AI at the Edge and Beyond
Our analog neural network technology enables real-time AI inference wherever power efficiency and speed matter most.
Smartphones
The mobile revolution demands AI that can run 24/7 without killing battery life. Our chip enable always-on AI assistants, real-time camera processing, and on-device language models all while consuming a fraction of the power of conventional processing units. Users get smarter devices with longer battery life.
- Always-on AI assistants
- On-device language models
- Real-time camera processing
- Battery-efficient inference
Drones
Autonomous drones need to process vast amounts of sensor data in real-time while operating on extremely limited power budgets. SEMIQA's analog compute enables real-time object detection, terrain mapping, collision avoidance, and autonomous navigation — extending flight time by reducing the computational power draw.
- Real-time object detection
- Autonomous navigation
- Low-power sensor fusion
- Extended flight time
Autonomous Systems
From humanoid robots to self-driving vehicles, autonomous systems require instant decision-making with absolute reliability. Our low latency inference enables safety-critical applications in ADAS, industrial automation, robotic surgery, and warehouse logistics — where milliseconds matter.
- Near-zero latency inference
- Safety-critical reliability
- Humanoid robotics
- Industrial automation
Datacenters
AI inference at datacenter scale is an energy crisis waiting to happen. SEMIQA's analog architecture enables the same AI workloads at a fraction of the energy cost. Reduce cooling requirements, shrink your carbon footprint, and scale AI inference without scaling your power bill.
- 90% energy reduction
- High-density compute
- Scalable architecture
- Reduced cooling costs
Have a Different Application in Mind?
Our analog neural network technology is adaptable to a wide range of AI inference workloads. Let's discuss how SEMIQA can power your application.
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