“MinanoSpace delivered exceptional timing closure for our SoC project - their
attention to detail is unmatched!”
Pioneering advanced VLSI and semiconductor tech.
Backed by expert design & verification specialists.
Ensuring smooth flow from concept to silicon.
Comprehensive semiconductor solutions from concept to silicon.
Our highly qualified Front-End Engineers work closely with architectural teams to efficiently transform diverse projects from RTL to Netlist, ensuring precision and high-quality results.
Having served numerous tier-1 clients, our design verification team has expertise in formal/logical verifiers like formality, Lec Conformal and other debugging tools.
A great Design For Test (DFT) service can reduce not only time-to-market but also a significant improvement in execution quality. Our SmartSoC DFT team ensures just that.
Physical Design teams use their proven flows and processes to build the entire Back End flow and take full responsibility from RTL/Netlist to GDSII.
Expertise team to check RtlAudit/Low power checks. With increased complexity in design, there is a need of cross dimension, check the consistency in Design with accuracy.
Enabled flow automation with a skilled team for CDC, RDC, and LINT checks. Addressed Clock and Reset Domain Crossing issues common in modern designs.
Team of skilled engineers with extensive industry experience.
Flexible engagement models tailored to client needs.
100% customer satisfaction with dedicated support.
Covering every stage from RTL design to physical sign-off.
Specialized in Static Timing Analysis and closure.
Focused on area, power, and performance for designs.
Rigorous verification to minimize tape-out risks.
Skilled in floorplanning, placement, and sign-off.
Ensuring a risk-free transition with all sign-off criteria met.
Explore the complete VLSI design flow from Specification → Fabrication — click any stage to learn more.
Explore blogs, case studies, webinars, and resources that help you understand semiconductor innovation better.
The semiconductor industry has come a long way since the invention of the first integrated circuit. From powering calculators in the 1970s to driving artificial intelligence and 5G networks today, semiconductors form the backbone of modern technology.
Very Large Scale Integration (VLSI) design is the process of creating integrated circuits (ICs) by combining millions of transistors into a single chip. For newcomers, the flow may seem complex, but it follows a structured sequence of steps to transform an idea into silicon.
Timing is everything in semiconductor design. Even if a circuit is logically correct, if it fails to meet timing constraints, it won’t work in real hardware. This is where Static Timing Analysis (STA) plays a vital role. Without STA, chip design would be error-prone and unreliable.
Modern chips contain billions of transistors, making testing critical for ensuring quality. Design for Testability (DFT) ensures defects can be detected quickly and efficiently during manufacturing. DFT ensures semiconductor designs are robust, reliable, and production-ready.
Physical design is the stage where abstract logic becomes a real silicon layout. It involves placement, routing, and optimization of millions of transistors within strict power, area, and timing constraints. Physical design is both science and art—it requires precision, creativity, and proven methodologies.
With the rise of portable and battery-powered devices, power efficiency has become just as important as performance. Low power verification ensures designs minimize energy consumption without sacrificing functionality. At MinanoSpace, our verification experts ensure that every design meets global standards for power efficiency, reliability, and performance.
Exploring the frontier of semiconductor design and AI acceleration. From idea to invention — our R&D fuels the future.
Joint research center with smart intelligence and go deeper to rise higher
Introduced ML-driven verification coverage prediction.
ASIC Sanity checker to predict WNS, TNS, Density, Clock gating coverage, and many more.
Real-world engineering excellence — measurable results that define our impact.
Optimized multi-core SoC architecture for ADAS systems — achieving 40% faster timing closure across critical paths.
Delivered high-speed PHY and SERDES verification reducing area by 20% while maintaining throughput integrity.
Co-developed low-power MAC array using custom RTL pipelines — cutting power consumption by 35%.
Honored by AMD for exceptional technical expertise and teamwork on the Shanghai PD project.
Harnessing Artificial Intelligence to accelerate chip design cycles — merging neural intelligence with silicon precision.
Have questions about our semiconductor solutions? Here are quick answers to help you understand how MinanoSpace supports innovation and growth.
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