We have an exciting opportunity within our ASIC test characterisation team to drive test solutions for next generation beamformer ICs for SATCOM applications. As a successful candidate, you will have recent experience of performing laboratory-based RF testing and a strong lab-based test engineering knowledge. The role will require you to collaborate with multidisciplinary teams, and individuals of different skills, experience, and cultural backgrounds.
As the original disruptors in solid-state satcom-on-the-move antenna, Hanwha Phasor is rewriting the book on phased arrays. It’s one of the toughest challenges in satcom. And, so far, we are the only team to demo multi-axis capability in real world conditions.
Now we’re closing in our goal: active electronically-steered antennas (AESA) for super-fast, super-reliable connectivity—GEO, of course, but LEO, MEO and HEO too.
Our inventive combination of digital and analogue architectures enables highest performance gain for lowest power and lowest profile, while our modular approach enables configurable apertures for the full range of enterprise customers on the move – in the air, on land or at sea.
Backed by Hanwha Systems, the Korean technology giant with a growing presence in global satcom, we are attracting formidable partners: we have appointed a world-class, global manufacturing partner, and two of the world’s best FABs are working on our chips.
So, what does that mean for you? All the fast-paced opportunity you’d expect from a challenger, plus the systems, processes and investment you’d want from an established industry leader.
Hanwha Phasor’s ASIC Centre of Excellence is based in Cambridge Science Park, comprising 150 acres/1.7 million square feet of high technology and laboratory buildings and home to some 7,000 people at over 130 companies, ranging from exciting start-ups to some of the world's leading technology businesses.
For further information on how to future-proof your satcom solution, contact us here
