June 6, 2020
Micro Harmonics is pleased to announce $75,000 in new funding from the Center for Innovative Technology CRCF SBIR Matching Funds Program. MHC identified a need for their cryogenic isolators in high-frequency ship radar and drone inspection systems, particularly in the KA band (WR-28, 26.5-40.0 GHz). These systems need ultra-light, small envelope solutions, features in which MHC leads the market. "I am pleased to congratulate Micro [...]
June 1, 2020
Electronics Magazine publishes article on Micro Harmonics advances' in mmW isolator design. Read more here
May 6, 2020
Micro Harmonics pioneering design of cryogenic - capable isolators published in everything RF article. Read more here
April 23, 2020
U.S. Tech publishes article on Micro Harmonics recent design developments. Read more here
April 22, 2020
Microwaves & RF features article by David Porterfield, founder and CEO of Micro Harmonics. Read more here
April 1, 2020
Our latest article appearances can be found below. Microwave Product Digest features Micro Harmonics' advances in mmWave isolators. Read more here Design-2-Part Magazine publishes article about Micro Harmonics mmWave components. Read more here Aerospace & Defense Technology features Micro Harmonic's impact and advantage in the growing 5G field. Read more here
March 13, 2020
eeDesignIt publishes an article featuring Micro Harmonics' design advancements. Read more here
February 19, 2020
EEWeb publishes an article explaining why Micro Harmonics is at the cutting edge of mmWave technology. Read more here
February 1, 2020
The Electric Current Magazine features an article on Micro Harmonics mmWave isolators. Read more here
January 16, 2020
EEWorld Online publishes an article explaining how Micro Harmonics mmWave isolators solve insertion loss issues frequently associated with higher frequencies. Our ferrite isolators are optimized for the industry's lowest insertion loss. Read more here For further reading, Micro Harmonics engineering advances are featured in 5G Technology World, found below. Read more here