End-to-End Expertise
Full-spectrum services from RTL design to physical verification and post-silicon validation.
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RTL-to-GDSII Expertise
Specializing in ASIC design with end-to-end solutions from RTL design to physical verification.
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Industry-Vetted Engineers
Seasoned professionals with proven expertise in complex semiconductor design challenges.
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Trusted by Global Leaders
Preferred partner for top semiconductor companies including AMD, Intel, and Synopsys.
10+
Global
Clients
Clients
About Us
Innovating ASIC & IP Solutions
Sanketh Semiconductors is a premier ASIC design and IP development company founded by industry veterans. With expertise spanning RTL-to-GDSII flows, we deliver cutting-edge semiconductor solutions for global clients including AMD, Intel, and Synopsys. Our team of 500+ engineers combines technical excellence with a commitment to first-time-right silicon.
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Trusted Partnerships
Collaborative engagements with industry leaders to solve complex design challenges.
Services
Our VLSI Expertise
Physical Design Engineering
Complete RTL-to-GDSII implementation including floorplanning, placement, clock tree synthesis, routing, and signoff for advanced nodes.
Static Timing Analysis
Full-chip timing closure with advanced OCV/AOCV/POCV analysis, cross-talk delay, and noise analysis for signoff-quality results.
RTL Design
Microarchitecture development, power-optimized RTL coding, linting, CDC checks, and seamless integration with verification teams.
Design Verification
UVM/OVM based verification, coverage-driven methodology, assertion-based verification, and gate-level simulation for silicon-accurate validation.
Physical Verification
DRC, LVS, ERC, ANT, PERC checks with foundry-compliant signoff using industry-standard tools for tapeout readiness.
Analog Layout
Custom analog layout for mixed-signal designs including matching constraints, shielding, and advanced DFM techniques for yield improvement.
FAQ's
ASIC Design Questions
Technical insights about our RTL-to-GDSII services and design methodologies.
We specialize in advanced nodes from 28nm down to 7nm, with expertise in
FinFET technologies. Our team is proficient in handling all aspects of
physical design including floorplanning, placement, clock tree
synthesis, and routing for complex SoCs.
We employ UVM/OVM methodologies for functional verification, along with
formal verification and gate-level simulation. Our verification team
achieves >98% coverage metrics and specializes in power-aware
verification for low-power designs.
Through rigorous design verification, signoff-quality STA with OCV/AOCV
analysis, full-chip EMIR/PDN analysis, and DFM checks. Our ISO 9001:2015
certified processes and collaboration with foundry partners ensure
manufacturability and reliability.
We have extensive experience with Synopsys (Fusion Compiler, IC
Validator), Cadence (Innovus, Tempus), and Mentor (Calibre) toolsets.
Our team is also certified in partner tools from AMD and Intel for their
respective technology nodes.
Testimonials
Trusted by Industry Leaders
"Sanketh's physical design team delivered exceptional results on our 7nm SoC project. Their expertise in STA, power optimization, and signoff methodologies helped us achieve first-time-right silicon with better-than-target PPA metrics."
"Working with Sanketh on our IP verification project was seamless. Their UVM expertise and coverage-driven approach helped us achieve 99.8% functional coverage. They've become an extension of our verification team."
"Sanketh's DFT team implemented a sophisticated test architecture that improved our fault coverage by 15% while reducing test time. Their deep understanding of scan compression and at-speed testing was invaluable for our automotive SoC."
Industry
Insights
ASIC Design Trends
Aug 16, 2024
Advanced Node Physical Design Challenges at 5nm/3nm
Exploring cutting-edge methodologies for power optimization, EMIR analysis, and DFM in next-generation FinFET designs with real case studies from our work with AMD and Intel.
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Aug 18, 2024
Achieving 99%+ Verification Coverage with UVM
Our proven methodology for functional verification that has helped clients achieve first-time-right silicon through advanced constraint randomization and coverage analysis techniques.
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Aug 20, 2024
DFT Strategies for Automotive-Grade Silicon
How we implement zero-defect DFT architectures meeting ISO 26262 requirements, including MBIST, scan compression, and at-speed testing for automotive SoCs.
Read More
