Topic: SpaceVPX

Standards-driven innovation: A perspective on SpaceVPX

June 23, 2022

Standards-driven product innovation creates a symbiotic relationship between systems integrators and technology developers. As new component-level technologies are introduced, they enable faster, lower-cost, and improved SpaceVPX (VITA 78.0) platform implementations. SpaceVPX systems that utilize these new technologies will have an increased adoption and deployment rate, creating improved development investment returns for the component suppliers while enabling accelerated deployment and usage of the integrated SpaceVPX systems.

Powering SpaceVPX systems – How to implement efficient standards-compliant solutions faster

December 02, 2021

New Development Chassis From Pixus Technologies Supports Dual Board Depths, SpaceVPX

June 23, 2020

Unmanned

SpaceVPX and the world of interconnect

June 18, 2020

Comms

Microcontroller for SpaceVPX, RF signal chain management

March 03, 2019

Radar/EW

SpaceVPX adds fault tolerance, cuts cost for space-bound HPEC systems

June 09, 2015

Radar/EW

SpaceVPX extends the embedded computing standard to meet the special demands of space

December 05, 2014

Unmanned

Rugged UAV connectors meet the end-to-end challenge for speed and space savings

July 27, 2012

Eletter Product

1st Off-the-Shelf Quad-Core LEON 4FT 3U SBC

September 12, 2019

Open architectures and standards for space

August 29, 2019

Open standards and space applications

June 07, 2019

SpaceVPX standard ratified by VITA Standards Organization

April 14, 2015

Creating common standards for satellite payload designs

October 12, 2011

Unmanned

Image via Abaco Systems

FPGA processing card to increase data processing speeds released by Abaco Systems

April 08, 2026

Defense sonobuoy gets LRIP nod from U.S. Navy
April 07, 2026
Black Widow drones ordered by NATO ally from Red Cat
April 03, 2026
Counter-drone system ordered by Sweden from Saab
April 03, 2026
Rheinmetall, Boeing Australia to team on collaborative combat aircraft for Germany
March 31, 2026

More Unmanned

Radar/EW

Photo: Rodney Braithwaite via Australian government

Over-the-horizon radar technology from Australia to support Canada Arctic surveillance plans

April 07, 2026

7STARLAKE Launches 1U Rugged Xeon 6 Short-Depth Servers for Radar Processing and Precision Timing
April 02, 2026
Electronic warfare systems to be supplied for U.S. Navy ships by Northrop Grumman
March 31, 2026
Space computing, radios, microwave electronics showcased at SatShow Week 2026
March 30, 2026
High-Performance Signal Processing and Embedded Computing Seminar Registration Now Open
March 30, 2026

More Radar/EW

A.I.

Image via Qinetiq

Mission data center to be established in Belgium by QinetiQ

April 02, 2026

Agentic AI capabilities to be integrated into defense platforms by BAE Systems, Scale AI
March 27, 2026
Artificial intelligence tools to be explored for GlobalEye aircraft by Saab and Cohere
March 24, 2026
Electronic warfare autonomy software demonstrated by L3Harris, Shield AI
March 12, 2026
GUEST BLOG: Modernizing mission compute -- Enabling AI through modular GPU expansion
March 10, 2026

More A.I.

Comms

Image via General Dynamics

Advanced reconnaissance vehicles from General Dynamics to enter next phase for U.S. Marine Corps

April 08, 2026

Space surveillance ground systems to be modernized for U.S. Space Force by L3Harris
April 08, 2026
Advanced reconnaissance vehicles to be delivered to U.S. Marine Corps by Textron Systems
April 06, 2026
Satellite deployers to be used on JAXA small satellite mission by Exolaunch
April 06, 2026
Solid-state data recorders to be supplied for missile-tracking satellites by Mercury
April 06, 2026

More Comms