Chamber engineering, from specification to validation.
We are an engineering team focused on anechoic and semi-anechoic chambers for EMC, RF, microwave and antenna measurement.
Building a test chamber touches many disciplines at once — shielding, absorber performance, mechanical construction, power and signal penetration, HVAC and safety. Our focus is to bring those together into a single, coordinated project, so a chamber is specified correctly, built to perform, and validated before it goes into service.
Over the years our team has worked on a wide range of anechoic and semi-anechoic chambers for test laboratories, manufacturers and research organisations, across EMC, RF, microwave and antenna measurement. That experience informs how we approach each new requirement: starting from the standards and measurements you need, and working back to the chamber that supports them.
How we work
- Understand the requirement first. The standards, frequency ranges, measurement distances and throughput you need come before any construction detail.
- Design for performance. Shielding, absorber layout and penetration design are chosen to meet the measurement environment, not the other way round.
- Deliver as one project. Design, source, supply and installation are coordinated by a single team.
- Validate before service. Site validation support (for example NSA and sVSWR) can be included in the project scope, so the chamber's performance is measured before it goes into service.
Areas we cover
- Fully anechoic and semi-anechoic chambers
- Antenna, RF and microwave measurement chambers
- CISPR-type radiated emissions and immunity environments
- Shielded enclosures, RF absorber, doors, filters and penetration panels
- Site validation support (NSA, sVSWR) and ISO/IEC 17025 accreditation support
Anechoic Chamber is owned and powered by TESTUPS, LLC. To discuss a project or ask a question, please get in touch.