Tensor Touch
Engineered for Integration – Designed for Scale
The Touch IC Will Be Replaced with HMI Intelligence & Biometrics
Today: Touch displays know WHERE you touched. Tomorrow: They know WHO you are, WHAT you want, and HOW you feel.
Unlocking Intelligence Through Host AI and High Resolution Data
None of this is possible with traditional touch ICs.
This comparison chart underscores the transformative leap from legacy touch ICs to CogniSense’s Host AI plus high-resolution sensing architecture. While traditional systems like those from Synaptics and Goodix rely on low-resolution microcontrollers and fixed firmware, CogniSense introduces a modular AFE paired with powerful host-side processing, leveraging up to 3 GHz CPUs and NPUs.
The result is a dramatic boost in resolution, noise immunity, panel scalability, and power efficiency, all while enabling dynamic software updates. This shift unlocks a new class of touch intelligence, moving beyond simple X,Y coordinates to rich contextual outputs like identity, intent, pressure, and biometrics, capabilities that legacy architectures simply cannot achieve.
Target Specs & Comparison:
| Metric | Legacy (Synaptics/Goodix) | CogniSense |
|---|---|---|
| Architecture | Integrated Touch IC | AFE + Host AI |
| Processing | 100 MHz MCU | Up To 3 GHz + CPU, NPU, or GPU |
| Resolution | 10 bit | 16+ bit |
| Noise Immunity | 20 dB | 40+ dB |
| Max Panel Size | 32 inches | 100+ inches |
| Power | 15–25 mW | 2–4 mW (S,M) |
| Updates | Fixed Firmware | None Required |
What Host AI + High-Resolution Sensing Enables
WHO is Touching
Biometric User identification via CDMA encoding from the display
What is Touching
Distinguish finger vs stylus vs palm vs knuckle vs glove
How it is Touched
More levels of pressure possible without pressure sensors
Extended Hover
Sensing fingers at 30-50mm away vs the industry standard 10mm
Health Metrics
Tremor detection and stress indicators derived from micro-touch patterns
Object Recognition
Better pattern recognition of objects placed on the display
WHO is Touching
User identification via CDMA encoding directly thru the display
What is Touching
Distinguish finger vs stylus vs palm vs knuckle vs glove
How it is Touched
64 levels of pressure possible without pressure sensors
Extended Hover
Sensing fingers at 30-50mm away vs the industry standard 10mm
Health metrics
Tremor detection and stress indicators derived from micro-touch patterns
Object Recognition
IDs for physical objects placed on the display by CDMA signatures
CogniSense Labs is actively seeking strategic OEM and ODM partners ready to break free from legacy touch IC limits. If you’re building next‑generation devices and want sensing that truly differentiates, let’s talk about how our high‑resolution AFE and host‑side processing can power your next breakthrough product.
