Development of small-footprint NIR sensor chip: ChipSense™

Chipsense; Hyperspectral Sensor Chip. Material analysis and Health insights for your new products.

• Development op new solid-state NIR sensor chip in smaller form factor (2mmx2mm) with high accuracy
• For use in Product process control and Smart consumer products.

Development kit containing new sensor, nescessary electronics board and standard light source, is on sale via our site.

The ChipSense™ products family allows professional and consumer electronics OEMs to integrate real-time, low-cost, contactless, and non destructive (bio)materials analysis capabilities directly into their products.

Key Features:

• Broad Wavelength Range (500 nm – 1700 nm): its unique InGaAs photodetector implementation provides a significantly broader range, unlike traditional InGaAs or silicon-based systems limited to 1050 nm.
• High Signal-to-Noise Ratio (typically 80 dB): achieving a significantly higher signal-to-noise ratio than other solutions by integrating InGaAs photodetectors with filters, thereby ensuring precise and accurate predictive results.
• Multi-Channel, Multi-Peak Architecture: ChipSense™ features a 16-channel, 4-peaks-per-channel design simultaneously generates rich datasets which combined with ML/AI enable accurate classification and quantification of (bio)materials.
• High Reproducibility and Low Cost: its small footprint (2x2mm) and standard solid state semiconductor fabrication process makes it suitable for high-volume applications.
• spec sheet: https://mantispectra.com/wp-content/uploads/2025/09/Nibble_R-2.0%CE%B1-Datasheet-2508.pdf

MantiSpectra offers a range of data acquisition devices and related software for data acquisition and processing to enable a rapid evaluation of the ChipSense™ product suitability for the targeted applications and use-cases.

Reference material and reference data set is available, development kits are on sale.

Industial OEMs, Consumer appliances, Wearable (health/wellbeing) applications, Robotic/humanoid applications.

TBD