Rugged VPX board connectors designed to withstand shock and vibration introduced by Hypertronics

August 25, 2011

Click to EnlargePosted by John Keller

HUDSON, Mass., 25 Aug. 2011. Hypertronics Corp. in Hudson, Mass., is introducing the KVPX ruggedized connector for VITA 46/48 VPX embedded computing applications. The KVPX high-reliability VPX connector links single-board computers, mezzanine board computers, and other board products via the VITA 46/48 VPX high-speed switch fabric networking architecture in aerospace and defense, industrial, marine, space, data transfer, telecommunications, and medical applications.

The shielded, high-density, high-speed, modular interconnect system uses the Hypertronics Hypertac contact system, which acts like a bank of tiny Chinese finger traps to hold pins fast inside the connector. Any pulling force that otherwise unmate the connection simply holds on tighter. This system makes the KVPX connector immune to shock and vibration fretting, Hypertronics officials say.

The connector, which is among the first to be designed from the ground up for ruggedness and high reliability in VPX embedded computing applications, is optimized for differential pair architectures on a 1.8 by 1.35-millimeter grid. The waferized daughtercard assembly also provides single-ended and power wafer options.

Hypertronics officials were showing the KVPX connectors to potential beta customers last week at the Association for Unmanned Vehicle Systems International (AUVSI) Unmanned Systems North America trade show in Washington.

The backplane modules are available in 8- and 16-row increments on a 1.8-by-1.8-millimeter grid, with user-configurable keying and integrated stainless steel guidepin and keys. The KVPX connector moves data at speeds from 80 megabits per second to 10 gigabits per second while retaining the same Vita 46 backplane slot pitch at 20.3 to 25.4 millimeters, company officials say.

The 0.40-millimeter Hypertac hyperboloid contact also provides immunity to numerous linear paths of contact, and a self-cleaning wipe action that improves signal integrity. Hypertac offers low insertion and extraction forces, low contact resistance, many mating cycles.

Hypertronics manufactures the KVPX connectors 30 percent glass-filled liquid crystal polymer insulators and potted contacts that withstand high temperatures and exceed NASA space requirements for outgassing, company officials say.

For more information contact Hypertronics online at www.hypertronics.com.

Related stories

-- paste link here;

-- 3U VPX rugged enclosure for UAVs and other mission-critical airborne applications introduced by Dawn VME; and

-- 3U VPX carrier cards for interfacing PMC and XMC cards to VPX embedded computing systems introduced by Acromag.

Social Media Tools

Sponsored by:
Recommend this Article Recommend this Article () You Recommended this Article You Recommended this Article ()

Most Popular Articles


Wire News provided by   

Webcasts

On Demand

A Simulation Environment to Help Avionics Developers Meet DO-178C Objectives

Join Wind River for an educational webinar on how avionics developers can take advantage of the power of Wind River Simics to meet new guidance published in DO-178C.  Clearly, the historic methods of achieving compliance may no longer be acceptable as DO-...
Sponsored by:

DO-178C: The Evolution of Software Technology in Safety

This webinar will examine the impact these supplements will have on certifiable aircraft software development, the developers and the processes which are used.

Sponsored by:

Migrating to DO-178C and other Avionics Software Certification Trends

Wind River, Ada Core and Verocel will show the webcast audience how use of COTS technology and best practices in software certification can improve time to market and reduce risk for safety-critical software developers. Wind River will introduce the benefits...

Featured Sponsor


Avionics Article Archives

Close this offer Close
Military & Aerospace Electronics Defense Executive Ebedded Computing Report Avionics Intelligence
Subscribe
FREE Newsletters from the Aerospace & Defense Media Group
Required field
Required field
Required field
I would like to receive the following e-mail newsletters
Military & Aerospace Electronics Weekly Yes No Required field
Defense Executive Yes No Required field
Embedded Computing Report Yes No Required field
Avionics Intelligence Yes No Required field
In order to subscribe, you must select at least one newsletter above.
No Thanks. No Thanks