HBTE automotive catr ota test system provides a 5G/C-V2X performance ota antenna test solution, whereby using multiple measuring antennas, turntable, automatic lifting bracket and RF system (
including PA, switch, attenuator, etc. ), it can simulate a stable electromagnetic fading environment ( like on the real road ) in an anechoic chamber, and support quantitative and repeatable
tests.
The rf ota test system can be used in factory tests to quickly verify cars' communication performance. And it can also be used in pre-research tests to optimize product design and evaluate
individual effects from modules, antennas and feeders. Based on innovations in 3GPP 37.544 standard methodologies, our solution is suitable both for independent antenna systems (i.e. antenna and
module can be separated) and integrated antenna systems (i.e. antenna and module cannot be separated).
Key Features of Automotive Test OTA System
Quick performance verification in factory tests
A comprehensive evaluation of vehicle performance in third-party tests
Product Design optimization in pre-research tests
Providing suggestions for in-vehicle chip selection
Evaluating effects of different vehicle antenna designs
Comparison tests of different brands of vehicles
Field communication problem recurrence, troubleshooting and optimized design verification.
OTA Technology In Cars
The Internet of Vehicles is a promising development direction for the automotive industry in the next few decades. On-board applications such as sensor sharing, augmented virtual reality, OTA
upgrade, remote control, advanced autonomous driving, road safety warning, rely on the reliability, immediacy and high capacity of car-to-car, car-to-network communication. Quantitative and
accurate evaluation of the in-vehicle communication system is the key for cars' quality verification and optimization.
HBTE technology provides reverberation chamber, 5g test enclosure, antenna measurement system, ota chamber, ota testing services, rf test equipment, etc. Want to know c v2x antenna or more, please
contact us.