Who Are We?

At Gateway2Silicon Technologies, we are driven by a relentless passion for innovation and excellence in the world of semiconductor services. With a legacy spanning 7 years, we have firmly established ourselves as a trusted partner for leading semiconductor manufacturers, startups, and enterprises seeking cutting-edge solutions.

Welcome to GATEWAY2SILICON, your trusted partner for cutting-edge VLSI services. Our expert team specializes in providing a wide range of front-end and back-end services for Very Large Scale Integration (VLSI) chip design. With a passion for innovation and a commitment to excellence, we help you turn your semiconductor ideas into reality.

Gateway2silicon is a technology design services company with a high level of expertise in semiconductor design and embedded software development including applications. Founded in 2016, the company has expertise in ASIC design from Spec to Silicon and software development end to end.

Our services

Architectural Design,IP Integration

Architectural Design phase is where your VLSI project truly takes shape. This pivotal stage is all about defining the high-level structure and organization of your integrated circuit (IC) to ensure optimal performance, efficiency, and functionality. Our experienced architects create high-level chip architectures that optimize performance, power consumption, and area utilization. We design with future scalability and customization in mind.

RTL Design (Register-Transfer Level)

Transforming concepts into functional digital logic, we employ state-of-the-art hardware description languages (HDLs) to design the core of your chip.Designing the digital logic blocks using hardware description languages like Verilog or VHDL.Our team of seasoned architects thrives on innovation. We work closely with you to understand your project's objectives and unique requirements, using creative thinking to devise innovative solutions.

Functional Verification, Constraint Development

Our dedicated team of verification experts employs industry-leading techniques and cutting-edge tools to ensure that your semiconductor design functions flawlessly, meeting all specifications and requirements.Ensuring that the design functions correctly using simulation, formal methods, and emulation. Specifying timing, area, and power constraints for synthesis and optimization.

Physical Design & Verification

We offers comprehensive Physical Design & Verification services, the pivotal stages of VLSI chip development that bridge the gap between architectural planning and manufacturing readiness. Our team of experts excels in transforming architectural concepts into physical layouts while ensuring that the design is manufacturable, reliable, and optimized for performance.Planning and implementing the chip's physical layout, including floor planning, placement, and routing. Identifying and addressing issues related to clock domain crossings.

Low Power Design,CDC,STA,DFT

Our experts employ advanced techniques to minimize power consumption, extending battery life and reducing environmental impact.Identifying and resolving clock domain crossing issues is crucial for design stability. Our CDC analysis ensures seamless integration of clock domains.We meticulously analyze and optimize the timing of your design to meet performance and reliability requirements.We design with testing in mind, simplifying manufacturing testing and reducing production costs.ensuring efficient use of resources and meeting performance targets.

Project Management

Managing the overall project, including scheduling, resource allocation, and risk assessment. These front-end services are essential for ensuring the successful development of VLSI chips, which can be found in various electronic devices, from smartphones and computers to automotive systems and IoT devices.Developing customized tool flows for design and verification.Creating comprehensive documentation of the design and its verification.Selecting the appropriate semiconductor process technology based on project requirements and EDA Tool Flow Development

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