Antenna Measurement Chambers
Engineered for accuracy. Purpose-built for versatility
Global EMC’s antenna measurement chambers are designed and built to meet the exacting performance demands of antenna testing.
Whether the application is telecommunications, radar cross-section or other wireless technologies, each chamber is uniquely configured to suit the antenna(s) under test. Adaptable for military, marine, aerospace and commercial applications, every facility provides a reliable, repeatable environment for antenna testing and characterisation.
KEY FEATURES
Anechoic lining
High-performance shielding:
Measurement geometries
Walkway absorbers
Low-maintenance shielded doors
Antenna positioning equipment
Integrated services
Fire-safety compliant absorbers
Independently certified
CHOOSE THE ROOM FOR
Universities
Wi-Fi
5G Technologies
Shielding
Shape around your products
Each antenna measurement chamber is uniquely designed around the antennas under test and the application. Whether you require a Near/Far field test range, CATR solution or just an anechoic lined chamber, we provide the solution needed. Please visit Antenna System Solutions for further information
Partnered for turnkey success
Global EMC delivers complete antenna measurement facilities in partnership with Antenna Systems Solutions (ASYSOL), a European specialist in antenna metrology for the aerospace, automotive, commercial, and defence sectors. Global EMC designs and constructs the shielded anechoic chamber — the controlled RF environment at the heart of every measurement facility — while ASYSOL provides the precision positioners, test antennas, and measurement software that complete the range. The result is a single, turnkey solution: one point of contact from initial specification through to a fully commissioned, validated antenna test facility, with the chamber, positioning system, and software engineered to work together from day one.
Where interference ends.
Contact our team to discuss your requirements and discover how we can support your project.