Rainbow Electronics AT77SM0101BCB02VKE User Manual
Fingerchip, Biometric module, Features
5391A–BIOM–09/04
Features
•
Module Size: 55 x 72 mm (Smaller than Smart Card)
•
Microcontroller: Atmel ARM9
®
-based AT91RM9200
•
SDRAM: 128 Mbits
•
Flash: Atmel DataFlash
®
32 Mbits
•
Fingerprint Sensor: Atmel FingerChip
®
AT77C101B-CB02V
•
Operating Temperature Range: -30
° C to +65° C
•
Operating Voltage: 3.3V ±10%
•
Power Consumption: 200 mA in Typical Conditions
•
Operating System: Linux
®
(Kernel 2.4.19)
•
Available interfaces on Extension Connector:
– Drivers Provided for SPI, Ethernet, Serial DBGU
– Drivers not Provided for USB Host and Device, TWI, RS-485, IrDA,
SmartCard, MMC/SD Card, SSC, RTC, JTAG…
•
Software Suite with Embedded Pre-loaded Bio-engine
Description
This document describes the specifications of Atmel's AT77SM0101BCB02VKE Fin-
gerChip biometric module. Based on Atmel's FingerChip fingerprint sensor, ARM9
microcontroller and flash memory, the AT77SM0101BCB02VKE provides the main
biometric functions such as user enrollment, authentication and identification in a
packaged module, making it easy to integrate into a final system.
The AT77SM0101BCB02VKE is particularly well-suited to Physical Access Control,
Point of Sale devices, Time and Attendance or Vending Machines.
The AT77SM0101BCB02VKE provides great flexibility because of its memory capac-
ity and powerful microcontroller loaded with the Linux operating system, and features
many possible interfaces, including Ethernet. The AT77SM0101BCB02VKE biometric
m o d u l e r e q u i r e s t h e p u r c h a s e o f t h e E v a l u a t i o n / D e v e l o p m e n t K i t
AT77SM0101BCB02VEK to develop the user interface of the final application.
Applications
•
Physical Access Control
•
Time and Attendance Systems
•
Automated Teller Machines, Points of Sale
•
Vending Machines
•
Smart Homes
•
Locks, Safes
•
Reference Design for ARM9 and FingerChip Design Development
Figure 1. FingerChip Biometric Module AT77SM0101BCB02VKE
FingerChip
®
Biometric
Module
AT77SM0101BCB02VKE