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David Vye, MWJ Editor
David Vye is responsible for Microwave Journal's editorial content, article review and special industry reporting. Prior to joining the Journal, Mr. Vye was a product-marketing manager with Ansoft Corporation, responsible for high frequency circuit/system design tools and technical marketing communications. He previously worked for Raytheon Research Division and Advanced Device Center as a Sr. Design Engineer, responsible for PHEMT, HBT and MESFET characterization and modeling as well as MMIC design and test. David also worked at M/A-COM's Advanced Semiconductor Operations developing automated test systems and active device modeling methods for GaAs FETs. He is a 1984 graduate of the University of Massachusetts at Dartmouth, with a concentration in microwave engineering.
Last week marked the deadline for final papers to be submitted to the peer-reviewed portion (technical sessions) of the Electronic Design Innovation conference(EDI CON) coming this April in Beijing. This year's crop of papers is an excellent representation of the state of the industry in terms of systems being developed and the advances in technology that will support these systems. Radar, LTE-A, Navivation satellite, 802.11 and MIMO were among the recurring system topics submitted mostly by industry, while GaN, CMOS, SOI and SIW were among the popular technologies submitted for consideration. Overall, we added two specific modeling tracks (one for system-level and the other for EMC/High-Speed Digital) and an additional twelve hours of presentations to the first day in order to accommodate the increase in paper submissions over 2013.
The big news from CES, the Consumer Electronics Show, in Las Vegas this past week has been about “able” technology as in “Wearable” and “drivable” devices. Once portrayed as futuristic (Dick Tracy’s watch) or nerdy (Google Glass), wearable electronics is the darling of technology trend spotters thanks to the combination of exciting aesthetic design and the availability of low cost, miniaturized electronics. The most compelling products of tomorrow are based on the rise of the personal area network, an RF-enabled concept that we have covered in Microwave Journal for several years, initially developed for the modern war fighter and now targeting today’s hipsters and tech-savvy business person.
This month Microwave Journal launched a new video feature called “Frequency Matters”. This short, bi-weekly video segment, starring me and MWJ Technical editor Pat Hindle will be an opportunity for us to highlight some of the articles appearing in the current and upcoming issues of Microwave Journal. We will also discuss online news items and product releases that caught our attention, inform viewers of some of the discussions taking place through social media on the Linked-in RF & Microwave community and focus on some of the conferences and trade shows that relate to industry.
The Association of Old Crows (AOC) is an international professional organization specializing in electronic warfare, tactical information operations, and associated disciplines. This year, the organization celebrated the 50th year of its International Symposium and Convention with a well-attended event at the Marriott Wardman Park Hotel in Washington, DC from October 27th to the 30th. This event, which focuses on Electronic Warfare (EW), Information Operations (IO) and Electromagnetic Spectrum Operations (EMSO), brings together technology and military professionals from around the world. It was especially well attended by top local military brass who had been AWOL from many other events this year due to sequestration-related cut-backs in defence department travel budgets.
As an American attending this year’s European Microwave Week (EuMW), I was happy to spend time away from the political circus taking place in Washington over the government shut-down and looming debt ceiling. The week was also a welcome opportunity to spend quality time with leading members of the European microwave industry and the technologists, marketers and executives who travelled from across the globe to conduct business at this annual gathering. Early reports back from the show organizers (Microwave Journal’s parent company Horizon House) show a record number of unique registrants and record number of exhibitors.
Vendors at trade shows staff their booths with sales representatives and field engineers and the occasional developer to interface with potential customers. Some will also include staff from their marketing communications department or a hired PR agent to arrange editor meetings. Such meetings, which may include an interview and live demo, provide editors with the information we need to pass along to our readers.
Autotestcon is an IEEE-organized conference and exhibition focused on automated test systems (hardware and software), covering a wide-range of applications and technologies related to the aerospace and defense sector. This annual event includes participants ranging from system integrators such as Boeing, Northrop Grumman and EADS to RF/microwave test and measurement equipment and component manufacturers. This year’s event held September 16-18 in Schaumberg, Illinois offered a peak at the latest trends in test automation, synthetic instruments, COTS, modularity and high performance, cost sensitive components for embedded test systems.
After two weeks in Shanghai and Beijing to promote MWJ China and EDI CON, immediately followed by a visit to this year’s NIWeek in Austin (and appearance as a guest panelist), the gas tank was running pretty low as the final leg of my summer marathon tour wrapped up in Denver for the final day of this year’s IEEE EMC conference. The last day of any show can seem a little slow, but I was determined to visit as many of our microwave peeps as possible and finish this round of company visits with a bang.
As a firm believer in the notion that advancing technology is the key to employment opportunities, prosperity and a better standard of living for all, I am frequently encouraged to see corporations contribute time and resources to supporting education in engineering and science. National Instruments is one such company that often puts its money (and resources) where its mouth is, supporting the pursuit of learning and innovation among future technologists from grade school to grad school.