1101.10 compliance
- 14-slot, 3U PXI backplane
- 650W, open-frame power supply
-
F9 PXI System Controller
PXI system controller featuring Intel Pentium M (LV @ 1.8 GHz) or Celeron M (ULV @ 600 MHz) processors (+)
Features:
- Single-slot 32-bit PXI/CompactPCI system controller complete with on-board I/O and peripherals
- 1 GB DDR RAM (SO-DIMM) and socket for CompactFlash memory or IBM Microdrive or 1.8“ hard disk
- Integrated VGA graphics controller with DVI-I connector on front panel or rear I/O
-
F2
A 3U Super Socket 7, 32-bit Pentium II-class workstation for industrial requirements (+)
Features:
- Supports AMD's K6 processor with internal 100 MHz bus frequency and 400 MHz clock speed
- Features 10/100 Mbit Ethernet
- UARTs
-
F7
A 3U/6U, CompactPCI/PXI Pentium III-based SBC (+)
Features:
- Celeron or Pentium III processor at 733/850 MHz
- One-slot, 32-bit CompactPCI system master
- PXI system controller
-
M36N M-Module
An analog input mezzanine board (+)
Features:
35225.jpg
- Can be used as an I/O extension for CompactPCI, PCI, PXI, or VME embedded systems as well as on stand-alone SBCs
- Provides high resolution and precise data acquisition for analog signals
- 8/16 current or voltage inputs
-
M81
A 16-channel, fully isolated, fully protected binary output M-Module for industrial applications (+)
Features:
- Based on the M-Module ANSI standard
- Usable as an I/O extension in any type of bus system, including CompactPCI, VME, PXI, and stand-alone SBCs
- Outputs switch AC or DC voltages and can also be used for analog signals
-
D2 6U Workstations
32-bit Pentium-based PC for industrial requirements (+)
Features:
- Supports Intel's Tillamook processor with internal 100 MHz bus frequency and 400 MHz clock speed
- 10/100 Mbit Ethernet
- UARTs
-
M35N M-Module
A 16-channel analog input M-module mezzanine (+)
Features:
- 8/16 current or voltage inputs
- 14 bits resolution
5µs acquisition/conversion time
- Precision better than 0.05%
-
P16
The P16 is based on the PC-MIP ANSI mezzanine standard (+)
Features:
13912.jpg
- It can be used as an I/O extension in any type of bus system
- CompactPCI, PXI, VME or on any type of stand-alone SBC
- Appropriate PC-MIP carrier cards in 3U, 6U, and other formats are available from MEN or other manufacturers
-
EADS North America Defense
(4)
-
PX403D
Up to four industry-pack (IP) modules in a single slot (+)
Features:
- Over 350 industry-pack modules available
- PXI, CPCI/IP compliant
- Multiple interface types in a single PXI slot
-
1461-14
Exceptional forced-air cooling for high-speed and RF applications (+)
Features:
- Single bridge card design for optimal backplane throughput
- Accepts 3U PXI, compactPCI and 111.7 mm modules
- 526 watts of power available to 14 slots
-
3155
100 MS/sec, 14-bit PXI arbitrary waveform generator (ARB) (+)
Features:
12348.jpg
- High dynamic range up to 84 dB
- High-speed operation
- Arbitrary sweep capabilities
-
2165
A two-channel PXI digitizer (+)
Features:
18863.jpg
- Provides analog signal acquisition and digital output, as well as time and frequency domain analysis and display capability
- Two independent analog input channels can be either single-ended or differential
- 14-bit resolution per channel and a sample rate up to 70 MSps
-
Signametrics Corporation
(7)
-
SMX2055 PXI/Compact PCI Digital Multimeter
At $795, the *NEW* SMX2055 is the fastest and most accurate 5-1/2 digit PXI DMM available. It is also the least expensive. (+)
Features:
- The SMX2055 is a robust full featured PXI DMM. Its price performance ratio is a breakthrough in the PXI DMM market. It feels and looks like the best of the bench-top name-brand DMMs you are used to. It runs circles around any other plug-in 5-1/2 digit DMM. It has the best set of specs, and it backs it up with Signametircs extensive experience in DMM designs [...]
