OTA Laboratories
OTA laboratory overview
TESTiLABS has 4 OTA chambers and can help you find solutions tailored for you, such as: degraded performance due to interference, call drops, high power consumption, to understand OTA certification and operator requirements as well as to innovate with novel test methods.
TESTiLABS has three separate, 6 meters wide and 3 meters high, accredited high quality OTA test chambers powered by our unique accredited test system software. We are capable of providing the best environment even for the most challenging radio products. The fourth lab is a MIMO OTA chamber providing the next generation OTA testing facility which can be used for 3GPP and CTIA MIMO and 5G measurements.
Antenna Test Chamber
Dimensions:
- Width: 7.3m
- Length: 6.2m
- Height: 6.8m
- Measurement Distance: 3.4m
Frequency Range:
- 400MHz – 20GHz
Measurement Uncertainties:
- TRS: 0.69dB
- TPR: 0.81dB
- CTIA ripple test: 0.29dB
3D MIMO Multipath Chamber
This lab can be used for 3GPP & CTIA draft MIMO measurements. In this chamber we are able to create the radio environment according to client’s needs and test your device in a repeatable and reliable way. It is also utilized for 5G test system solutions development.
Dimensions:
- Diameter: 6.0m
- Height: 5.8m
- Measurement Distance 2.2m
- 38 dual polarized
Frequency range:
- 600MHz – 6GHz performance research.
ASK AN EXPERT
Have a question? We are here to help. Let’s talk!
Latest News
Mexico NOM Sets Its 2026 Quality Agenda
New national program puts key NOM updates back in focus for electronics and compliance teams Mexico published the Programa Nacional de Infraestructura de la Calidad
USA FCC Expands 6 GHz Band: The New GVP Device Category
Enabling higher-power outdoor operations through geofencing technology. The US Federal Communications Commission (FCC) adopted the Fourth Report and Order (FCC 26-1), expanding unlicensed operations within
UK Ofcom: Greenlights Satellite Direct-to-Device (D2D) Services
Ofcom has officially finalized the regulations required to launch satellite Direct to Device (D2D) services, effectively bridging the gap between traditional mobile networks and space-based