VNCHIP Technology provides Specification to GDSII, RTL-to-GDSII, NETLIST-to-GDSII design services. VNCHIP Technology boasts a proven business track record and extensive engineering expertise, with over 200 successful designs. Our cutting-edge experience spans advanced 7nm, 6nm, and 3nm technologies, delivering solutions for automotive, AI, and HPC applications
Design Service Flow
VNCHIP Technology provides RTL-to-GDSII, NETLIST-to-GDSII design services. VNCHIP Technology boasts a proven business track record and extensive engineering expertise, with over 200 successful designs. Our cutting-edge experience spans advanced 7nm, 6nm, and 3nm technologies, delivering solutions for automotive, AI, and HPC applications
Specification
Provided SOC or chiplet specifications includes IP specifications from customers, VNCHIP IPs, and third party IPs, and how they are connected to each other. Implementation team will integrate them together to a full chip/chiplet RTLs.
It includes clock and power domains definitions, clock domains crossing checks, and power domains isolations to ensure correctness.
In contingent with additional Design Verification and Physical Design Services will produce final tape-in file for fabrication.
IP Development Solutions
We provide end-to-end IP development services tailored to your exact specifications, from clean-sheet architecture and RTL implementation to verification and production-ready deliverables. Our team can also enhance and adapt existing IP to support new interface standards, higher performance targets, lower power consumption, and improved area efficiency. Whether you need custom IP for a unique application or upgrades to meet evolving market requirements, we deliver scalable, silicon-proven solutions that integrate seamlessly into your SoC roadmap.
RTL or NETLIST
A hand-off in the design flow transfers information from system designers to physical implementation designers
It includes design rule checks and analysis of timing, signal integrity, and thermal issues
The implementation team handles RTL/netlist checks, scan insertion, placement, routing, and error corrections, delivering the final design file for fabrication
Logic Synthesis & Logic Equivalent check
Sanity checks: library check, Netlist check, timing constraint check.
Early engagement
Performance, power, and area optimization by applying physical aware methodology
Equivalent check
Low Power Solution
DFT
Scan design and ATPG
Memory BIST
At-speed test strategy
DFT constraints development
APR
Early Engagement
PowerPlan and FloorPlan
Chip size optimization
Clock Tree Synthesis
Custom CTS (H-TREE / SPINE)
Timing Optimization
Power, SI and Timing aware implementation
Signoff & Tapeout
Hierachical Timing Sign-off
Chiptop / Subsystem Timing Sign-off
Signal Integrity Sign-off
Power Integrity Sign-off
Physical Verification