Building India's indigenous capability in advanced antenna and electromagnetic systems.
PhaseAmp Labs Pvt Ltd is a DPIIT-recognised deep-tech startup specialising in RF and antenna engineering, based at Technopark Campus, Thiruvananthapuram, Kerala. The company was founded to build indigenous, high-quality antenna and RF technology for India's defence, space and telecom sectors — reducing dependence on imported systems and offering the customised engineering support that off-the-shelf catalogue vendors cannot match.
PhaseAmp Labs is an ISO 9001:2015 certified, bootstrapped company that manages the complete antenna development cycle in-house: electromagnetic simulation and design, prototype fabrication, RF testing and characterisation, and full system integration. Our antennas and RF systems are deployed with India's premier defence and space organisations as well as private-sector telecom and anti-drone partners.
We specialise in advanced antenna technologies — grid reflector, omnidirectional, directional/panel, sector, blade/conformal and high-power microwave antennas — along with custom RF passive components, radome design and full electromagnetic simulation services (frequency-domain and time-domain). Our goal: cutting-edge, customised, cost-effective solutions that deliver reliable connectivity while minimising electromagnetic interference.
Our engineering leadership brings 13+ years of experience from premier organisations:
"To become a leading research and development organisation in RF and antenna engineering, delivering innovative electromagnetic solutions for commercial and strategic applications — and to build India's indigenous capability in advanced antenna technology." — Our Vision Statement
Frequency-domain and time-domain modeling using CST Microwave Studio, ANSYS HFSS, and MATLAB.
In-house 3D printing, fiberglass radome fabrication, and precision mechanical assembly.
Vector Network Analyzer automated RF measurements of S-parameters, VSWR, and return loss.
Outdoors antenna range for real-world gain, beamwidth, and radiation pattern characterisation.