Aeroflex Network Tester Makes 90% of TD-LTE Market

2011-1-21 Source: Communications Industry Network Author: Anonymous Click: on the 10th, Jiang Qi, general manager (Aeroflex) China, the United States Aeroflex company, said in an interview with reporters, Aeroflex has made great progress in the Chinese market. In the field of TD-SCDMA, the successful cooperation with Beijing StarPoint has occupied more than 60% of the TD terminal test market; in the TD-LTE domain, the TM500 network tester has made great contributions to China Mobile's advancement of the TD-LTE industry process. The entire market, including base station R&D, production, and field testing, accounted for more than 90% of the total market share, which ensured the deployment of China Mobile's TD-LTE trial network in 2009 and 2010. In addition, it successfully tested TD-LTE mobile phones, data cards, and other terminals. The 7100 series is developed for R&D, production, and pre-certification testing.

The leading R&D chip is Aeroflex's long-standing advantage. On the same day, Aeroflex announced that its S series RF signal generator series has entered the Chinese market. This series of instruments uses a disruptive graphical interface design concept that meets the expectations of today’s engineers who want to operate through touch screens and get instant answers. Complex buttons, rotary controls and multiple deeply nested software menus on various traditional instruments. Have been removed.

The first commercially available product of this series is the Aeroflex SGA analog RF signal generator. Not only is it attractively priced, it is also small and lightweight, and it has the advantages of low phase noise, high accuracy, and quick set-up time. SGA is a high specification, cost-effective analog RF signal generator that provides a comprehensive, reliable and repeatable signal source for a variety of general purpose, aerospace and military test applications in laboratory, factory and field environments. solution. Intuitive high-definition LCD touch screens use fewer keystrokes and times than traditional soft key modes to generate a wide variety of modulated or swept RF signals, dramatically saving engineers' operating time and reducing the risk of errors .