CIM Chips Show Broad Prospects Across Edge and End-Side Applications
Witmem Technology’s independently developed CIM chips have pioneered commercial deployment. We have achieved breakthroughs in computing power, energy efficiency, and cost-effectiveness, enabling AI functionalities across diverse applications. Collaborating with industry leaders, we continue to advance CIM chips for broader AI innovations.
End-side market
Speech Recognition
Enables 300-word continuous recognition with total system power consumption <1 mA (including microphone data processing). Cross-Language Adaptability: Maintains performance across multilingual environments without algorithm adjustments. Applications: Smart home appliances, voice assistants,and IoT hubs.
AI-Enhanced Noise Reduction
Separates human voice from noise in real time, even in high-noise environments (subways, cafés, roads).Ultra-Low Latency: <8 ms delay with preserved voice clarity.
Feedback Suppression
50 dB SNR: Ensures high-fidelity audio output while preventing feedback at 10s of dB gain.
Human Shape Recognition
Real-Time Processing: Fast data transfer between sensors and cameras for instant detection.PIR + Camera Fusion: Boosts accuracy in security and automation systems.
Heart Rate Monitoring
Medical-Grade Precision: MAE <5 (heart rate/blood pressure).Ultra-Low Power: 50 μA (standard mode) / 80 μA (active mode).
Edge-side market
AI Frame Interpolation
4K@120 FPS: Overcomes traditional CV chips’ limitations (e.g., 1080P@60FPS) under mobile power constraints.
Super-Resolution
AI high dynamic display technology
AI video camera technology
Due to the limited power consumption of mobile terminals, conventional CV chips cannot support 1080P@60FPS above display
Augmented Reality (AR)
10ms low latency video see through
Anti-distortion, color calibration, and AI depth sensing.
Gaze Tracking: Reduces rendering load via focus-aware algorithms
Anti-distortion, color calibration, and AI depth sensing.
Gaze Tracking: Reduces rendering load via focus-aware algorithms
High-performance imaging
Due to the limited power consumption of mobile terminals, conventional CV chips cannot support 1080P@60FPS above display
