GotMic's Cutting-Edge mmWave MMIC Chips Now Available from HASCO Components

GotMic's Cutting-Edge mmWave MMIC Chips Now Available from HASCO Components

GotMic, a developer of budget-friendly and highly integrated mmWave MMIC chips, has announced the availability of their innovative products through HASCO Components. This strategic partnership aims to make GotMic's cutting-edge technology accessible on a global scale. Gotmic is a high-frequency Millimeter Wave company that develops high-performance MMIC chips that operate from 50 to 170 GHz. They have more than 15 years of knowledge and experience in the design of high frequency circuits, fabrication and have contacts with major foundries. Their product range comprimises of amplifiers, mixers, multipliers, switches and detectors. They also develop multi-function chips like complete receivers and transmitters.

GotMic's announcement marks a significant milestone, bringing affordable and highly integrated millimeter-wave MMIC chips to a broader audience. With HASCO Components, a renowned global distributor based in Southern California specializing in on-demand RF and Microwave components, the reach of GotMic's products is set to expand.

HASCO Components boasts a comprehensive selection of GotMic MMIC devices tailored for millimeter-wave applications. The product lineup includes an array of components such as Low-Noise Amplifiers (LNAs), Medium Power Amplifiers, Power Amplifiers, Detectors, Mixers and Multipliers, Transmitters and Receivers, Switches, and associated development boards. These MMICs cover an impressive frequency range, operating seamlessly from 30 GHz to an astounding 170 GHz.

GotMic’s offerings are available as dies or in packages depending on the specific requirements of the application. Whether it's Power Amplifiers, LNAs, Mixers, Multipliers, Transmitters, Receivers, or other specialized components, GotMic's technology caters to a diverse range of needs.

Click here to view GotMic's mmWave offerings on HASCO Components.

Publisher: everything RF
Tags:-   MMICmm-WaveDistributor