UF_EVK_Datasheet_V3_1_0

5/28/2018 UF_EVK_Datasheet_V3_1_0

1/20

Copyright 2012 by Suprema, Inc.

UniFinger Evaluation Kit

Datasheet

Ver. 3.1.0


2/20

UniFinger Evaluation Kit 2

Datasheet Copyright 2012 by Suprema, Inc.

Revision History

Rev No. Issued date Description

1.0 Nov. 15, 2004 Initial Release

3.0.1 Jul. 21, 2005 In SFM3500 EVK, the pin outs of relay

and buzzer are corrected

3.0.2 Dec. 1, 2005 In SFM3500 EVK, the pin out description

for relay is corrected

Module SDK is replaced with SFM SDK

3.1.0 Jul. 2, 2012 SFM 4000 and 4020 EVK are added.

Type C and D are added.

Important Notice

Information in this document is provided in connection with Suprema products. No license, expressor implied, by estoppel or otherwise, to any intellectual property rights is granted by this document.Except as provided in Supremas Terms and Conditions of Sale for such products, Suprema assumesno liability whatsoever, and Suprema disclaims any express or implied warranty, relating to saleand/or use of Suprema products including liability or warranties relating to fitness for a particularpurpose, merchantability, or infringement of any patent, copyright or other intellectual propertyright. Suprema products are not intended for use in medical, life saving, life sustaining applications,or other applications in which the failure of the Suprema product could create a situation wherepersonal injury or death may occur. Should Buyer purchase or use Suprema products for any suchunintended or unauthorized application, Buyer shall indemnify and hold Suprema and its officers,

employees, subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, andexpenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personalinjury or death associated with such unintended or unauthorized use, even if such claim alleges thatSuprema was negligent regarding the design or manufacture of the part.Suprema reserves the right to make changes to specifications and product descriptions at any timewithout notice to improve reliability, function, or design.Designers must not rely on the absence or characteristics of any features or instructions marked"reserved" or "undefined." Suprema reserves these for future definition and shall have noresponsibility whatsoever for conflicts or incompatibilities arising from future changes to them.Contact your local Suprema sales office or your distributor to obtain the latest specifications andbefore placing your product order.

Copyright by Suprema Inc., 2012

*Third-party brands and names are the property of their respective owners.


3/20



Contents

Overview ................................................................................... 41. Features ............................................................................. 52. Contents ............................................................................ 5

2.1. Summary .............................................................................. 52.2. UniFinger module ................................................................... 52.3. Interface board-Type A ........................................................... 6

2.3.1.Specifications ............................................................................ 62.3.2.Layout ...................................................................................... 62.3.3.Pin assignment .......................................................................... 82.3.4.Corresponding connectors of SFM modules .................................... 9

2.4. Interface board-Type B ........................................................... 92.4.1.Specifications ............................................................................ 92.4.2.Layout ...................................................................................... 92.4.3.Pin assignment ......................................................................... 11

2.5. Interface board-Type C .......................................................... 132.5.1.Specifications ........................................................................... 132.5.2.Layout ..................................................................................... 132.5.3.Pin assignment ......................................................................... 15

2.6. Interface board-Type D .......................................................... 162.6.1.Specifications ........................................................................... 162.6.2.Layout ..................................................................................... 162.6.3.Pin assignment ......................................................................... 18

2.7. Software CD ......................................................................... 193. Related Documents ............................................................ 19


4/20



OverviewSuprema provides high-performance standalone fingerprint modules ideal

for embedded system application where biometric security is needed.

UniFinger Evaluation Kit is a demonstration system to enable users to

evaluate the core functionality of UniFinger standalone modules quickly and

easily. Moreover, the evaluation kit provides quick solution to make use of

the standalone module in developing application systems.

The evaluation kit is available for all of the UniFinger modules, includingSFM3000, SFM3500, SFM4000 and SFM5000 series. The evaluation kit for

SFM3000 and SFM5000 series are compatible, which enables the user to

test various models by replacing only the module with sensor. While, the kit

for SFM3500 includes different interface board due to diverse extended

functionalities of SFM3500 series, and SFM4000/4020 has different EVK

due to compact size of SFM4000 series.


5/20



1. FeaturesEvaluation kit for UniFinger standalone modules

User-friendly interface for easy standalone evaluation

Built-in RS232C interface supporting full functionality evaluation based

on communication protocol using PC UI program (Unifinger UI)

