Product Portfolio
Glass-based capture devices for mobile and large-scale identity.
GB30 and GB60 translate GlassBiometric sensing into deployable capture products: one compact module for mobile enrollment and one FAP60-class multi-finger and palm capture platform for high-throughput identity workflows.
Compact fingerprint and palm capture
GB30
Ultra-thin capture module for mobile enrollment systems.
GB30 is based on the CS463 reference material: a compact capacitive fingerprint and palm capture device designed for USB-connected, embedded, and portable identity terminals.
500 DPI capture400 x 500 pixel image output20.32 mm x 25.40 mm effective image areaUSB 2.0 interfaceWindows, Android, and Linux SDK supportDesigned for high-quality field image capture
Applications
- Mobile enrollment kits
- Handheld identity terminals
- Portable KYC systems
- Embedded access devices
- Information collection terminals
Sensor & Image
- Resolution
- 500 DPI
- Effective image size
- 20.32 mm x 25.40 mm
- Capture window
- 24.20 mm x 27.00 mm
- Image size
- 400 x 500 pixels
- Grayscale
- 8-bit, 256 levels
- Dynamic range
- >= 200 levels
- Image distortion
- No distortion stated in reference document
- Output format
- BMP
System & Environment
- Interface
- USB 2.0
- Capture speed
- Single finger normal capture: 6 frames/s
- Operating temperature
- -20 C to 60 C
- Storage temperature
- -40 C to 85 C
- Relative humidity
- 10% to 90%
- ESD
- Contact <= 8 kV, air <= 15 kV
- OS support
- Windows 7+, Android 6.0+, Linux Kernel 3.0+
GB30 product information is derived from the CS463 text extraction. Final module configuration can vary by integration.
FAP60-class multi-finger and palm capture
GB60
High-throughput tenprint, rolled finger, and palm capture.
GB60 is positioned from the FAP60 glass-based capture reference: a thin multi-finger and palm scanner designed for border, airport, port, civil ID, finance, law-enforcement, and enrollment workflows.
Glass-based structural designLeft and right four-finger captureDual-thumb captureTenprint single-finger capturePalm capture workflowsDesigned for high-throughput identity lanesUSB 2.0 with Windows / Android / Linux SDK support
Applications
- Border control
- Airport and port identity lanes
- National ID enrollment
- Public security enrollment
- Financial KYC stations
- Defense and education identity systems
Capture Workflows
- Four fingers
- Left-hand and right-hand four-finger capture
- Thumbs
- Dual-thumb capture
- Tenprint
- Single-finger tenprint capture workflow
- Rolled capture
- Single rolled-finger workflow
- Palm
- Palmprint capture workflow
Reference Positioning
- Architecture
- Glass-based capture structure
- Four-finger capture
- Reference page states 0.25 seconds per capture
- Single / rolled capture
- Reference page states 0.125 seconds per capture
- Interface
- USB 2.0
- SDK support
- Windows / Android / Linux SDK
- Deployment environments
- Customs, airports, ports, public security, finance, education, and information collection
- Form factor
- Thin multi-finger and palm capture device
GB60 uses the referenced FAP60 glass-based product description as positioning input while removing the original company branding.
Product Comparison
Choose the capture surface for the enrollment workflow.
| Capability | GB30 | GB60 |
|---|---|---|
| Primary role | Compact mobile and embedded capture | Multi-finger, rolled, and palm enrollment |
| Best fit | Portable KYC, handheld terminals, compact identity devices | Border, civil ID, public security, high-throughput stations |
| Capture area | Single-finger class effective area | Large-area FAP60-class platform |
| Mobility | Highly compact | Thin high-throughput station / portable integration |
| Integration | USB 2.0, Windows / Android / Linux SDK | USB 2.0, Windows / Android / Linux SDK |
Build the right biometric enrollment stack.
Share the target device, enrollment volume, environment, and SDK requirements. GlassBiometric can help map GB30 or GB60 into the right capture workflow.