5G 毫米波陣列天線設計技術研討會

joined Anokiwave as Chief Systems Architect in April 2013. He has 34 years of experience in RF microwave, millimeter wave, and analog engineering including system design, module design, and RFIC/MMIC design through 94 GHz.

Prior to joining Anokiwave, Mr. Corman spent 15 years at Motorola Government Electronics group in Phoenix where he held positions of increasing responsibility on a wide range of military and commercial space programs. He was the architect and lead technologist for the Iridium Block 1 space-based K-band and Ka-band electronics suite. Mr. Corman was a co-founder of US Monolithics before its acquisition by ViaSat, Inc. in 2002.

His primary focus at Anokiwave is the achievement of higher levels of functional integration by combining system engineering with enabling solid state integrated circuit technologies including GaN, GaAs, SiGe, and CMOS. Mr. Corman holds a Bachelor’s degree in Electrical Engineering from the University of Kansas and a Master’s degree in Electrical Engineering from Arizona State University. He holds over 50 patents worldwide.

As Senior Advanced Systems Manager in the Tactical Solutions strategic business unit at Ball Aerospace, Bryce is responsible for new business development and project capture for exciting emerging opportunities in satellite communications and next generation 5G wireless. His main responsibility is taking discriminating mmWave phased array antenna technologies and applying them to emerging market applications. Customers include satellite network providers, satellite ground system developers and 5G infrastructure architects.

Bryce has over 25 years of experience in the Aerospace industry. He started his career in Engineering and has grown in leadership positions through all phases of the project lifecycle.

Previously, Bryce supported Ball Aerospace’s Civil Space and Technology business unit, where he led space hardware and software developments for NASA projects. Bryce was field manager on the Spitzer Space Telescope (2000 – 2004) responsible for integrating Ball-built infrared instruments on the spacecraft and supporting launch operations and in-orbit checkout. Bryce was the Avionics Integrated Product Team Manager on NASA’s Kepler Mission from 2004 – 2008. He led a multi-discipline team chartered with delivering flight qualified Avionics hardware and software.

In 2004, Bryce received the NASA Group Achievement Award for the Spitzer Space Telescope Payload Team. He has received NASA letters of accommodation for his work on Kepler and Spitzer and the Ball Aerospace “Outstanding Achievement Award” in 1999. Bryce is a mentor through the University of Colorado’s Leeds Professional Mentorship Program.

Bryce has authored and contributed to over a dozen professional publications and is listed as inventor on 2 U.S. Patent Applications.

Bryce earned a Bachelor’s degree in Math from Tabor College and a MS in Mathematics from Colorado State University.

陳文江目前任職於工研院資通所新興無線應用技術組, 擔任技術副組長的職務,兼M300部門經理,同時擔任經濟部技術處5G科發計畫 ”高頻段接取技術”與”5G mmWave超高頻通訊系統技術”計畫的計畫主持人. 在加入工研院之前, 2004年至2013年係任職於智原科技,並於2008年至2013年擔任”核心技術開發部門”部長之職務, 主要帶領部門同仁進行先進數位IP之開發, 包括: ARM compatible RISC CPU, USB 1.1/2.0/3.0 device/host controller, OTG 2.0/3.0 controller, PCI-Express 2.0/3.0 4-port device controller, SATA 3G/6G device/host controller, MIPI DSI device/host controller, MIPI CSI-2 TX/RX controller, DDR 2.0/3.0/4.0 controller, NAND flash controller. 2004年至2008年則是擔任兩個無線收發機晶片設計開發計畫的計畫主持人; 分別是Wireless LAN 802.11b/a/g 及OFDM UWB, 除了計畫管理之外, 並且負責設計規格制定, transceiver IC架構設計, 演算法設計及RTL 電路實現.

陳文江分別於1990年與1992年畢業於國立交通大學電子工程學系與電子研究所, 主要專業領域為 WLAN, Bluetooth與 OFDM UWB等無線通訊系統研發與數位IC設計, 包括系統與設計規格制定, 系統架構設計, 演算法設計, 與收發機之設計與實現.

周瑞宏博士現任職於耀登科技股份有限公司擔任技術長一職，主要負責毫米波天線陣列模組設計與量測系統開發。於耀登科技服務之前，周瑞宏博士曾就職於國家中山科學研究院，主要研發工作為大型天線陣列系統開發與研製。大型天線陣列系統其天線單元多達數千個，在設計上須同時考量電源分佈設計、射頻分佈網路、散熱系統等相關組裝問題。除此之外，天線陣列系統的校正問題，也大幅影響雷達系統特性的優劣。現今5G毫米波頻段由於採用天線陣列設計，其設計方法大致與大型天線陣列系統雷同，因此可與大家分享一些個人的設計經驗。

第五代行動通訊(5G)有著高資料傳輸速率、低延遲以及大頻寬的基本特點。為了滿足高資料傳輸續的特性，除了現正積極佈建的Sub-6GHz massive MIMO技術外，毫米波頻段亦是全球各家網通廠積極開發的技術領域。國際電信聯盟（ITU）目前已提出最適用於 5G 的頻率為 28、39 及 73 GHz。而在毫米波頻段天線設計的挑戰，除了採用天線陣列形式設計外，如何以波束指向控制方法來克服毫米波頻段傳播損耗亦是一大挑戰。此外，介質基板的選擇亦是一大課題，傳統玻璃纖維基板(FR4)應用在毫米波頻段由於損耗過大，造成天線輻射特性大幅損耗在基板中。本研究主要針對毫米波天線陣列模組設計提供一些設計經驗與方法，協助各位業界先進快速將相關產品開發完成。

joined Anokiwave in 2019 as an application engineer manager.

He received his B.S.E.E. from the University of Massachusetts at Lowell in 2004 and his M.S.E.E. from Northeastern University in 2009. In 2016 he completed a System Design Management certificate from Massachusetts Institute of Technology.

Prior to joining Anokiwave, Mr. Toledano worked at Analog Devices for 14 years. He started as a test engineer in 2004. In 2006 he moved to the high-speed digital-to-analog converters group and worked as a product engineer for seven years. In 2014 he joined Microwave RFMG group and worked as an application engineer manager.

Assaf has also published several publications in IEEE, Microwaves & RF Magazine.