@orbissystems
Orbis Systems | RF & wireless testing solutions specializing in OTA chambers, RF shielded boxes, automated test equipment, and custom RF systems.
Modern wireless technologies depend on reliable radio frequency performance. From 5G devices and Wi-Fi systems to IoT products, automotive electronics, and advanced communication equipment, manufacturers must verify tha…
Scaling production is one of the most challenging stages in the growth of any business. Moving from prototypes or small production batches to larger volumes requires significant investment, specialized expertise, reliab…
Industrial operations depend on equipment that performs consistently, safely, and efficiently. From production machinery and testing systems to electrical components and specialized industrial equipment, even a small co…
Developing a new electronic product involves more than creating a functional circuit or selecting suitable components. From the initial concept to prototyping, testing, manufacturing, and deployment, every stage introdu…
Modern RF and test environments are built from complex combinations of measurement equipment, software, positioning systems, switching units, chambers, and other specialized components. When one part of the system requi…
As wireless technologies become more sophisticated, the demand for precise and repeatable testing continues to grow. Industries developing 5G infrastructure, automotive communication systems, satellite equipment, and Io…
Modern vehicles rely on a growing number of wireless technologies, including 5G, V2X communication, GNSS, Bluetooth, Wi-Fi, radar, and keyless entry systems. As these technologies become more advanced, accurate Over-the…
As RF testing environments become more advanced, automation and signal routing have become critical for achieving fast, reliable, and repeatable results. Programmable SSUs (Signal Switching Units) play a vital role in m…
Modern RF testing has become far more complex than it was just a few years ago. With technologies like 5G, satellite communications, IoT, aerospace electronics, and advanced wireless devices evolving rapidly, engineers …
As the telecommunications industry enters the next phase of wireless innovation, 5G networks are becoming more intelligent, efficient, and capable of supporting increasingly demanding applications. The transition to 5G …
In today's competitive technology landscape, bringing a product from concept to market involves far more than creating an innovative idea. Success depends on transforming that idea into a reliable, manufacturable, and s…
The growth of 5G technology has increased the demand for more accurate and repeatable wireless testing. From smartphones and IoT devices to connected vehicles and advanced communication systems, engineers must validate …
Wireless technologies continue to evolve at an unprecedented pace. From 5G Advanced and Wi-Fi 7 to connected vehicles, industrial IoT, and emerging 6G research, manufacturers are under increasing pressure to validate de…
