Test and Switching Solutions

Test and Switching Solutions for RF, 5G, and Power Systems

Orbis Systems provides advanced test and switching platforms designed to meet the evolving requirements of R&D and high-volume production. Leveraging expertise in signal switching platforms, power switching, and RVR test systems, manufacturers achieve fast, repeatable, and reliable results in complex wireless and power testing environments.

Unit Switching for High-Frequency Signal Transmission

Our Signal Switching Units (SSUs) provide modular, incremental routing from DC up to millimetre-wave frequencies. Extended switch lifecycles, high isolation, and minimal insertion loss ensure consistent signal quality even under stringent test conditions.

Configurations support both coaxial and waveguide links up to 67 GHz, making them ideal for multi-channel, high-frequency, and 5G applications. Seamless integration into automated test architecture enables deterministic timing, remote monitoring, and scalability from prototype laboratories to production floors without disruption.

Power Switches for Energy Validation

Orbis Systems’ power switching and test platforms are ideal for the qualification of converters, inverters, and power modules. These systems automate power cycling, load profile testing, and thermal fault scenarios while incorporating built-in safety interlocks. They reduce manual effort, ensure repeatable precision, and provide consistent results for both development setups and high-volume testing.

Partner with Orbis Systems

This allows the manufacturers to test and validate throughput and mobility under Real-World Conditions with maximum efficiency. Partner with Orbis Systems. Whether you require switching assemblies for signals, power switching, or RvR test systems,

Orbis Systems offers turnkey test environments that minimise time-to-market and maximise product reliability. Have your optimised switching and test solution specified today.

Think of signal switching units as the traffic controllers of your test setup. They route signals across multiple channels  from DC all the way up to 67 GHz  with high isolation, minimal insertion loss, and extended switch lifecycles. Without them, managing multi-channel, high-frequency test setups quickly becomes a bottleneck.

Manual power cycling is slow, inconsistent, and error-prone. Power switches automate the entire process  from load profile testing and power cycling to thermal fault scenarios  while built-in safety interlocks keep everything controlled. The result is faster, safer, and far more repeatable energy validation testing.

Real-world wireless conditions are messy. An RvR test system replicates those conditions in a controlled environment, measuring throughput and device performance across varying signal levels  giving you data that actually predicts how your product will behave in the field, not just on a bench.

Seamlessly. Signal switching units are built with modular, incremental architecture that supports both coaxial and waveguide configurations  growing from early R&D setups all the way to high-volume production floors without disrupting your existing test infrastructure or workflows.

Absolutely  and that's the real power. Combining RvR test systems, signal switching units, and power switches into a single, automated test environment gives you a complete, turnkey solution that handles RF, 5G, and power validation in one place, cutting setup complexity and time-to-market in one shot.