RF Shielded Rooms

Advanced RF Isolation and Shielded Anechoic Chambers for Accurate Measurements

An RF isolation chamber, also known as a shielded anechoic chamber or RF-shielded test enclosure, creates an environment that blocks external radio frequencies and minimizes unwanted reflections.

This enables engineers to perform interference-free testing and achieve accurate, repeatable results. Such chambers are essential for wireless OTA testing, 5G OTA validation, and other RF measurements where precision is critical.

Advanced Features of Orbis Systems RF-Shielded Test Enclosures

  • Broadband absorber linings to create quasi-free-space conditions across Sub-6 GHz and mmWave bands.
  • Multi-axis DUT and antenna positioners with absolute sensors for high-precision, repeatable movement.
  • Real-time Ethernet and REST API integration for seamless automation with test benches.
  • Customizable chamber sizes and absorber layouts to support diverse DUTs and test setups.
  • Integrated interfaces for power, data, and cooling to accommodate complex active test scenarios.

Why These Chambers Matter for Next-Generation Devices

With 5G and advanced wireless systems, OTA testing is increasingly challenging. Orbis Systems’ RF shielded enclosures allow validation of antenna designs, beamforming performance, and MIMO systems with confidence. They support TRP/TIS measurements, interference analysis, beam characterization, and throughput validation in a controlled, repeatable environment that open-air testing cannot provide.

Complete Solutions from Orbis Systems

From initial design and engineering to installation, calibration, and turnkey delivery, Orbis provides RF isolation solutions at any scale, from compact enclosures to large shielded anechoic chambers, and even portable container-based test labs for on-site verification.

Get in Touch with Orbis Systems

Looking for a trusted partner to design your next RF shielded test enclosure? Contact Orbis Systems today to discuss your requirements and request a tailored proposal.

When open-air testing just isn't clean enough. An RF isolation chamber blocks all external radio frequencies and eliminates unwanted reflections  creating a controlled environment where your measurements mean something. If precision matters, an RF isolation chamber isn't optional, it's essential.

A shielded room keeps interference out. An RF shielded test enclosure goes further  combining high-isolation shielding with broadband absorber linings, precision positioners, and full automation interfaces. It's not just a room, it's a complete, repeatable testing environment built for serious RF work.

Yes  and that's exactly where it shines. A shielded anechoic chamber provides the controlled, reflection-free conditions needed to validate beamforming performance, MIMO antenna behaviour and throughput testing across Sub-6 GHz and mmWave bands  results that open-air testing simply cannot deliver.

Fully. Chamber size, absorber layout, power and data interfaces, cooling systems  every element of an RF shielded test enclosure is configurable to match your specific DUT, frequency range, and test requirements. No two setups are identical, and they shouldn't be.

Absolutely. RF isolation chambers are available from compact benchtop enclosures all the way to large shielded anechoic chambers and even portable container-based test labs  covering everything from early R&D validation to full-scale on-site verification. One solution family, every scale.