Services
RealSilicon is a chip design services company with a proven track record providing high end analog and custom design solutions for high speed and low power applications. We have deep expertise in every step of the chip design process, from architectural feasibility to silicon validation. In the last twelve years, we've delivered over 20 tape-outs on complex analog designs for Fortune 100 semiconductor companies with a 100% success rate. With a team of over 90 specialists in the US and India, RealSilicon is equipped to meet even the most complex semiconductor design needs.
Choose your Service Section
High Performance SOC and Modules Low Power SOC and Modules End to End IoT Solutions
High Performance SOC and Modules
High Performance
Data Centers, Machine Learning
| High Performance SOC and Modules | |
|---|---|
| Full Chip Design Solutions | • Spec-to-GDS Turnkey • RTL-to-GDS Turnkey |
| Modules | • SRAM Blocks • Arithmetic Data Path Blocks (Multipliers, Adders, Shifters, Cross-Bar Switches, Customer-Required Special Digital Blocks, Domino and Dynamic Circuit Blocks, etc.) |
| IP Development and Porting | • SRAM Blocks • SRAM Compiler • Foundation IP • High Speed Interface IP |
Low Power SOC and Modules
| Low Power SOC and Modules | |
|---|---|
| Full Chip Design Solutions | • Spec-to-GDS Turnkey
• RTL-to-GDS Turnkey • Convert a Higher Power Mobile or Portable SOC SOC into Low Power SOC |
| Modules | • SRAM Blocks
• Arithmetic Data Path Blocks (Multipliers, Adders, Shifters, Cross-Bar Switches, Customer-Required Special Digital Blocks, Domino and Dynamic Circuit Blocks, etc.) |
| IP Development and Porting | • SRAM Blocks • SRAM Compiler • Foundation IP • High Speed Interface IP |
| Ultra Low Leakage (Patented technology) | • SRAM Blocks
• SRAM Compiler • Foundation IP • Arithmetic Data Path Blocks (Multipliers, Adders, Shifters, Cross-Bar Switches, Customer-Required Special Digital Blocks, Domino and Dynamic Circuit Blocks, etc.) |
End to End IoT Solutions
Low Power with Adaptive Speed
IoT, Wearables, VR, Mobile
