Peak Performance in Every Wave
Reconfigurable power amplifiers with narrowband efficiency across a full octave.
Advanced RF Product Portfolio
High-Efficiency RF Components for Modern Applications.
Explore our range of RF switches, power amplifiers, and low noise amplifiers designed to meet the demands of today’s wireless communication systems.
Innovating RF Technology
Pioneering Gallium Nitride (GaN) Solutions for Next-Generation Wireless Systems
Founded in 2011, TagoreTech specializes in GaN-on-Silicon technology, delivering high-performance RF solutions for applications ranging from 5G infrastructure to public safety communications.
Products
We create solutions across High Power GaN RF Switches, MCM Switch-LNA modules, Wideband GaN Power Amplifier devices, GaAs Low Noise Amplifiers, Resilient Low Noise Amplifiers.
Applications
Tactical Communications
Our high-power RF front ends deliver reliable, secure communications for next-generation radios.
5G Telecom Infrastructure
High-efficiency, fast-switching components engineered to handle massive data capacity and tight thermal budgets.
Radar Systems
High-power handling and resilient LNA architectures optimized for advanced aerospace and marine radar arrays.
Mission-Critical Datalinks
Low-SWaP switching and amplification solutions optimized for UAVs, drones, and rugged telemetry.
Applications
Solutions Built for Scaling your Operations
Get an inside look at how TagoreTech products solve your toughest chalenges. Our comprehensive guide breaks down features, compatibility, and real-world deployment strategies.
The entire TagoreTech lineup in one place. Click any part number and its datasheet opens instantly.
News
What an incredible week at IMS 2026!
Thank you to everyone who visited the TagoreTech booth. We’re excited to continue building on the connections we made and look forward to the collaborations and innovations ahead.
See you at the next one!
New Guide: Flip the Switch to GaN
Still using PIN diodes in your high-power RF designs? Our new 48-page field guide shows how a single GaN RF switch replaces the whole circuit, with fewer parts, less DC power and a smaller board.
Inside: how GaN works, datasheet tips, design-in advice and a selection table from 10 W to 200 W.