VPX
As a VME progeny standard, VITA/VSO's VPX (VITA 46) form factor provides much higher bandwidth than VME could ever deliver, among other plusses. But there was one issue with VPX: system-level incompatibilities among multiple vendors. Thus VPX's sister standard, OpenVPX (VITA 65) ... Morewas developed, defining modules, slots, and backplane profiles to ensure system-level interoperability. Meanwhile, the VPX/OpenVPX ecosystem continues to grow with additional burgeoning VITA standards such as VITA 62 (Power Supply Modules for VPX/OpenVPX) and VITA 66 (Optical Interconnect on VPX), with more standards sure to arise.
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VPX News
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Taking the guesswork out of VPX power designs with intelligent extender cards
Yesterday — Brian Roberts, Dawn VME ProductsUnderstanding the power requirements of an individual embedded computing card is an important part of overall systems design. What the card will require from the system power supply and, ideally, how those requirements will vary based on workload, is information that factors into system design decisions. Obviously there must always be sufficient power for all system components, across all required voltages and individual power rails. Determining the power needs is the first step.
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Backplane technology: It all starts at the top(ology)
2 months ago — Jerry Gipper, Editorial Director, OpenSystems MediaVPX has opened up the possibilities to designing high performance embedded computing platforms with open standard, open architectures that have never before been possible. Today’s computing platforms are multi-dimensional; you no longer select a parallel backplane and begin plugging in processing and I/O modules to build your embedded computing platform. There are many more options that must be evaluated and decisions made before you start ordering modules and integrating them into a complete system. This complexity has great advantages, but only to those who take the time to fully understand the technology.
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Moving from HPEC to HPESC
2 months ago — Ray Alderman, VITAHPEC (High Performance Embedded Computing) is an acronym used by many VPX product vendors today. With the availability of fast processors like DSPs, GPGPUs, and the new i7 Intel machines, we have the “cycles” to process mountains of data. But, the first few generations of high-speed serial links still left us I/O-bound. The newest generations of fabric silicon are finally giving us the bandwidth to take advantage of the powerful processors in the market, initiating HPEC in many advanced applications.
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Curtiss-Wright’s New Fabric40(tm) Switch Card is First to Bring 40 Gbps Ethernet and InfiniBand(r) Centralized Switching to HPEC and ISR Systems
Posted 2 months ago — By Curtiss-Wright Controls Defense Solutions -
Leadership changes at VITA, Alderman semi-retiring
Posted 2 months ago — By John McHale, Editorial Director, OpenSystems Media - Newer Blog Posts Older Blog Posts
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Video: High-channel Count, Wide Decimation VPX Solutions
Video — Robert Sgandurra, Pentek -
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Video: Industry’s first working, interoperable OpenVPX demo at MILCOM 2009
Video — Mark Littlefield, Curtiss-Wright Controls Embedded Computing -
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Video: Industry’s first working, interoperable OpenVPX demo at MILCOM 2009
Video — Mark Littlefield, Curtiss-Wright Controls Embedded Computing -
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White Paper: Embedded Video Requirements Drive New Mezzanine Card Format: MXC
Video — Craig McLaren, Wolf Industrial Systems, Inc. - Newer Videos Older Videos
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Curtiss-Wright Controls’ Removable FIPS 140-2 Validated Flash Storage Unit and Rugged Network File Servers Now ITAR-Free
Posted 3 months ago — By Curtiss-Wright Controls Defense Solutions -
It’s all about customization, OpenVPX module features user-programmable FPGA
Posted 3 months ago — By OpenSystems Media -
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VITA 75 vs. VPX: Optimizing unmanned vehicle thermal and payload efficiencies
4 months ago — Mike Jones, ADLINK Technology Inc.The fast pace of UAV/UGV/UUV evolution places an ever-increasing demand on size, weight, and power, while the range of use applications – from surveillance to air defense to communications relays – and interest from national security organizations beyond military continue to grow. To accommodate increasing requirements and diminishing budgets, public contractors and private vendors are moving to Size, Weight, Power, and Cost (SWaP-C)-savvy standards-based systems design, such as by utilizing the smaller envelopes of VITA 75 small form factors to replace existing 3U and 6U VPX technologies. This allows the integration of future payload capabilities into the space available in existing mobile platforms.
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VPX helps programmable field of dreams become reality
5 months ago — Kevin Roth, Alpha DataThanks to the mind-boggling processing power available in the newest FPGAs and the organizational structure of 3U OpenVPX systems, a new generation of miniature ruggedized hardware designs is possible. Commercially available hardware combining these technologies allows engineers to quickly and easily build compact systems for the most demanding tasks.
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VPX News
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Silicon Mechanics Now Offers Nvidia Tesla K40 Gpu Accelerator
6 days ago -
BittWare and PLDA Partner to Deliver 10G Low Latency TCP Offload, UDP and PCIe IP Cores on Altera Stratix-based Hardware
Last week -
New VPX Resources from Elma Help Identify Proper Backplane Profiles
Last week -
PCI-Systems introduces 28V input, 1,300W, intelligent AIR cooled 6U VPX Power Supply series
2 weeks ago -
Curtiss-Wright’s New Rugged Switch Solutions Lower the Cost of Gigabit Ethernet Connectivity in SWaP-Optimized Packages
3 weeks ago -
Curtiss-Wright Debuts Industry’s First High-Speed 40Gbps Gen3 OpenVPX(tm) Backplane
3 weeks ago -
X-ES Ships VITA 67 RF Tuner System with VPX Intel(r) Core(tm) i7 Processor
3 weeks ago
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