Physical Design
Successful Silicon Requires More Than Just RTL and Netlists
Designing and delivering successful silicon requires more than just RTL and netlists—it requires robust, optimized physical design that transforms your architecture into manufacturable, high-yield silicon. At Avecas, we provide end-to-end Physical Design Services that ensure your chip meets its performance, power, and area (PPA) targets while staying aligned with cost, schedule, and reliability goals.
With a team of experienced engineers and access to industry-standard EDA tools, Avecas acts as your partner in taking a design from synthesis handoff all the way to sign-off and tape-out.
Why Physical Design Matters
Physical Design is the bridge between logical intent and real silicon implementation. It directly impacts how your chip performs in the real world, how much power it consumes, how efficiently area is used, and how reliably it operates under different process, voltage, and temperature (PVT) conditions.
A poorly optimized design can lead to missed deadlines, higher manufacturing costs, or even silicon re-spins. Avecas ensures you avoid those pitfalls with first-pass success.
Avecas Physical Design Expertise
1. Floorplanning & Partitioning
Optimal macro placement, block partitioning, and hierarchy management.
Power domain planning and early congestion analysis.
Ensuring design scalability for advanced SoCs.
2. Placement & Optimization
Standard-cell placement optimized for timing and routability.
Power optimization techniques like multi-Vt cell usage.
Early static timing analysis (STA) to validate design goals.
3. Clock Tree Synthesis (CTS)
Robust clock distribution for minimal skew and jitter.
Low-power clock gating strategies.
Handling multiple asynchronous and synchronous clock domains.
4. Routing
High-quality signal routing with congestion-aware optimization.
Crosstalk and electromigration mitigation.
DRC/LVS clean layouts aligned with foundry requirements.
5. Power Planning & Analysis
Comprehensive power distribution network (PDN) design.
IR drop, noise, and EM (Electromigration) analysis.
Power-gated design methodologies for low-power SoCs.
6. Static Timing Analysis (STA) & Sign-Off
Multi-Mode, Multi-Corner (MMMC) analysis.
On-chip variation (OCV) and statistical timing closure.
Formal equivalence check to ensure functional consistency.
7. Design for Manufacturability (DFM)
Foundry-specific rule checks and process compliance.
Yield optimization through lithography-aware placement and routing.
Physical verification (DRC, LVS, Antenna, ERC).
8. Tape-Out & GDSII Handoff
Fully verified, sign-off quality GDSII for fabrication.
Complete documentation for smooth foundry interface.
Post-tapeout support for silicon debug and validation.
Our Services
Semiconductor Design
Back-end Design
Front-End Design
Analog Design
EDA & CAD Services
Embedded Solutions
Embedded Hardware
Embedded Software
Verification & Validation
FPGA & DSP
Automotive Embedded
Edge AI & DSP
Software Solutions
Custom Software Development
Cybersecurity & Quality Engineering
Cloud & DevOps Solutions
AI, Data & Analytics
Other Services
Product Engineering Services
Training & Skill Development
Staffing & Resource Augmentation
Testing & Quality Assurance
Your Partner in Cutting-Edge RTL Design Engineering Services
Have Any Question
Feel free to email us on below email address, we will be happy to answer your queries.
Designing and delivering successful silicon requires more than just RTL and netlists—it requires robust, optimized physical design that transforms your architecture into manufacturable, high-yield silicon. At Avecas, we provide end-to-end Physical Design Services that ensure your chip meets its performance, power, and area (PPA) targets while staying aligned with cost, schedule, and reliability goals.
With a team of experienced engineers and access to industry-standard EDA tools, Avecas acts as your partner in taking a design from synthesis handoff all the way to sign-off and tape-out.
Why Physical Design Matters
Physical Design is the bridge between logical intent and real silicon implementation. It directly impacts how your chip performs in the real world, how much power it consumes, how efficiently area is used, and how reliably it operates under different process, voltage, and temperature (PVT) conditions.
A poorly optimized design can lead to missed deadlines, higher manufacturing costs, or even silicon re-spins. Avecas ensures you avoid those pitfalls with first-pass success.
Avecas Physical Design Expertise
1. Floorplanning & Partitioning
Optimal macro placement, block partitioning, and hierarchy management.
Power domain planning and early congestion analysis.
Ensuring design scalability for advanced SoCs.
2. Placement & Optimization
Standard-cell placement optimized for timing and routability.
Power optimization techniques like multi-Vt cell usage.
Early static timing analysis (STA) to validate design goals.
3. Clock Tree Synthesis (CTS)
Robust clock distribution for minimal skew and jitter.
Low-power clock gating strategies.
Handling multiple asynchronous and synchronous clock domains.
4. Routing
High-quality signal routing with congestion-aware optimization.
Crosstalk and electromigration mitigation.
DRC/LVS clean layouts aligned with foundry requirements.
5. Power Planning & Analysis
Comprehensive power distribution network (PDN) design.
IR drop, noise, and EM (Electromigration) analysis.
Power-gated design methodologies for low-power SoCs.
6. Static Timing Analysis (STA) & Sign-Off
Multi-Mode, Multi-Corner (MMMC) analysis.
On-chip variation (OCV) and statistical timing closure.
Formal equivalence check to ensure functional consistency.
7. Design for Manufacturability (DFM)
Foundry-specific rule checks and process compliance.
Yield optimization through lithography-aware placement and routing.
Physical verification (DRC, LVS, Antenna, ERC).
8. Tape-Out & GDSII Handoff
Fully verified, sign-off quality GDSII for fabrication.
Complete documentation for smooth foundry interface.
Post-tapeout support for silicon debug and validation.
Our Services
Semiconductor Design
Back-end Design
Front-End Design
Analog Design
EDA & CAD Services
Embedded Solutions
Embedded Hardware
Embedded Software
Verification & Validation
FPGA & DSP
Automotive Embedded
Edge AI & DSP
Software Solutions
Custom Software Development
Cybersecurity & Quality Engineering
Cloud & DevOps Solutions
AI, Data & Analytics
Other Services
Product Engineering Services
Training & Skill Development
Staffing & Resource Augmentation
Testing & Quality Assurance
Your Partner in Cutting-Edge RTL Design Engineering Services
Have Any Question
Feel free to email us on below email address, we will be happy to answer your queries.
Why Choose
Avecas
Holistic PPA Optimization
Every decision in placement, routing, and clocking is made with power, performance, and area balance in mind.
Secure and Confidential
With strict NDAs and secure data handling, your IP is always protected.
Industries We Serve
Avecas supports clients across a variety of semiconductor domains:
Continuous Innovation
Dedicated Support
Positive Client Experiences
Commitment to Excellence
Our Engagement Approach
When you choose Avecas for Physical Design services, we integrate seamlessly with your engineering flow:
Understand design specs, libraries, PDKs, and constraints.
Early analysis to identify risks in timing, congestion, or power.
Floorplanning, placement, CTS, routing, and sign-off checks.
STA, power integrity, DRC/LVS, and equivalence checking.
GDSII and complete sign-off reports for foundry handoff.
Assist with bring-up, debug, and validation if required.
Bold ideas into reality
Successful Projects
Happy Clients
WIth Client Satisfaction Motive
Trusted by creatives, startups, and suits Company
FAQ
Physical Design
Everything You Need to Know Before Partnering with Avecas