-
SMX2055
5-1/2 digit PXI/CompactPCI DMM (+)
Features:
- True 5-1/2 digit +-240,000 counts digital multimeter
- 100 readings per second (rps)
- Fast range and function switching
-
SMX2044 PXI/CompactPCI 7 1/2 digit DMM
This family of 6-1/2 digit DMMs plug into any 3U PXI or CompactPCI Chassis (+)
Features:
- They sport +3,300,000 counts, which is over 300 percent more dynamic range than other units in this category
- All the functionality and performance expected of a high quality bench-top DMM plus Thermocouple measurements, Offset Ohms, and various triggering modes
- Adds capacitance, frequency, various timing measurements, Peak-to-Peak, RTD temperature, and more
-
SMX2060
7-1/2 digit PXI Multimeter (+)
Features:
- 1,400 readings per second
- DC and AC volts and current, 2-Wire and 4-Wire Ohms
- Frequency and time measurements
-
SMX2060/64
7-1/2 digit CompactPCI/PXI multimeter with ± 24,000,000 counts (+)
Features:
- LCR - 2-, 4-, and 6-wire resistance, capacitance, and inductance measurements
- True RMS AC measurements
- No latency up to 20,00- reading per second with selectable timing aperture and interval
-
SMX2064
7-1/2 digit PXI Multimeter (+)
Features:
19864.jpg
- 20,000 reading per second
- DC and AC volts and current, 2-wire, 4-wire, 6-wire Ohms
- Capacitance, inductance, frequency, and time measurements
-
SMX2042
A high precision digital multimeter in 3U PXI or CompactPCI format (+)
Features:
- Measures VDC to 330V, VAC to 250V (4 ranges, 100 nV resolution), IDC to 2.5A, and IAC to 2.5A
- Measures 2-wire ohms to 33Meg, and 4-wire ohms to 330k
- Also measures capacitance to 12mF, frequency, pulse width, duty-cycle, event counter, and peak-to-peak voltage
-
MarekMicro
(10)
-
PXI Chassis
A series of PXI 2.1 compliant chassis (+)
Features:
15805.jpg
- Rackmount and desktop PXI chassis with 8, 14, 18, and 21 slots
- Optimized cooling and reduced noise
- Based on MarekMicro's PXI backplane technology [...]
-
PXIB series backplanes
A series of 3U PXI backplanes (+)
Features:
- Available with seven to 21 slots
- All backplanes are PXI 2.0 and CompactPCI 3.0 compliant
- Flexible power supply wiring options, including M connector, ATX, or screw terminals
-
PXIR1400/1800/2100A
A series of 4U, 14/18/21-slot PXI chassis (+)
Features:
- Compliance with PXI2.0/CPCI3.0
- 400W open-frame power supply
- Support 64-bit PCI and PXI signaling on every slot
-
PXIR-1400/1800/2100A
A 14-slot, 18-slot, or 21-slot PXI chassis (+)
Features:
- PXI Bus rev 2.0
- 64-bit CompactPCI Bus rev 3.0
- 400-watt open frame power supply
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PXIC-500/600/700A
A PXI bus 266/400 MHz Pentium-based system controller board (+)
Features:
- Eight PXI trigger lines with flexible trigger protocols
- 256 MB of SDRAM
- 1600 x 1200 CRT graphics with integrated flat panel support
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PXIC0501/0601/0701A/703A
A series of CompactPCI/PXI system controllers (+)
Features:
- Uses a modular approach to separate the CPU, mechanical drives, and interfaces
- In addition to the features supported by the PXIC0500/0600/700/702A controller family, these controllers support two additional COM ports, chassis fan control, 16 GPIOs, hardware monitoring with alarm, (SPDT relay) and a secondary IDE port for connecting CDROM drives and/or additional disk drives
- These features are available on a 100 mm x 100 mm rear I/O module to simplify in-system mounting and wiring.
[...]
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PXIR-800A
An 8-slot PXI chassis (+)
Features:
- 200-watt open-frame power supply
- Integrated CDROM and floppy drives [...]
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PXIB800A
A 3U, 8-slot PXI backplane (+)
Features:
- Complies with PXI2.0 and CompactPCI 3.0
- Supports 64-bit PCI, IPMI/SMB
- Flexible power connection
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CPIE-100A
100BT Ethernet Host adapter (+)
Features:
- Intel 82559ER Fast Ethernet Controller
- 3U for PXI and CompactPCI
- IEEE-802.3 compliant
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PXIB1400/1800/2100A
A series of 3U multi-segment PXI backplanes with 14/18/21 slots (+)
Features:
- Comply with PXI2.0 and CPCI3.0
- Support 64-bit PCI
- Flexible power connection
02/10/12 22:24
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