Powerful embedded SDK tools helping quick integration of UniFinger

modules into application system

Simple hardware installation process helping comparison of various

models

2. Contents

2.1. Summary

Item Description

UniFinger moduleSFM3000, SFM3500, SFM4000 and

SFM5000 series with fingerprint sensors

Interface board

Mother board on which the module is

mounted providing diverse interfaces

Four types ( A, B, C and D ) differentiated

by supporting modules

Serial cable

RS232C interface cable to connect the

interface board with a standard 9 pin

serial port

Power adaptor

DC 5V power adaptor to supply regulated

power to the interface board

Software CDCD containing technical documents and

application software tools

2.2. UniFinger module

Module series Available model Interface board

SFM3000 series

SFM3020-OP, SFM3030-OD,

SFM3040-OL, SFM3050-TC,

SFM3050-TC2S

Type A


6/20



SFM3500 series

SFM3520-OP, SFM3530-OD,

SFM3540-OL, SFM3550-TC Type B

SFM4000 seriesSFM4000-TS4 Type C

SFM4020-OP Type D

SFM5000 series SFM5020-OP, SFM5060-OH Type A

2.3. Interface board-Type A

2.3.1. Specifications

Item Description

Supporting module SFM3000 and SFM5000 series

Size 95mm x 80 mm ( WxL )

Power supply Regulated 5V DC

RS232C port 1

Built-in user interface 3 Buttons, 3 LEDs, 1 Buzzer

2.3.2. Layout


7/20



Component Description

JP1Module interface pin header socket on

which the module is mounted

JP2 Module serial interface connector

JP3 Reserved for internal use

JP4Pin header socket on which the module is

mounted. Reserved for internal use.

JP5 Duplicate of JP1 for users test

SW1, SW2, SW3

Input buttons for enroll/identify/delete all

functions, connected to GPIO0 GPIO2,

respectively.

SW4 Power switch

D1, D2, D3

Status output LEDs signaling

ready/success/fail, connected to GPIO0

GPIO2, respectively


8/20



D4 Power status LED

LS1 Buzzer connected to GPIO3

J1 Power adaptor jack

J2 Reserved for internal use

P1RS232C DB9 female connector for PC

interface

P2 Reserved for internal use

2.3.3. Pin assignment

JP1, JP5

Name Pin number Description

VSS 4,14 Power Ground

VDD 9 Power pin. 3.3Vdc

GPIO_0 ~

GPIO_7

5,6,7,8,

1,2,3,15

3.3V CMOS, bidirectional port

H_RXD 10 Receive Data

H_TXD 11 Transmit Data

Reserved 12, 13 Reserved for future use

JP2

Name Pin number Functions

VDD 1 Power pin. 3.3Vdc

Reserved 2, 3 Reserved for future use

VSS 4,7 Power Ground

H_RXD 5 Receive Data

H_TXD 6 Transmit Data

SHIELD 8 Ground Shield

P1


GND 5 Power ground


9/20



TXD 2 RS232C Tx output

RXD 3 RS232C Rx input

NC 1,4,6,7,8,9 No connect

2.3.4. Corresponding connectors of SFM modules

Interface board JP1 JP4

SFM1000 series JP4 JP1

SFM2000 series JP1 JP4

SFM3000 series J1 J3

2.4. Interface board-Type B


Item Description

Supporting module SFM3500 series


Power supply Regulated 5V DCRS232C port 2

Built-in user interface 3 Buttons, 3 LEDs, 1 Buzzer, 1 Relay

User test terminals 2 including versatile interfaces

2.4.2. Layout


10/20




11/20




J1, J2, J3, J4, J5, J6Connectors correspondent to SFM3500

interface connectors J1-J6, respectively

P1RS232C DB9 female connector for host

serial port

P2RS232C DB9 female connector for aux

serial port

P3 Power adaptor jack

SW1, SW2, SW3

Input buttons for enroll/identify/delete

functions, connected to IN0-IN2 port,

respectively.

SW4 RS422/485 duplex mode selection switch

SW5 Power switch

D1, D2, D3Status output LEDs connected to LED0

LED2 port, respectively

D4 Power status LED

LS1 Buzzer connected to OUT1 port

K1, K2 Relay controlled by OUT0 port

BT1A CR2025 type lithium cell for time

keeping.

CON1, CON2 Terminals for users interface test

U5 Fixture holes for sensor boards


CON1

Pin number Name Description

1 GND Power ground

2 WOUT1 Wiegand out, DATA1

3 WOUT0 Wiegand out, DATA0

4 VCC 5V DC Power

5 WIN1 Wiegand in, DATA1

6 WIN0 Wiegand in, DATA0


12/20



7 GND Power ground

8 A_TX Aux CMOS serial Transmit data

9 A_RX Aux CMOS serial Receive data

10 GND Power ground

11 TX+ Host RS422 TX+ data ( full duplex )

Host RS485 RTX+ data ( half duplex )

12 RX+ Host RS422 RX+ data ( full duplex )

13 TX- Host RS422 TX- data ( full duplex )

Host RS485 RTX- data ( half duplex )

14 RX- Host RS422 RX- data ( full duplex )

15 GND Power ground

* By switching SW4 to half duplex mode, pin 11-12, 13-14 are connected

each other.

CON2


1 N.C. Relay, normally closed with COMMON

pin

2 COMMON Relay, common

3 N.O. Relay, normally open

4 GND Power ground

5 LED0 LED0 output

6 LED1 LED1 output

7 LED2 LED2 output

8 GND Power ground

9 IN0 IN0 input

10 IN1 IN1 input

11 IN2 IN2 input

12 VCC 5V DC power

13 OUT0 OUT0 output

14 OUT1 OUT1 output

15 OUT2 OUT2 output


13/20



P1, P2


GND 5 Power ground




2.5. Interface board-Type C


Item Description

Supporting module SFM4000


Power supply 7~12Vdc

RS232C port 1


Built-in relay 1

2.5.2. Layout


14/20



124.

