Indigenous Multi-Die Chiplet Development: Powering the Industrial Edge
Moving away from restrictive monolithic System-on-Chip (SoC) designs, this modular "chiplet" is what our designers combine high-performance, cutting-edge logic dies with robust, cost-effective Analog and I/O chiplets.
This architectural shift is the fundamental enabler for intelligent, real-time edge computing across our most critical sectors
Oil & Gas: Delivering hardened, reliable edge compute for real-time analysis and predictive maintenance in extreme, high-pressure environments
Automotive: Supporting Software-Defined Vehicles (SDVs) by integrating safety-certified controllers with high-bandwidth AI accelerators
Agriculture: Creating ultra-low-power, connectivity-centric nodes for autonomous irrigation and robotic field monitoring
Maritime: Enabling resilient, high-throughput edge gateways to manage vessel navigation
Drones: Achieving superior "SWaP-C" (Size, Weight, Power, and Cost) optimization for onboard AI, facilitating advanced obstacle avoidance and BVLOS navigation.
