Last year, the IEEE Microwave Theory and Techniques Society's (MTT-S) International Microwave Symposium (IMS) returned to Washington, D.C. for the first time since 1980. This year, the show returns to the City by the Bay for the first time since 2016.
After nine long years, MTT-S is thrilled to be returning to San Francisco for IMS2025, running from June 10-15 at the Moscone Center.
The San Francisco Bay Area, California’s second-largest metropolitan region, spans about 7,000 square miles and is home to more than seven million people. This diverse and dynamic region comprises nine counties and includes major cities like Santa Rosa, Oakland, San Jose, and, of course, San Francisco. It also encompasses Silicon Valley, the cradle of countless high-tech startups and pioneering companies such as Hewlett Packard, Intel, Apple, Nvidia, Google, Facebook, and X (Twitter).
More than 50 volunteers have been working diligently for years to create a unique and enriching experience for all attendees. This year, that hard work is paying off in the form of plenary sessions, technical sessions, panel sessions, workshops, an interactive forum, and the Future G Summit, as well as quantum, AI/MI, WPT, and RF bootcamps.
We'll be there for all of it and look forward to seeing you in San Francisco as we help Shape the Modern World, take part in great networking opportunities, and more.
See you soon!
The entire RF Globalnet team
SHOW FLOOR VIDEOS
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![A Close Look At The Bulls Eye Test System]( "A Close Look At The Bulls Eye Test System")
A Close Look At The Bulls Eye Test SystemSamtec’s David Beraun gives an up-close look at the BE-90 Bulls Eye test point system for applications up to 90GHz.
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![Unlocking The True Power Of GaN]( "Unlocking The True Power Of GaN")
Unlocking The True Power Of GaNFinwave’s Thom Degnan introduces us to Finwave, whose GaN-on-Si technology aims to unlock the true power of the 5G infrastructure and handset marketplaces.
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![Emulating Non-Terrestrial 5G]( "Emulating Non-Terrestrial 5G")
Emulating Non-Terrestrial 5GKeysight’s Randy Becker provides a demonstration of Keysight's NTN testbed applying timing and Doppler pre-compensation, using extended hybrid automatic repeat request (HARQ), and measuring device-under-test block error ratio (BLER) and throughput.
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![Enabling Signals To Propagate Beyond The Confines Of Automotive Cabins]( "Enabling Signals To Propagate Beyond The Confines Of Automotive Cabins")
Enabling Signals To Propagate Beyond The Confines Of Automotive CabinsJim Ahne of Guerrilla RF demonstrates a few examples of how Guerrilla’s high performance RF products are being utilized for innovation across the 5G and automotive industries.
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![Addressing Custom Requirements And Architectures]( "Addressing Custom Requirements And Architectures")
Addressing Custom Requirements And ArchitecturesdB Control’s Jeff Bly educates us on the company’s switch offerings, built to address customers’ insertion loss, switching speed and power handling requirements.
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![Emphasizing Repeatability Among Electromechanical Switches]( "Emphasizing Repeatability Among Electromechanical Switches")
Emphasizing Repeatability Among Electromechanical SwitchesKeith Kulyk of Charter Engineering, a recent acquisition by dB Control, provides a quick overview of the company’s line of electromechanical switches, ranging from low intermodulation to very high-power switches.
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![The Unprecedented Lifetime And Reliability Of Ideal Switch Technology]( "The Unprecedented Lifetime And Reliability Of Ideal Switch Technology")
The Unprecedented Lifetime And Reliability Of Ideal Switch TechnologyChris Giovanniello of Menlo Micro brings us up to speed on ideal switch technology and how it compares to traditional mechanical and solid-state alternatives.
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![The Role of Packaging In Optimal Die Performance]( "The Role of Packaging In Optimal Die Performance")
The Role of Packaging In Optimal Die PerformanceWe visit with Marki Microwave’s Navi Miglani as he shares insights on the importance of packaging in realizing die performance at the board level.
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![Advancing Filtering Solutions Through Multi-layer Technology]( "Advancing Filtering Solutions Through Multi-Layer Technology")
Advancing Filtering Solutions Through Multi-Layer TechnologyWe stopped by the Knowles Precision Devices booth to learn more about the company’s build-to-print solutions and some of their most in-demand filter and coupler offerings.
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![Driving Innovation In mmWave Technology]( "Driving Innovation In mmWave Technology")
Driving Innovation In mmWave TechnologydB Control’s Mike Lee discusses some of the company’s most exciting technologies that are impacting the aerospace and defense sector, including Ka-Band TWTA’s for unmanned aircraft.
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![The Butler Matrix Is Here To Clean Up Over The Air Testing]( "The Butler Matrix Is Here To Clean Up Over The Air Testing")
The Butler Matrix Is Here To Clean Up Over The Air TestingKRYTAR’s Michael Romero dishes on the company’s Butler matrix, a solution for many of the complexities and challenges facing the wireless industry.
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![A New Face For Solving Electrically Large Problems]( "A New Face For Solving Electrically Large Problems")
A New Face For Solving Electrically Large ProblemsDr. Masha Petrova and Dr. Daniel Faircloth introduce Nullspace, whose 3d electromagnetic simulation software tackles large scale problems in the aerospace and defense industry.
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![RFSoC FPGA’s: A Leap Into The Future]( "RFSoC FPGA's: A Leap Into The Future")
RFSoC FPGA's: A Leap Into The FutureGreg Deemer of CAES takes time with us to discuss the benefits and capabilities of RFSoC FPGA’s, which combine the flexibility of FPGA’s with the processing capabilities of RF components.
