Home Page ContentPress Releases Anite and technology laboratory CTTL-Terminals collaborate to accelerate LTE and LTE-Advanced MIMO OTA testing

Anite and technology laboratory CTTL-Terminals collaborate to accelerate LTE and LTE-Advanced MIMO OTA testing

by david.nunes

Anite and technology laboratory CTTL-Terminals collaborate to accelerate LTE and
LTE-Advanced MIMO OTA testing

Collaboration will enable device manufacturers and Chinese mobile operators to

verify and benchmark device performance

Fleet, Hampshire, UK – 17 March, 2015 – Anite, a global leader in wireless equipment testing technology, announced today that it has signed a Memorandum of Understanding with China Telecommunication Technology Labs Terminals (“CTTL-Terminals”) – an organisation administered by the China Academy of Telecommunication Research – with the aim of collaborating to progress development of cutting-edge MIMO1 Over-The-Air (OTA) testing methodologies and solutions.

The collaboration will make use of Anite’s industry leading Propsim channel emulators for advanced MIMO OTA testing to help device manufacturers and mobile operators verify the actual performance of future mobile devices. In MIMO OTA testing, a channel emulator creates realistic RF conditions within an anechoic or a reverberation chamber where the MIMO capable device is tested without any connected cables. The development of MIMO OTA systems will also help Chinese operators in their device selection process by enabling efficient benchmarking of MIMO capable products, further enhancing end-user experience.

CTTL-Terminals will benefit from Anite’s future-proof Propsim F32 channel emulator which offers more than twice the emulation capacity compared to other products on the market. This makes it a cost-effective, integrated test solution for verifying the actual performance of Carrier Aggregation capable LTE-Advanced devices. Anite’s channel emulators are already compliant with CTIA, CCSA, 3GPP and major mobile operator acceptance test plans.

Under this agreement the parties will collaborate to develop MIMO OTA methodologies for Carrier Aggregation MIMO OTA, 3D MIMO OTA testing, virtual drive MIMO OTA testing, MIMO OTA with multi-cell handover and interference, as well as device-to-device testing.

Paul Beaver, Products Director at Anite says, “We are delighted to be collaborating with CTTL-Terminals to accelerate MIMO OTA testing. As a recognised technology pioneer and active contributor to the technology standards in the field of radio channel modelling and emulation, Anite is uniquely positioned to help its customers achieve their product performance goals.”

A leading laboratory in the Chinese mobile ecosystem, CTTL-Terminals works closely with manufacturers based in China and local Chinese mobile operators. Guo Lin, director of OTA Lab at CTTL-Terminals comments: “We are delighted to be working in partnership with Anite to progress development of MIMO OTA testing solutions, helping mobile operators verify and benchmark the actual performance of devices before market introduction.”

¹ MIMO (Multiple Input Multiple Output): both base station and mobile device are equipped with multiple transmit/receive antennas.

About Anite

Anite plc is a leading supplier of test and measurement solutions to the international wireless market. It provides testing, measurement, optimisation and analytics systems based on its specialist sector knowledge and its proprietary software and hardware products. Customers include major manufacturers of mobile devices, chipsets and network equipment, mobile network operators, regulatory authorities, and independent test houses. Its 500+ staff work from headquarters in the UK and from offices in 14 countries across Europe, the Americas, Asia and the Middle East.

About CTTL-Terminals

CTTL-Terminals is a leading high-tech laboratory on the combined missions of information communication technology development, information communication product standards and test methods research, telecommunication metrology standards and methods research, products inspection, verification and technical assessment as well as testing instruments metrology and evaluation of communication software.

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