Innovating tomorrow one chip at a time
At Innovachips we specialize in advanced semiconductor design, from early concept and architecture to 3nm SoC implementation and AI-driven systems. With deep expertise and a sharp eye for detail, we deliver scalable, custom silicon solutions built for performance, efficiency, and innovation.
Welcome
Advanced chip Design From Idea to Silicon
Founded in 2024, Innovachips began with a clear mission: to make advanced chip design more accessible, agile, and precise. In a short time, we’ve built a reputation for delivering high-quality design services and technical insight, supporting companies of all sizes in navigating the complex path from concept to custom silicon.

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From Concept to Custom Silicon
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End-to-End Design Solutions


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Expert Semiconductor Consulting
how / where / why
How We Work / Where We Add Value / Why It Matters
Our process
From architecture to tape-out, streamlined and reliable
We follow a structured yet flexible design flow that ensures clarity at every stage. Our process balances speed and precision, helping you reach silicon success faster, without surprises.
Industries we support
Custom silicon for real-world applications
We design chips for AI, automotive, IoT, and edge computing — adapting each solution to meet the unique requirements of performance, power, and scalability in your market.
Collaboration
Your idea. Our engineering. One focused team
We work closely with startups, scale-ups, and technical teams to deliver results that go beyond specs. Whether you need full-stack development or targeted support, we’re here to help.
Insights
Semiconductor landscape
The evolution of process technology
From 28nm to 3nm, more performance, less power. Semiconductor scaling has accelerated dramatically in the last decade. With 3nm FinFET and GAA technologies now in production, designers gain access to tighter densities, lower leakage, and higher frequency targets, enabling a new generation of AI, edge, and data-driven applications. Smaller isn’t just better — it’s transformative.
Innovation through global collaboration
Modern chips are built by ecosystems, not individuals. From IP vendors and EDA tool providers to foundries and packaging experts, chip design today is a collaborative global effort. Success depends on synchronizing dozens of partners across time zones, domains, and technologies. These partnerships are what make scalable, application-specific silicon possible.
Where silicon meets intelligence
AI is no longer just software, it’s hardware-deep.
The rise of AI and machine learning is shifting compute toward the edge, where latency and power efficiency matter. Custom silicon accelerators, domain-specific processors, and neural compute engines are redefining how intelligence is embedded into hardware. The convergence of AI and silicon is no longer optional, it’s the new baseline.