fim10_datasheet(v1.1)

NITGEN ____________________________________________________________ Page: 1 FIM10 Datasheet

FIM10

NITGEN® FIM10 Stand-Alone Fingerprint Identification Device with Built-in CPU

Datasheet

Version 1.11


FIM10

© Copyright 2004 NITGEN Co., Ltd.

ALL RIGHTS RESERVED

Serial Number:

Specifications can be changed without notice.


FIM10

Revision History

Date of Revision Version Description

February 11, 2004 1.0 Release

March 23, 2004 1.11 Revision 1.11


FIM10

General Descriptions

FIM10 is a stand-alone Fingerprint Identification Device with many excellent features. It provides

benefits such as high identification performance, low power consumption and RS-232 serial

interface with the simple protocol for easy integration into a wide range of applications. It is a

durable and compact device with fingerprint identification module containing NITGEN optics-

based fingerprint sensor inside. There are two types of process board depending on supply

voltage and sensor.

Basic Feature (FIM10 series)

ITEM FIM10-HV FIM10-LV

Board Spec S3C2410 (ARM9), 8M SDRAM, 1MB Flash

S3C2410 (ARM9), 8M SDRAM, 1MB Flash

Dimension 43 x 60 [mm2] 43 x 60 [mm2] Sensor NITGEN OPP01MM2 NITGEN OPP02MM1

Supply Voltage 5 ± 0.2 [V] 3.3 ± 0.1 [V] Current Consumption 60(Idle) ~ 210(Op.) [mA] 60(Idle) ~ 200 (Op.) [mA]

Operating Temperature -20 ~ 60 [℃] -20 ~ 60 [℃] Humidity 5 ~ 95 [% RH] 5 ~ 95 [% RH]

ESD Tolerance ±10 [KV] (indirect) ±10 [KV] (indirect) Communication Speed 9600 ~ 115200 [bps] 9600 ~ 115200 [bps]

External I/O 3 input port, 2 output port 3 input port, 2 output port Capture Speed 0.4(normal) / 0.7(secure) sec 0.4(normal) / 0.7(secure) sec

Verification Speed 1.2 [sec] (Capture + Extract + Match)

1.2 [sec] (Capture + Extract + Match)

Boot Up Time (100 users) 0.34 [sec] 0.34 [sec]

Data Encryption Method AES in flash memory AES in flash memory The number of MAX fingers

(2 images per 1 finger) 100 100

Special Function Fast identification, Cancel,

Adaptive capture for dry, wet, small finger

Fast identification, Cancel, Adaptive capture for dry, wet,

small finger


FIM10

Application ü Door-Lock System

ü Safe Box

ü Simple Access Controller

ü Vehicle Control

ü ATM, POS, etc

Block Diagram

RS-232C communication data consist of 8-bit data, no parity, 1-bit start-bit and 1-bit stop-bit.

FDA12 FIM10

NITGENFingerprint

Sensor

OPP01 orOPP02

Host

Controller

Processor

Memory

UART(RS232)

I2C

VCLK

DATA

RS232 (RX/TX)

User Enrollment

I/OUser DeletionUser IdentificationOperation SuccessOperation Fail


FIM10

FIM10 Technical Data

n The Features of FIM10 board

Front Side

(JP4)

(JP1)JTAG

(JP3)POWER

(JP2) SENSOR

(Unit: mm)


FIM10

Rear side


FIM10

n Optical fingerprint sensor

l The dimensions of OPP01

* FIM10-HV does only support OPP01MM2.

xy

(Unit: mm)


FIM10

l The dimensions of OPP02

7

* FIM10-LV does only support OPP02MM1.

xy


FIM10

n External Port

l JTAG Connector (JP1) Pin Pin Name Description 1 VCC 3.3 Volt Power 2 N/A N/A 3 nSRST JTAG control pin 4 TDO JTAG control pin 5 TDI JTAG control pin 6 nTRST JTAG control pin 7 TCK JTAG control pin 8 TMS JTAG control pin 9 GND Ground

