BioMini Slim S

FAP20 Standalone Authentication Scanner

True plug-n-play
by HID protocol

BioMini Slim S supports true plug-n-play by featuring HID(human interface device) protocol. HID protocol enables users to scan fingers immediately after physical connection of USB plug without any set-up or installation steps.

Standalone
Operation

Featuring range-leading powerful 1.0GHz CPU, BioMini Slim S allows standalone operation with on-device high speed fingerprint extraction and matching.

FBI PIV and Mobile ID FAP20 Certified Image Quality

BioMini Slim S is the world's thinnest PIV certified FAP20 optical scanner. The Scanner features Large Platen that spans 0.71" x 1.0" (18mm x 25.4mm) wide, which is well above the FAP20 Standard that spans 0.6" x 0.8".

Enhanced Security

BioMini Slim S has been designed to provide highest level of security available by featuring on-device encryption of fingerprint templates as well as supporting security protocols including WIFI WPA2 and HTTPS.

Rugged IP65-rated
Dust & Waterproof Sensor Surface

BioMini Slim S adopts new improved optical sensor which also provides exceptional durability. The rugged sensor housing effectively protects sensitive optical structure from dust, moisture and liquid.

Specifications

Main
- CPU
  MIPS-Base XBurst Core [Up to 1.0 GHz]
- Memory
  RAM: 32MByte LPDDR
  FLASH Memory: 32Mbyte NOR Flash Memory
- Sensor Type
  Optical
- Resolution / Gray Scale
  500 ppi / 256 levels
- Platen Size
  18.0 mm x 25.4 mm
- Sensing Area
  16.2 mm x 24.3 mm
- Image Size
  320 x 480 pixels
- Image Certificate
  FBI PIV/FIPS 201, FBI Mobile ID FAP20
- Template Format
  Xperix, ISO 19794-2, ANSI 378
- Image Format
  RAW, BMP, WSQ, ISO 19794-4
- Live Fingerprint Detection
  Supported
- IP Rating
  IP65
Interface
- USB
  USB 2.0 High Speed
Hardware
- Operating Temperature
  -10°C ~ 50°C
- Operation Humidity
  0% ~ 90% RH
- Certification
  CE, FCC, KC, RoHS, UL, CB, WEEE
- Dimensions (W x L x H)
  82.0 mm x 57.7 mm x 27.0 mm
- Weight
  140g
Compatibility
- Operating System
  OS/Platform Independent
  Stand-alone Operation