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


Although we do not offer IP solutions, with our analog and RF IC design expertise, we have been involved in the development of many circuits and systems. Related to these developments we have know-how and a portfolio of circuits, that can be reused in different applications, such as:

  • 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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