mm-wave design house · fabless
Independent mm-wave design house — from beamforming ICs to phased arrays
Antecnica designs antennas and the silicon behind them together — RFIC/MMIC and phased arrays in K/Ka/E/W bands for SatCom, 5G/6G non-terrestrial networks and dual-use systems.
What we do
One design house, from IC to array
We design the front-end IC and the aperture together, so the two are developed as a single system rather than specified across an interface.
RFIC & MMIC design
Beamforming ICs, front-ends and phase shifters in SiGe BiCMOS, CMOS and FD-SOI up to E/W band.
02Antenna & AiP co-design
Antenna and antenna-in-package designed jointly with the front-end for efficiency and thermal budget.
03Phased-array integration
Active array assembly, calibration and beam control up to mm-wave.
Selected references
In focus
Ka-band diplexer, on chip
A fully integrated Ka-band diplexer that moves filtering out of waveguide hardware and onto silicon. Antecnica is prime contractor to ESA.
View project →Latest
SPIN-CHIP kicks off — Antecnica joins a European project on ultra-low-power spin chips
Antecnica is one of more than 30 partners in SPIN-CHIP, a €23.8 million, 42-month Chips JU project on magnetic tunnel junctions for European semiconductors, coordinated by Thales Research and Technology.
Read the update →Work with us
Have a mm-wave problem that spans silicon and antenna?
We take programmes from architecture and feasibility through to validated hardware. Tell us what you are building.
Contact Antecnica →