orbis systems

Accuracy in wireless communication does not only involve signal strength, but also the positioning. It does not matter whether you are working on IoT, satellite, radar or even 5 G; the angle and orientation of your antenna can seal or unseal the deal. And that is where the positioning of antennas comes into the picture and it is important to learn about how it works by people who are engineers and organizations who perform their activities in RF environment. This guide presents basic knowledge of the concept of antenna position control system and how they can be used to improve accuracy, efficiency and integrity of data during testing and operation settings. What Is an Antenna Position Control System? An antenna position control system is a fine instrument to control and automate the orientation of antennas along 1 or more Axes - most often it would be Azimuth (Horizontal), Elevation (Vertical) or roll. They have systems that provide repeatable positioning in the testing or operationa...

Since defense systems, wireless communications and automated tests are all high-speed and sensitive, things must be done with absolute precision. So, engineers and system designers make use of advanced tools for dealing with signal flow, power situations and test automation. One such tool at the heart of many high-performance test systems is the  high power RF switch . With an RF switch, you can handle numerous signals from 5G antennas and several test devices both effectively and without the risk of performance loss. Since it can work at large signal numbers with very little loss and good isolation, it is very important in building and testing RF systems. There are six key features that make this an essential tool for today’s testing. 1. Improved Test Efficiency A good RF switch enables automatic signal routing, so there is no need for people to reconnect cables manually. It makes testing more streamlined and speeds up testing tasks, which is very useful for automated and high-sca...

In a world increasingly driven by wireless communication, ensuring antenna performance is not just a technical necessity—it’s a competitive advantage. Whether it’s 5G-enabled smartphones, automotive radar, or IoT devices, every application depends on clean, reliable signal transmission. This is where precision testing becomes crucial, and why more engineers are turning to controlled environments like antenna testing chambers to validate performance. If you’re asking what is an antenna testing chamber , imagine a shielded environment built to eliminate external interference while accurately measuring antenna characteristics under repeatable conditions. These chambers are engineered to replicate real-world wireless scenarios while maintaining absolute control over test parameters. Below, we explore seven powerful benefits of using these chambers in RF laboratories—and why they are quickly becoming a cornerstone of wireless innovation. 1. Precise and Repeatable Antenna Measurements On...

 In high-performance environments like Electromagnetic Compatibility (EMC) testing labs, organization, durability, and efficiency are non-negotiable. Whether you're setting up a new lab or optimizing an existing one, understanding what electronic test equipment is and how to manage it properly can significantly impact your workflow and test results. Among the foundational elements of any test lab setup are electronic test equipment racks —specifically those built for durability and long-term performance. 1. Enhanced Equipment Protection Durability in test equipment racks isn't just about load-bearing strength—it's also about protecting valuable devices from physical shocks, vibration, and environmental stress. EMC testing labs are typically packed with sensitive electronics that require a secure and stable platform. Whether you're managing RF generators, spectrum analyzers, or oscilloscopes, a strong rack helps shield this critical gear from avoidable damage. When ...

 In our increasingly wireless world, antennas are critical to the performance of nearly every device we rely on—from smartphones and Wi-Fi routers to automotive radar and satellite communication systems. Ensuring that these antennas function precisely as designed is not optional; it's essential. That’s where antenna testing comes in. However, even in well-equipped labs, there are common pitfalls that can skew test results, waste time, or even lead to faulty product releases. Fortunately, the solution to many of these challenges is straightforward: a professionally designed antenna testing chamber . In this article, we explore 10 frequent mistakes made in antenna testing and how an antenna testing chamber effectively addresses them—helping engineers boost accuracy, repeatability, and speed. 1. Testing in Uncontrolled Environments The Problem: One of the most common errors is conducting antenna tests in open or semi-controlled environments. RF interference from nearby devices, r...