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Digital Back-End

VLSI

Our digital back-end capabilities include a range of services related to the design and optimization of digital circuits, including placement and routing, CTS (Clock Tree Synthesis), STA (Static Timing Analysis), PV (Power Verification), low power deployment, and DFT (Design for Test).

Placement and Routing:

We specialize in placement and routing services, which involve optimizing the placement of components and routing of interconnects in digital circuits to achieve the best possible performance, manufacturability, and reliability. Our team of experts has extensive experience in placement and routing, using advanced design tools to ensure the quality and performance of our solutions.

CTS, STA, and PV:

We provide comprehensive services related to CTS, STA, and PV, including clock tree synthesis, static timing analysis, and power verification. These services involve optimizing the clock distribution, timing, and power consumption of digital circuits to ensure that they meet industry standards and our client's specific requirements.

Low-Power Deployment:

We offer low-power deployment services, which involve optimizing the power consumption of digital circuits to reduce energy usage and extend battery life. Our team of experts has extensive experience in low-power design, using advanced design techniques to minimize power consumption while maintaining performance and functionality.

DFT:

We specialize in DFT services, which involve designing digital circuits for testability and ease of testing. Our team of experts has extensive experience in DFT, using advanced design techniques to ensure that our solutions are easy to test and maintain.

At every stage of the design process, we work closely with our clients to ensure that our solutions meet their specific needs and industry standards. We provide comprehensive support and services, from initial concept and design to production and post-production support. Our team is committed to delivering high-quality solutions that are optimized for performance, reliability, and manufacturability.

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