* JP1 (JTAG connector) is used only for development or emergency recovery.

l 9-Pin Sensor Connection (JP2)

Name No States Description

GND 1 POWER Sensor Ground VCLK 2 IN Sensor Clock

SDATA0 3 OUT Sensor Data0 SDATA1 4 OUT Sensor Data1 SDATA2 5 OUT Sensor Data2 SDATA3 6 OUT Sensor Data3

SDA 7 IN Sensor SDA SCL 8 IN Sensor SCL VCC 9 POWER Sensor VCC (FIM10-HV: +5V / FIM10-LV: +3.3V)


FIM10

l 9-Pin External Connector (JP3)

Pin Pin Name Description 1 VCC FIM10-HV: 5V / FIM10-LV: 3.3 V 2 EXT_RXD RS-232C port receiving signals from host 3 EXT_TXD RS-232C port transmitting signals to host 4 EXT_PASS External output for indicating authentication success 5 EXT_FAIL External output for indicating authentication fail 6 EXT_ENROLL External Input to enroll fingerprint without RS-232 communication 7 EXT_DELETE External Input to delete user without RS-232 communication 8 EXT_IDENTIFY External Input to identify user without RS-232 communication 9 GND Ground

l I/O Port Operation Condition

Pin Name Direction Initial State Active State 4 EXT_PASS Out Low High (500 ms) 5 EXT_FAIL Out Low High (500 ms) 6 EXT_ENROLL In High Low (more 30ms) 7 EXT_DELETE In High Low (more 30ms) 8 EXT_IDENTIFY In High Low (more 30ms)

l Reserved Port for future use (JP4)

Name No Description

VCC 1 FIM10-HV: 5V / FIM10-LV: 3.3 V 2 3 4 5 6 7 8

VCC 9 Ground

* This connector is reserved for future use. So FIM10 which has no JP4 connector is delivered.


FIM10

n Cables

l Cable for Sensor

l Material List

NO DESCRIPTION VENDOR 1 9-PIN HOUSING 1.25mm(51021-0900) MOLEX 2 9-PIN HOUSING 1.25mm(51021-0900) MOLEX 3 CABLE 9P, 180mm UL

l 9-Pin Connector

PIN COLOR SIGNAL 1 BLACK GND 2 WHITE CLK 3 WHITE DATA0 4 WHITE DATA1 5 WHITE DATA2 6 WHITE DATA3 7 WHITE SDA 8 WHITE SCL 9 RED VCC

1 2 3

NITGEN _______________________________________________________ Page: 13 FIM10 Standalone with built-in CPU

FIM10 Standalone with built-in CPU

APPENDIX n Recommended External Interface

l Input Port (internal pull-up) ? EXT_ENROLL, EXT_DELETE, EXT_IDENTIFY

l Output Port (COMS level output)

R7

4.7K

Q

32

LED

EXT_PASS/EXT_FAIL

R470

VIN

FIM10

CPU

SW0

SW1

CPU

+3.3V

10K

R

SW2



n Boot up time

Power

RESETn

IdentifyEnable

tpi

Registered user Boot up time (tpi) 0 276 m sec 20 290 m sec 50 308 m sec 100 334 m sec

* Boot up time increases in proportion to the number of registered users.



Ordering Information

n Ordering Guide

Part No Sensor Power Board Size FIM10-HV OPP01MM2 5V FIM10-LV OPP02MM1 3.3V

43x60mm

* OPP01MM2 and OPP02MM1 are modules that order names of sensor provided by

NITGEN.

n The label of sensor

OPP01MM2 OPP02MM1



Support Information

NITGEN Co., Ltd.

Sanhak Foundation Bldg. 5F, 1337-31, Seocho-dong, Seocho-gu, Seoul, Korea

Tel: +82-2-3415-1800 Fax: +82-2-3415-1801 E-mail. [email protected]

fim10_datasheet(v1.1)

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