China Microwave Week ended successfully Fubo new products debut in Harbin

Release time：2020-12-12

The three-day China Microwave Week 2022 came to a successful end in Harbin International Convention Center on August 15, with more than 500 industry academic experts participating in the conference and more than 20 well-known industry enterprises exhibiting. Under the epidemic situation, colleagues in academia and industry cherish this valuable opportunity for industry exchange. Suzhou Fubo Electronic Technology Co., Ltd. was invited to take the company's latest millimeter-wave terahertz products to participate in this industry event

The new MMwave terahertz products exhibited by Fubo Electronics are newly developed products related to mmwave testing with higher frequency and better performance after the Nanjing Microwave Conference last year. Among them, the 170-260GHz network analyzer spread spectrum module, 220-330GHz signal source and spectrum expansion module, and 0.1-22GHz portable signal source are all exhibited offline for the first time in a physical way.

Experts and scholars from the industry spoke highly of the MMwave standardized front end, frequency expansion module, economic signal source and other products of Volt-wave electronics. Many experts attending the conference are long-term users of the Voltamotron series of products, and expect Voltamotron to provide higher frequency, higher power, and higher integration of millimeter wave terahertz products. Fubo Electronics also actively responds to the needs of the market, developing economic and reliable products for domestic and foreign customers, and providing efficient and rapid service response.

This year's China Microwave Week event has come to a successful end, and Fubo Electronics is looking forward to meeting you again at the "8th National Terahertz Science and Technology Academic Annual Conference" held in Nanjing this year.

Thanks to the support of industry customers and partners, we will strive to innovate and be proactive, and contribute to the development of millimeter-wave terahertz.