The company specializes in the design and development of analog and mixed-signal ICs for a wide range of applications for telecom and wireless applications. Our expertise encompasses a variety of cutting-edge technologies:
Antenna Beamforming for Radar Applications
The company specializes in radar antenna beamforming, particularly for surveillance and detection in automotive radar systems operating at millimeter-wave frequencies, up to 100 GHz.
Analog and Hybrid Phased Array Antenna Beamforming
With a proven track record in designing analog front-end subcircuits, the company has extensive experience in phased array antenna beamforming for 5G radio base stations, with a particular focus on millimeter-wave bands, especially the 37-47 GHz range.
Radio Transceiver Design
We have hands-on in designing analog circuits for a broad range of functionalities, catering to wireless standards and frequencies.
Multi-Carrier Power Amplifier
We have gained deep expertise in the design of power amplifier in different disciplines, e.g., Multi-Carrier Power Amplifiers, including design of main PA, auxiliary linear PA, delay and cancellation loops, and system calculations. This also includes spread spectrum transceiver design for generation and detection of a pilot-tone signal for supervision of the loop cancellation quality.
High Power IC Design
The company excels in high-power IC design, particularly for LDMOS integrated circuit high-power amplifiers, used in radio base station applications as an substitute to discrete line up, to meet the demands of high-power, small form factor and high linearity in pre-driver base-station application.
Millimeter-Wave Analog Front-End Sub-Block Design
Hands-on experience on key analog front-end sub-blocks for millimeter-wave phase array antenna systems, including:
- Phase-Invariant VGA (Variable Gain Amplifier)
- Phase Shifter, active and passive
- LNA (Low Noise Amplifier) and noise cancellation variants
- Power Amplifiers: Tailored for a broad scope of telecommunications and radio standards, in discrete line-ups, ICs, and MMICs.
- Passive Mixers, Single Sideband mixers (SSB), I/Q modulators, square wave modulators, PWM signal generators.
- Multi-Phase LO (Local Oscillator) Signal Generation: A core part of the signal chain, enabling the generation of multiple signal phases, several granted patents in this field.
- VCO/DCO (Voltage-Controlled Oscillator/Digitally-Controlled Oscillator) Design: Latest designs include applications for Bluetooth and short-range radio systems.
- MMWave Critical Components as passive( active signal combiners/splitters, TDD (Time Division Duplex) antenna switches, phase rotators, both passive and active solutions.
Key Innovations
These innovations are crucial for advancing high-frequency communication systems, particularly in millimeter-wave and radar applications. The company’s cutting-edge design competence ensures the delivery of high-performance, power-efficient, and reliable circuit designs, enabling the latest trends in modern telecommunications and wireless networks.