Product Benefits
True plug-n-play by HID protocol
- Featuring a HID (Human Interface Device) protocol, BioMini Slim 2S can be used for fingerprint scanning as soon as it is plugged in with a USB port. This saves time for any additional setup or installation steps.
Powerful Standalone Operation
- BioMini Slim 2S has a 1.0GHz CPU, that allows a high-speed fingerprint extraction and matching.
High Security
- With an on-device encryption of fingerprint templates that support security protocols, BioMini Slim 2S is designed to provide highest level of security.
World’s thinnest FAP20 optical sensor
- BioMini Slim 2S has a 13.5 mm FAP20 certified scanner ideally the thinnest in the world.
LFD based AI technology
- Experience superior LFD technology, which is AI based to detect fake fingerprints created with silicon, rubber, glue, paper, or clay.
FBI PIV and FBI Mobile ID FAP20 certificates
- Image compression standard: WSQ
Featuring a platen that spans 16.5mm*21.0mm wide, BioMini Slim 2S with the world’s thinnest optical sensor stays superior to FAP 20 Standard that spans only 15.2mm * 20.3mm.
Superior MDR technology
- BioMini Slim 2S features an MDR technology that enables the device for effective fingerprint scanning even in bright sunlight
Specifications
Main
CPU: MIPS-Base XBurst Core [Up to 1.0 GHz]
Memory: RAM: 32Mbyte LPDDR
FLASH Memory: 16Mbyte NOR Flash
Memory
Sensor Type: Optical
Resolution / Gray Scale: 500 ppi / 256 levels
Platen Size:16.5 x 21.0 mm
Sensing Area:15.24 x 20.32 mm
Image Size:300 x 400 pixels
Image Certificate: FBI PIV/FIPS 201 and FBI Mobile ID FAP20
certificates
Template Format: Xperix, ISO19794-2, ANSI-378
Image Format : RAW, BMP, WSQ, ISO 19794-4
Live Fingerprint Detection: Supported
IP Rating: IP65(Sensor Surface)
Interface
USB: USB 1.1 or Higher
Hardware
Operating Temperature: -10 ~ 50°C
Operation Humidity: 0 ~ 90% RH
Certification: CE, FCC, KC, RoHS, CB, IEC62471, WEEE, REACH
Dimensions (W x L x H): 72.8 x 40.7 x 18.5 mm
Weight :91g
Compatibility
Operating System: OS/Platform Independent, Stand-alone Operation
