Silis designers' experience and skills
Silis engineers’ expertises and skills result from a ten-years experience in the integrated circuit field collaborating with many of the semiconductor leader companies. The distinctive characteristic of Silis team is certain the flexibility based on a deep background, a solid knowledge of the most recent software tools for design, verification and physical implementation.
- Op.amp. (general purpose, high-speed, differential)
- Bandgap references (low-voltage and high-voltage)
- Low drop-out regulators (LDO)
- DC-DC buck, boost and buck-boost converters
- SerDes Gb/s-per-pin
- High-speed LVDS link (TX and RX pads)
- Clock and data recovery
- Crystal oscillators
- Real time clock circuits (RTCC)
- Switched-cap circuits
- A/D converters: high-speed SAR, high-speed pipeline, flash, sigma-delta A/D
- D/A converters
- High-voltage circuit with over-voltage and over-current protection
- Sensors interfaces and acquisition chains
- Standard cell libraries: characterization and design
- Digital sub-circuits for mixed-signal IC (calibration, IC management, self-test)
- PLL’s
- VCO’s
- LNA’s
- UHF RFID
- Analog and Digital behavioral modeling (AHDL, Verilog, etc)
- Cadence ® Virtuoso ® tools (ADE, Spectre ® circuit simulator, AMS tools, etc)
- Cadence ® Virtuoso ® Layout/Layout XL flow
- Mentor Graphics ® Eldo platform ®
- Mentor Graphics ® Calibre ® physical verification flow
- Tanner AMS IC Design flow (Mentor Graphics ®)
- Ocean Scripting language
- Matworks ® Matlab ® and Simulink ® modelling tools
- AMS 0.35um CMOS standard, HV 50V and EEPROM options
- AMS 0.6um CMOS
- AMS 0.35um BiCMOS SiGe HBT
- XFAB CMOS 0.35um standard, HV 40V and EEPROM options
- Chartered CMOS 0.13um
- ST 90nm with RF option
- ST 65nm CMOS
- SMIC CMOS 180nm
- TSMC CMOS 90nm
- and more..