00

100.00

POWER

READY PASS FAIL

ENROLL IDENTIFY DELETE

N.O.

COMN.C.

VCCGND

3.3VGPIO7GPIO6

GPIO5GPIO4

GPIO3GPIO2

GPIO1GPIO0

GND

START

7~12VDC

RS-232

GPIO7GPIO6GPIO5GPIO4

GPIO3GPIO2GPIO1GPIO0

GND

RXTXGND

3.3V

PWR_

EN

VCC

GND J2

J3

P1 J1

CON1

SW1 SW2 SW3

SW4

Buzzer

Relay

SFM4000

Sensor

LED1 LED2 LED3

LED4

U1


P1 DB9 female connector for RS-232 interface


J2 Module interface power and communication

J3 Module interface GPIO signals

SW1, SW2, SW3Input buttons for enroll/identify/delete all functions,

connected to GPIO1 GPIO3, respectively.

SW4 Start switch.


15/20



LED1, LED2,

LED3

Status output LEDs for ready/success/fail event

outputs, connected to GPIO4 GPIO6, respectively

LED4 Power status LED

Buzzer Buzzer driven by GPIO0

Relay A SPDT relay driven by GPIO7

CON12.54mm pin header for GPIO signals, power and

relay terminals

U1Linear low dropout regulator for 5V regulated power

supply


J2


1 GND Power ground

2 POWER Power pin. 4~10Vdc

3 PWR_EN Power enable, active high

4 VDD 3.3Vdc Input / Output

5 GND Power ground

6 TX Transmit Data

7 RX Receive Data

J3


1 GND Signal ground

2 GPIO0 Configurable input/output, or buzzercontrol output

3 GPIO1 Configurable input/output








16/20



CON1

Pin number Name Functions

1 GND Power ground

2~9 GPIO0~GPIO7 GPIO0~7, directly connected to

corresponding signals of J3

10 3.3V 3.3Vdc Input / Output, directly

connected VDD pin of J3

11 GND Power ground

12 VCC 5V dc13 N.C. N.C. (Normally Closed) terminal of relay

14 COM Common terminal of relay

15 N.O. N.C. (Normally Open) terminal of relay

P1

Pin number Name Functions

5 GND Power ground

2 TXD RS232C Tx output

3 RXD RS232C Rx input

2.6. Interface board-Type D


Item Description

Supporting module SFM4020


Power supply 5Vdc

RS232C port 1


Built-in relay 1

2.6.2. Layout


17/20




P1 DB9 female connector for RS-232 interface


J2 Module interface power and communication

SW1, SW2, SW3Input buttons for enroll/identify/delete all functions,

connected to GPIO1 GPIO3, respectively.

LED1, LED2,

LED3

Status output LEDs for ready/success/fail event

outputs, connected to GPIO1 GPIO3, respectively

LED4 Power status LED

Buzzer Buzzer driven by GPIO0

CON12.54mm pin header for GPIO signals, power and

relay terminals


18/20



U1

Linear low dropout regulator for 5V regulated power

supply


J2


1 GND Power ground

2 POWER Power pin. 4~10Vdc

3 PWR_EN Power enable, active high

4 VDD 3.3Vdc Input / Output

5 GND Power ground

6 TX Transmit Data

7 RX Receive Data

CON1


1 GND Power ground

2~9 GPIO0~GPIO

7

GPIO0~7, directly connected to

corresponding signals of J3

10 3.3V 3.3Vdc Input / Output, directly

connected VDD pin of J3

11 GND Power ground

12 VCC 5V dc

13 N.C. N.C. (Normally Closed) terminal of relay

14 COM Common terminal of relay

15 N.O. N.C. (Normally Open) terminal of relay

P1


GND 5 Power ground



19/20





2.7. Software CD

Technical documents and application software are included in the EVK

software CD. Detailed contents are as follows:

Item Description

Manuals

Datasheets of UniFinger modulesDatasheet of UniFinger Evaluation Kit

Firmware release notes

Protocol reference manual

Evaluation Kit User guide

SFM SDK reference manual

Application notes

Brochures Brochures of UniFinger modules

Utilities PC UI program

SFM SDKModule interface API for WIN32

environment

3. Related Documents

Protocol Reference Manual

Evaluation Kit Users Guide

SFM SDK Reference Manual

Command Line Tool Reference Manual


20/20



Contact InfoHeadquarters

Suprema, Inc. (http://www.supremainc.com)

16F Parkview Office Tower, Jeongja-dong, Bundang-gu

Seongnam, Gyeonggi, 463-863 Korea

Tel: +82-31-783-4502

Fax:+82-31-783-4503

Email:[email protected],[email protected]
http://www.supremainc.com/http://www.supremainc.com/mailto:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]://www.supremainc.com/