Difference between revisions of "NVGate V18: Release note"

In rotating-machine testing, the most revealing behavior often happens during speed changes, not during steady operation. Engineers need one SOA setup that can follow the machine through a broad speed excursion without forcing extra workaround blocks, duplicated setups, or fragmented post-processing.  

That is exactly where NVGate V18 delivers. It helps users stay inside one coherent synchronous analysis workflow for longer, even when the machine speed drops dramatically. This improvement is especially relevant for high-variation rotating systems such as turbochargers, turbines, compressors, and e-motors.  

The real value is not just the number, but the practical gain: fewer split measurements, fewer workarounds, and a broader transient coverage while maintaining the phase-accurate SOA behavior that users rely on for balancing, torsional analysis, and rotor-dynamic interpretation.

This seemingly simple improvement does have day-to-day impact. It saves time, reduces repetitive entry work, improves consistency across teams, and avoids common mistakes in scaling, sensitivity, and units.

It also makes NVGate easier to demonstrate, easier to deploy, and easier to use for new or occasional users. For distributors, trainers, field engineers, and mixed-skill teams, this means less setup friction and a faster path to a correct first result.

In short, it helps users spend less time configuring and more time measuring with confidence.

Loyal customers do not just update — they gain new ways to record and diagnose.

== Bug fixing ==