At SMSemicon Design and Technologies, we provide specialized Semiconductor Services that span the full silicon lifecycle—from design to deployment. Our expertise covers ASIC and FPGA design, IP integration, verification, validation, and system-level optimization. Whether you’re developing a custom chip for a niche application or a high-performance SoC for mass production, our engineering team ensures robust, scalable, and efficient solutions aligned with your product goals.
We offer services in RTL Design, Pre-Silicon and Post-Silicon Validation, and Physical Design, with a strong emphasis on low power, high performance, and manufacturability. By leveraging industry-standard tools and proven design methodologies, we deliver silicon-ready designs that reduce risk and accelerate time-to-market. Our team is skilled in working with advanced technology nodes and high-speed interfaces such as PCIe, DDR, USB, and more.
Our collaborative approach allows us to integrate seamlessly with your internal teams or act as a complete design partner. With experience across various industries—including automotive, IoT, consumer electronics, and telecommunications—we bring domain knowledge that ensures your semiconductor solution meets both technical and commercial success metrics.
Why Choose SMSemicon?
✅ Full Lifecycle Expertise
From concept to tape-out and post-silicon validation, we provide end-to-end semiconductor solutions under one roof.
🧠 Experienced Team
Our engineers have years of hands-on experience across multiple domains and technology nodes, ensuring high-quality design and verification.
🛠️ Tool Proficiency
We are proficient with industry-leading tools like Cadence, Synopsys, Mentor, and Ansys, enabling seamless and efficient execution.
🚀 Faster Time-to-Market
With reusable IP, robust workflows, and agile development processes, we help you launch products faster—without compromising quality.
🔐 Confidential & Secure
We operate with strict confidentiality protocols, ensuring your intellectual property remains protected at every stage.
