Expert Silicon Design Services — RTL to GDSII
Delivering high-quality RTL design, verification, analog design, layout, synthesis, and physical implementation
Why MosChip for Design Services
Comprehensive Expertise Across Analog, Digital & Mixed-Signal Domains
Full-spectrum design services from RTL to GDSII sign-off
Expertise in complex multi-voltage, multi-clock, and low-power designs
Seamless integration of analog, digital, and mixed-signal design flows
High tape-out success rate across consumer, industrial, HPC, Telecom, and automotive SoCs
In-house capability across RTL, DFT, STA, layout, and physical design
Dedicated teams with hands-on expertise in Cadence, Synopsys, Siemens EDA, and Ansys toolchains
How our Design Services Deliver Differentiated Value
Execution Excellence with Flexible Delivery Models
RTL to GDSII ownership with milestone-driven execution
Integrated AMS flows with DRC/LVS sign-off
Cadence, Synopsys, Siemens EDA, Ansys - deeply proficient
Proven at 5nm, 7nm FinFET - PPA, IR/EM, STA optimized
Scan, ATPG, MBIST, fault coverage and test readiness
Flows tuned to TSMC, Samsung, Intel, GF, UMC PDKs
PODs, embedded teams, or full ODC — aligned to global cadence
Strategic partner to C-DAC and approved by India’s DLI scheme for national ASIC programs
Our Design Service Portfolio
Structured, Scalable, Silicon-Proven
Analog Design
• High-speed, low-power blocks
• Custom ADCs/DACs, power management, memory, clock generators
Analog Layout
• Technology-aware layout with DRC/LVS compliance
• High-speed SerDes, power management, I/O cells, data converters, RF, memory and clock generators
RTL Design & Verification
• Architecture to synthesizable RTL
• IP to SoC level verification, SV/UVM based environments and coverage closure
Synthesis / DFT / Physical Design
• Multi-corner STA and place & route through sign-off
• Scan chain insertion & ATPG, MBIST, ATPG and DFT sign-off
Featured Case Study
Low cost OpenWRT based custom wireless routers with advanced features
Yes, our design teams have experience across multiple process nodes from 180nm down to 5nm, including FinFET technologies, with deep understanding of associated challenges in timing closure, IR/EM, and PPA optimization.
Absolutely. Our team integrates analog, digital, and mixed-signal IPs, handling both design and layout flows, with DRC/LVS-compliant methodologies tuned to foundry-specific PDKs.
Through disciplined verification, coverage closure, DFT strategy, and sign-off rigor, combined with a proactive risk management approach across design phases.
Expert Silicon Design Services — RTL to GDSII
Delivering high-quality RTL design, verification, analog design, layout, synthesis, and physical implementation
Why MosChip for Design Services
Comprehensive Expertise Across Analog, Digital & Mixed-Signal Domains
Full-spectrum design services from RTL to GDSII sign-off
Expertise in complex multi-voltage, multi-clock, and low-power designs
Seamless integration of analog, digital, and mixed-signal design flows
High tape-out success rate across consumer, industrial, HPC, Telecom, and automotive SoCs
In-house capability across RTL, DFT, STA, layout, and physical design
Dedicated teams with hands-on expertise in Cadence, Synopsys, Siemens EDA, and Ansys toolchains
How our Design Services Deliver Differentiated Value
Execution Excellence with Flexible Delivery Models
RTL to GDSII ownership with milestone-driven execution
Integrated AMS flows with DRC/LVS sign-off
Cadence, Synopsys, Siemens EDA, Ansys - deeply proficient
Proven at 5nm, 7nm FinFET - PPA, IR/EM, STA optimized
Scan, ATPG, MBIST, fault coverage and test readiness
Flows tuned to TSMC, Samsung, Intel, GF, UMC PDKs
PODs, embedded teams, or full ODC — aligned to global cadence
Strategic partner to C-DAC and approved by India’s DLI scheme for national ASIC programs
Our Design Service Portfolio
Structured, Scalable, Silicon-Proven
Analog Design
• High-speed, low-power blocks
• Custom ADCs/DACs, power management, memory, clock generators
Analog Layout
• Technology-aware layout with DRC/LVS compliance
• High-speed SerDes, power management, I/O cells, data converters, RF, memory and clock generators
RTL Design & Verification
• Architecture to synthesizable RTL
• IP to SoC level verification, SV/UVM based environments and coverage closure
Synthesis / DFT / Physical Design
• Multi-corner STA and place & route through sign-off
• Scan chain insertion & ATPG, MBIST, ATPG and DFT sign-off
Featured Case Study
Low cost OpenWRT based custom wireless routers with advanced features
Yes, our design teams have experience across multiple process nodes from 180nm down to 5nm, including FinFET technologies, with deep understanding of associated challenges in timing closure, IR/EM, and PPA optimization.
Absolutely. Our team integrates analog, digital, and mixed-signal IPs, handling both design and layout flows, with DRC/LVS-compliant methodologies tuned to foundry-specific PDKs.
Through disciplined verification, coverage closure, DFT strategy, and sign-off rigor, combined with a proactive risk management approach across design phases.
