Technology
Radio Detection and Ranging (RADAR) is a sensing and imaging technology used extensively in civilian and strategic applications.
Since the early 2000s, conventional radar technology has seen two major transformations: a) migration from pulsed radars to frequency modulated continuous wave (FMCW) radars, which provide improved range and velocity resolution for significantly lower amounts of power consumption and b) the development of semiconductor-chip based radars (radars-on-chip) that leverage semiconductor technology to make radar systems lightweight and portable, while substantially reducing cost.
Our circuits and architectures enable FMCW radars to operate across a wide range of frequencies, with fractional bandwidths exceeding 100%. This improves resolution, while staying significantly under the cost and power specifications of commercial radar systems.
We are able to fine-tune our systems for specific applications by using novel architectural methods, and innovative circuit design techniques embedded in our chips. Our full-stack solution, from our in-house radar-on-chip design, to customized systems and algorithms, allows us to extract maximum performance from our systems for a specific power, form-factor and cost envelope.
Applications
Products
Products
Indigenous radar-on-chip functional in multiple RF/Microwave bands. Simultaneously addresses multiple applications with one base design.
Full systems based on our radar technology are available for customization with customer inputs.
Services
Services
Services
- CMOS/SiGe, GaN and GaAs IP (LNA, Mixers, Power Amplifier, etc.) design services
- Full turnkey chip design service from design to GDS, tapeout, and chip characterization.
- RF, Microwave and mm-wave system and sub-system design using COTS components and Custom PCB Design.
- Full turnkey system design from design specification to PCB fabrication and assembly and testing.