Next-Gen Semiconductor Architecture
Building India’s Intelligence Layer
for the Physical World
GNIX Semicon designs next-generation AI compute, edge silicon, and high-speed interconnect systems. Focused on energy-efficient intelligence from edge devices to data centers.
Founded in 2016 as GNIX Technologies, we build AI-first silicon and systems with sustainability at their core while developing skills in emerging technologies — from Noida to the world.
Capabilities
What We Build
Foundational technologies for the next era of computing.
AI & Edge Silicon
Custom processors and accelerators optimized for voice AI, perception, and real-time reasoning at the edge — low latency, low power, production-ready.
Photonics & Interconnect
Advanced silicon photonics and optical switching architectures enabling massive bandwidth, lower energy per bit, and next-gen AI infrastructure.
Systems & Architecture
From chip to board to system — we design deployable reference platforms for AI factories, edge clusters, and intelligent machines.
Why GNIX
Architecture-first thinking
Designed in India, built for global scale. Every layer from silicon to systems is workload driven and manufacturable.
Founded in 2016 as GNIX Technologies, GNIX Semicon builds AI-first silicon and systems with sustainability at their core, while investing in skill development for emerging technologies to grow the talent that will power resilient, energy-aware infrastructure.
- Architecture-first, workload-driven silicon
- Deep integration across AI models, hardware, and systems
- Focus on cost, efficiency, and manufacturability
- Programs built for rapid productization
Applications
Built to power the physical world
From sovereign data centers to autonomous systems, GNIX silicon is tuned for real-world deployment.
Voice & Multimodal AI
Speech, copilots, ambient compute.
Robotics & Autonomous
Deterministic, safety-first stacks.
AI Data Centers
Disaggregated fabrics and acceleration.
Smart Infrastructure
Edge intelligence for cities and grids.
Vision
“To create a sovereign, globally competitive semiconductor stack.”
Powering the next decade of intelligent systems — efficiently, securely, and at scale.