
Advancing AI Infrastructure Through Smarter Connectivity
Founded in 2024, Spintronics AI Semiconductors focuses on delivering advanced analog and mixed-signal design solutions for next-generation semiconductor systems. With strong expertise in PMICs, high-speed interfaces, SERDES, and custom IP development, we enable scalable, low-power, and high-performance silicon solutions tailored for modern applications, including AI-driven systems.
Our core strengths lie in analog and mixed-signal design, IP development, and full ASIC execution—from architecture and circuit design to verification and silicon realization. We work closely with partners to deliver robust, production-ready solutions across advanced technology nodes.
Headquartered in Hyderabad, India, with operations across India, Canada, Europe, and the USA, Spintronics AI is positioned to serve a global customer base with agility, innovation, and engineering excellence.
Advancing the next era of AI connectivity
SpintronicsAI delivers advanced IP and automation across the VLSI design cycle, optimizing every stage from architecture to GDS for better PPA and faster turnaround.
We enable high-performance, scalable chip design across AI, automotive, and edge applications using silicon-proven methods and intelligent platforms.

At Spintronics AI, he is driving the development of next-generation semiconductor IPs and integrating AI into design workflows, while actively nurturing engineering talent through industry-focused training initiatives.

At Spintronics AI, he leads engineering strategy and execution, focusing on scalable teams, robust methodologies, and high-performance silicon delivery.

At Spintronics AI, he leads digital engineering, focusing on scalable SoC development, advanced design methodologies, and high-quality silicon delivery.

At Spintronics AI, he provides strategic guidance, fosters academia–industry collaboration, and supports AI-driven semiconductor innovation.

At Spintronics AI, she leads software strategy and development, focusing on robust architectures, automation, and AI-driven systems.

At Spintronics AI, he leads IP and product design, driving end-to-end development of scalable, high-performance semiconductor solutions.


At Spintronics AI, he is driving the development of next-generation semiconductor IPs and integrating AI into design workflows, while actively nurturing engineering talent through industry-focused training initiatives.

At Spintronics AI, he leads engineering strategy and execution, focusing on scalable teams, robust methodologies, and high-performance silicon delivery.

At Spintronics AI, he leads digital engineering, focusing on scalable SoC development, advanced design methodologies, and high-quality silicon delivery.

At Spintronics AI, he provides strategic guidance, fosters academia–industry collaboration, and supports AI-driven semiconductor innovation.

At Spintronics AI, she leads software strategy and development, focusing on robust architectures, automation, and AI-driven systems.

At Spintronics AI, he leads IP and product design, driving end-to-end development of scalable, high-performance semiconductor solutions.


At Spintronics AI, he is driving the development of next-generation semiconductor IPs and integrating AI into design workflows, while actively nurturing engineering talent through industry-focused training initiatives.

At Spintronics AI, he leads engineering strategy and execution, focusing on scalable teams, robust methodologies, and high-performance silicon delivery.

At Spintronics AI, he leads digital engineering, focusing on scalable SoC development, advanced design methodologies, and high-quality silicon delivery.

At Spintronics AI, he provides strategic guidance, fosters academia–industry collaboration, and supports AI-driven semiconductor innovation.

At Spintronics AI, she leads software strategy and development, focusing on robust architectures, automation, and AI-driven systems.

At Spintronics AI, he leads IP and product design, driving end-to-end development of scalable, high-performance semiconductor solutions.


At Spintronics AI, he is driving the development of next-generation semiconductor IPs and integrating AI into design workflows, while actively nurturing engineering talent through industry-focused training initiatives.

At Spintronics AI, he leads engineering strategy and execution, focusing on scalable teams, robust methodologies, and high-performance silicon delivery.

At Spintronics AI, he leads digital engineering, focusing on scalable SoC development, advanced design methodologies, and high-quality silicon delivery.

At Spintronics AI, he provides strategic guidance, fosters academia–industry collaboration, and supports AI-driven semiconductor innovation.

At Spintronics AI, she leads software strategy and development, focusing on robust architectures, automation, and AI-driven systems.

At Spintronics AI, he leads IP and product design, driving end-to-end development of scalable, high-performance semiconductor solutions.


At Spintronics AI, he is driving the development of next-generation semiconductor IPs and integrating AI into design workflows, while actively nurturing engineering talent through industry-focused training initiatives.

At Spintronics AI, he leads engineering strategy and execution, focusing on scalable teams, robust methodologies, and high-performance silicon delivery.

At Spintronics AI, he leads digital engineering, focusing on scalable SoC development, advanced design methodologies, and high-quality silicon delivery.

At Spintronics AI, he provides strategic guidance, fosters academia–industry collaboration, and supports AI-driven semiconductor innovation.

At Spintronics AI, she leads software strategy and development, focusing on robust architectures, automation, and AI-driven systems.

At Spintronics AI, he leads IP and product design, driving end-to-end development of scalable, high-performance semiconductor solutions.

Leadership Excellence

