What We Can Do For You


1

System Architecture

Transceiver
PLL/ Frequency Synthesizer
Analog Baseband
Analog Front End

2

Analog / RF Measurement Lab

Test Plan Definition
Execution of Analog/RF measurements
Characterization in temperature and power supply
Data evaluation and presentation

3

RF / MM Wave

Low Noise Amplifiers
VCOs
Frequency doublers/quadruplers
Active and passive up/down conversion mixers
Fully Integrated 60-GHz transceivers
Fully Integrated E-band transceivers

4

Analog / Mixed Signal

Variable Gain Amplifiers
Linear-in-dB gain control
Voltage references
Fractional/Integer-N PLLs and sub-blocks
Analog Basebands
Analog Front-Ends


With our analog and RF IC design extensive expertise, we have developed several customized circuit and system IP solutions. Related to these developments we have know-how and a portfolio of circuits, that can be reused in different applications, such as:

  • 2.4GHz BLE transceiver (silicon proven)

  • 60GHz Radar-on-Chip (silicon proven)

  • 10GHz Frac-N PLL for FMCW radar (silicon proven)

  • 76-81 GHz receiver-rffe and analog baseband (silicon proven)

  • BGRs, LDOs (mass production proven)

  • Inductorless DC/DC (Manufacturing ongoing)

  • SPI (mass production proven)

  • Opamps, level shifters, temp sensors (mass production proven)

  • Low-Noise Amplifiers, up to 80GHz (silicon proven)

  • Down- & Up-converters, up to 80GHz (silicon proven)

  • LC and ring VCOs, PFD/CPs, Prescalers, SD Modulators, self-calibration, up to 20GHz (silicon or mass production proven)

  • 528MHz Frac-n PLL (mass production proven)

  • 13.5-16.5 GHz Frac-n PLL (silicon proven)

  • 96MHz Integer-n PLL (mass production proven)

  • 24.576MHz-384MHz Integer-n PLL (mass production proven)

  • 480MHz Integer-N PLL (mass production proven)

  • 20GHz Integer-N PLL (silicon proven)

  • 57-66GHz lineal PA (silicon proven)

  • 2.45GHz switched mode PA (silicon proven)

  • 14 bits SAR ADC, 2MSPs (silicon proven)


They are offered to address customization needs, covering wide technology nodes from 0.18um to 28nm, including FD-SOI.


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