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WaveTherm Expansion: What's New for 2026
WaveTherm is growing. Strong product performance and growing customer adoption have put us in a position to reinvest in our operations in a meaningful way. We recently acquired adjacent space,...
WaveTherm Expansion: What's New for 2026
WaveTherm is growing. Strong product performance and growing customer adoption have put us in a position to reinvest in our operations in a meaningful way. We recently acquired adjacent space,...
MOSA, SOSA, and VITA Explained: The Standards B...
If you work in defense embedded computing, you have probably encountered MOSA, SOSA, VITA, and VPX in the same conversation and wondered exactly how they fit together. Add IEEE, SpaceVPX,...
MOSA, SOSA, and VITA Explained: The Standards B...
If you work in defense embedded computing, you have probably encountered MOSA, SOSA, VITA, and VPX in the same conversation and wondered exactly how they fit together. Add IEEE, SpaceVPX,...
How to Choose the Right VPX Ejector Handle
Choosing the right VPX ejector handle starts with one question: do you need a retained ejector or a standard one? This guide walks through WaveTherm's three ejector families, covering when...
How to Choose the Right VPX Ejector Handle
Choosing the right VPX ejector handle starts with one question: do you need a retained ejector or a standard one? This guide walks through WaveTherm's three ejector families, covering when...
Which WaveTherm Wedgelock Is Right for Your App...
The wedgelock is one of the most application-specific components in a VPX system. This guide covers WaveTherm's full SOLIDWEDGE™ wedgelock configurations and maps each to the application it was designed...
Which WaveTherm Wedgelock Is Right for Your App...
The wedgelock is one of the most application-specific components in a VPX system. This guide covers WaveTherm's full SOLIDWEDGE™ wedgelock configurations and maps each to the application it was designed...
How SOLIDWEDGE™ Clamping Force Is Calculated
Clamping force is the output of a wedgelock mechanism, and it drives two of the most critical performance requirements in a conduction-cooled VPX system: mechanical retention under shock and vibration,...
How SOLIDWEDGE™ Clamping Force Is Calculated
Clamping force is the output of a wedgelock mechanism, and it drives two of the most critical performance requirements in a conduction-cooled VPX system: mechanical retention under shock and vibration,...
How Wedgelock Thermal Performance Is Measured
Learn how wedgelock thermal resistance is measured using VITA-compliant test fixtures. This guide covers thermal resistance calculations, heat flow paths through conduction-cooled modules, and how wedgelock orientation affects thermal efficiency....
How Wedgelock Thermal Performance Is Measured
Learn how wedgelock thermal resistance is measured using VITA-compliant test fixtures. This guide covers thermal resistance calculations, heat flow paths through conduction-cooled modules, and how wedgelock orientation affects thermal efficiency....