Blogs & Videos

See the latest blogs & videos from Pixus Technologies below. 

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Rugged embedded chassis with high-speed backplane slots

Advantages & Disadvantages of 3U vs 6U

3U SOSA aligned vs 6U OpenVPX: a comparison of board real estate, I/O density, thermal limits, and program fit.
Rugged embedded computing modules with sealed circular connectors

ATR Enclosures: Rugged Protection for Military Systems

ATR enclosures for military platforms. Why supplier experience with cooling, SOSA alignment, and MIL-STD qualification lowers program risk.
Astronaut operating advanced spacecraft control systems

What is SpaceVPX?

SpaceVPX (VITA 78) extends OpenVPX for space applications. What system architects need to know before specifying rugged space systems. 
SOSA-aligned VPX backplane circuit board with multiple slot connectors

What is a SOSA Aligned Backplane?

Specifying a SOSA-aligned backplane is critical for MOSA compliance. Learn how to bridge the gap between theoretical standards and physical reality.
Rugged VPX system module with finned heat sink and capped power connectors

Meeting AI Demands: How 3U VPX Packs More Power in a Smaller Footprint

AI is driving a shift to smaller, more powerful military embedded systems. Learn how 3U VPX and advanced cooling enable server-class performance at the tactical edge. 
Rugged embedded electronics enclosure with sealed connectors

Choosing an Advanced Cooling Method for Your Embedded System

High-wattage SOSA® modules require advanced cooling. Learn about advanced thermal management options for your embedded system.