SoC Front-end Design

Innosilicon has industry-leading top-level architecture design capabilities and advanced solutions for applications such as HPC, AI, and automotive. With the help of self-developed IP and mature subsystem design, we can quickly complete top-level code integration and achieve optimal PPA. At the same time, Innosilicon has an expert team in front-end design and verification processes, which can ensure the safety and reliability of the design.

Frontend Capabilities

Special IP or Interface Design
Required by Customers

SoC Architecture Deign

NoC Bus Based on Topology
or Mesh Structure

SoC Integration and Synthesis

PPA Optimization

CDC/RDC Check

Timing Optimization

Equivalence Check

Various Verification Methods & Platform

EDA Simulation & Formal

● Complete set of VIPs from all mainstream vendors
● Self-designed QEMU virtual platform for system bug localization
● Mature testcase and automated regression tools for improving code coverage
● Efficient and visual performance & power analysis tools

SoC DDR Bank Access Distribution Tool for Performance Optimization

Rich EMU Verification Resources

Palladium Emulation

● 1,000–400,000x faster than EDA simulation
● Leading hardware installed capacity and rich SpeedBridge Boards for large-scale chips
● Stress test of final design with real-world stimulus
● Software development and testing prior to silicon

FPGA Prototype

● Flexible platform for subsystem & IP verification and cluster for SoC verification
● Automatic design partition technology and self-developed debug modules
● Rich self-developed interface IP external PHY sub-board

Innosilicon FPGA Base and Daughter Board Example

Discover how we can streamline your next product design process!

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Discover how we can streamline your next product design process!

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