Thursday, October 12, Session 14: Range Design, Instrumentation, and Characterization, from 10:00 to 11:40 am. From 10:00 to 10:20 am, Kefeng Liu, Consultant with ETS-Lindgren, will present the paper “A Unique Spherical Near-Field Test System for Commercial Aircraft Radar Radome Testing.” Co-authors include Anbang Liu of MJK Electronic Engineering and Mr. Lewis.

As a member of the 2023 Technical Program Committee, Mr. Chen also acted as a reviewer for the AMTA Symposium papers in addition to lending his expertise as Chair of Session 6: Antenna Measurements I, scheduled for Tuesday, October 10, from 10:00 am to 12:00 pm.


During the annual AMTA Awards Banquet on Wednesday, October 11, from 6:30 to 9:30 pm, ETS-Lindgren will be recognized with several awards. “We are honored that Zhong Chen will be recognized with the 2023 AMTA Edmond S. Gillespie Fellow Award for his significant technical contributions through publications,” said Ms. O’Neil. “Zhong joins other industry experts receiving this prestigious award in 2023, including Joshua A. Gordon with the National Institute of Standards and Technology, Justin Dobbins with Raytheon, and Francesco Saccardi with MVG.” ETS-Lindgren will also be honored with the Outstanding Service Award in recognition of its dedicated contributions as the AMTA 2023 Symposium Co-Host.

Please visit ETS-Lindgren in Booth #704 during the AMTA Exhibition held on October 9 to 11 to discuss our papers with our experts. Visitors can also learn about our latest products and services. In addition to our industry-leading Extra-High Performance Microwave Absorber and our popular Model 3164-08, Open-Boundary Quad-Ridged Horn Antenna, visitors can see Model AMS-5709 – the latest test environment in ETS-Lindgren’s family of Antenna Measurement Systems. This MIMO OTA Test System allows repeatable measurements of radiated performance of millimeter wave wireless devices and chipsets in a simulated multi-path environment to emulate real-world conditions for debugging and performance verification. Model AMS-5709 supports a generation of spatial field structures similar to those seen in a wide variety of scenarios found in everyday life. Standard conducted channel models can be adapted to equivalent radiated spatial channel models for evaluation of the entire device signal chain including antennas as well as device platform on device performance. Visitors to ETS-Lindgren’s Booth #704 can witness a live demonstration of Model AMS-5709 and learn about the optional test packages available to evaluate downlink FR2 MIMO performance and FR2 MIMO antenna design.

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