Robust IP Porting, Customization, and Integration Services
Flexible and proven IP services for product-grade silicon.
IP Porting, Customization, and Integration
Comprehensive IP Services - From Porting to SoC Integration
Why MosChip for IP Services
Multi-Node, Multi-Domain, Industry-Hardened IP Engineering
25+ years of experience in handling IP across commercial and strategic SoCs
Proven success in porting IPs across nodes from 180nm to 3nm
Customization expertise for analog, digital, and Analog/Mixed Signal IP blocks aligned to PPA goals
Toolchain fluency: Cadence, Synopsys, Siemens EDA – adaptable to customer environment
Seamless integration into RTL, netlist, and layout flows with constraint propagation
Engagement Models
Execution Depth, Foundry Alignment, and Flexible Engagement Models
Proven migration across 180nm to 3nm, including FinFET nodes (3FF/5FF)
PDK-aligned flows with DRC/LVS closure across TSMC, GF, Intel, Samsung, and UMC
Seamless integration of analog/digital/AMS IPs with floorplanning, co-simulation, and constraint handling
Performance, power, and area tuning during porting and customization
End-to-end IP design from spec to delivery for digital and AMS blocks
Node-to-node IP migration model — flexible scope, fast turnarounds, delivered by dedicated pods
Embedded engineers, co-managed SoC teams, or full offshore PODs tailored to your development lifecycle
Featured Case Study
Enabling Wi-Fi 5 (802.11ac) along with SoC provider migration
Yes. We have experience porting IPs across a wide range of nodes from 180nm to 3nm, including FinFET technologies such as 5FF, 4FF, and 3FF.
We offer customization and porting services for customer-developed or legacy IPs, optimizing for power, performance, and area based on the target application.
Absolutely. We integrate analog, digital, and mixed-signal IPs seamlessly into customer SoCs, covering RTL, layout, and AMS co-simulation.
We align closely with foundry PDKs, ensuring DRC/LVS compliance, layout optimization, and manufacturing readiness.
Yes. We offer both standalone and collaborative models including embedded resources and co-managed teams.
Robust IP Porting, Customization, and Integration Services
Flexible and proven IP services for product-grade silicon.
IP Porting, Customization, and Integration
Comprehensive IP Services - From Porting to SoC Integration
Why MosChip for IP Services
Multi-Node, Multi-Domain, Industry-Hardened IP Engineering
25+ years of experience in handling IP across commercial and strategic SoCs
Proven success in porting IPs across nodes from 180nm to 3nm
Customization expertise for analog, digital, and Analog/Mixed Signal IP blocks aligned to PPA goals
Toolchain fluency: Cadence, Synopsys, Siemens EDA – adaptable to customer environment
Seamless integration into RTL, netlist, and layout flows with constraint propagation
Engagement Models
Execution Depth, Foundry Alignment, and Flexible Engagement Models
Proven migration across 180nm to 3nm, including FinFET nodes (3FF/5FF)
PDK-aligned flows with DRC/LVS closure across TSMC, GF, Intel, Samsung, and UMC
Seamless integration of analog/digital/AMS IPs with floorplanning, co-simulation, and constraint handling
Performance, power, and area tuning during porting and customization
End-to-end IP design from spec to delivery for digital and AMS blocks
Node-to-node IP migration model — flexible scope, fast turnarounds, delivered by dedicated pods
Embedded engineers, co-managed SoC teams, or full offshore PODs tailored to your development lifecycle
Featured Case Study
Enabling Wi-Fi 5 (802.11ac) along with SoC provider migration
Yes. We have experience porting IPs across a wide range of nodes from 180nm to 3nm, including FinFET technologies such as 5FF, 4FF, and 3FF.
We offer customization and porting services for customer-developed or legacy IPs, optimizing for power, performance, and area based on the target application.
Absolutely. We integrate analog, digital, and mixed-signal IPs seamlessly into customer SoCs, covering RTL, layout, and AMS co-simulation.
We align closely with foundry PDKs, ensuring DRC/LVS compliance, layout optimization, and manufacturing readiness.
Yes. We offer both standalone and collaborative models including embedded resources and co-managed teams.
