sammi SM-R400 User manual

April 2012
SM-R400
USER’S MANUAL
V2.4.16

SM-R400 User’s Manual
Company Date Version
V2.4.16
2
Identification with Radio and Optical
 Revision history
Version Revision Date Revision page Revision Description
V2.4.16 1012-04-16 Draft

SM-R400 User’s Manual
Company Date Version
V2.4.16
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Identification with Radio and Optical
CONTENTS
1. Introduction & System composition diagram ..........................................................4
 Introduction.................................................................................................................................................4
 System composition diagram ............................................................................................................4
2. Composition parts ..........................................................................................................7
3. Reader Description .........................................................................................................8
4. Reader Specification.................................................................................................... 10
 UHF RFID Reader Performance...................................................................................................... 10
 Interface...................................................................................................................................................... 10
 Physical Dimension...............................................................................................................................10
 Bluetooth Setting Parameter .......................................................................................................... 11
 Mechanical Dimension........................................................................................................................ 12
5. How to Run SM-R400 Sample Program ................................................................. 13

SM-R400 User’s Manual
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Identification with Radio and Optical
1. Introduction & System composition diagram
Introduction
-This product, as a Bluetooth embedded UHF RFID Reader, is designed for short distance
application using the Bluetooth, USB Interface with PC and SMART PHONE, and it
provides customers with Compact size, low cost, high performance functions.
It supports protocols of ISO18000-6C(EPC C1G2), and it is embedded class2 Bluetooth
module.
-Target Application
Whiskey genuine discriminator
Portable RFID Printers / Tag Encoders
Portable RFID Readers
Medical Monitoring
System composition diagram
i) Connect to PC : Use as fixed
ii) Connect to Smart Phone (Bluetooth pairing)
: Used as portable (Hand-held type)

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*RFID Functional Description
The transmitter supports both in-phase quadrature (IQ) vector modulation and polar modulation. The direct IQ up-
conversion is intended for phase reversal amplitude shift keying (PR-ASK). The polar modulation is intended for
double sideband amplitude shift keying (DSB-ASK). In both cases, the signals are generated in the digital domain
and converted to analog signals by sigma-delta digital-to-analog converters (DACs) followed by reconstruction
filters. The integrated power amplifier can be operated in three different modes:
• Class F with high output power and without internal amplitude modulation (AM)
The integrated power amplifier acts as a driver for an external power amplifier. The external power amplifier
performs the amplitude modulation, but it does require an external modulator. This is likely to be done with DSB
and not PR-ASK.
• Class F with drain modulation using an external modulator
• Class A required for PR-ASK An optional linear external power amplifier can be used to increase the output power
to the maximum allowed level.
The receiver is in principle a homodyne to ensure that as much as possible of the transmitter leakage falls on DC.
The receiver down-conversion mixer uses an internal local oscillator (LO). The receiver uses a single on-chip, low
noise amplifier (LNA) to maintain a desirable signal to noise ratio.
After down conversion, the DC signal is removed internal which reduces off chip component requirements and
lowers implementation costs. The analog intermediate frequency (IF) filter provides coarse channel selectivity. It
has programmable bandwidth to accommodate the large range of required data rates. The coarsely filtered I and Q
signals are analog-to-digital converted. Automatic intermediate frequency gain stepping in the filter reduces the
required dynamic range of the analog-to-digital converter (ADC). Sharp and well-controlled digital filtering
supplements the coarse analog filtering. Digital logic also performs the demodulation.
The reader chip logic derives the clocks for the digital blocks from a 24 MHz reference frequency signal originating
from an external temperature-compensated crystal oscillator (TCXO). The sigma-delta DACs run directly off the 24
MHz signal. The sigma-delta ADCs run off a 48 MHz clock generated by an integrated frequency doubler.
The Indy R500 includes a fully integrated voltage-controlled oscillator (VCO). The loop filter is external so that the
synthesizer meets the stringent phase noise requirements and allows flexibility. The reader chip logic derives the
time reference required by the phase locked loop and the digital blocks from the 24-MHz reference frequency.
The Indy R500 reader chip supports two interfaces—one low speed parallel interface with a data rate of up to 20
Mbps and one serial interface with data rates of 150 Mbps to (downstream), and up to 450 Mpbs from (upstream)
the Indy R500 reader chip. The serial interface is used on the Impinj reference design and firmware. The interfaces
are multiplexed on the same pins, and the interface is determined during power-up. Both interfaces operate at 3.3
V. The Indy R500 executes one low level instruction at a time from those written into a first in, first out buffer. All
information is transferred via the register bank, and state machines control the reader chip.

SM-R400 User’s Manual
Company Date Version
V2.4.16
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Identification with Radio and Optical

SM-R400 User’s Manual
Company Date Version
V2.4.16
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Identification with Radio and Optical
2. Composition parts
RFID Reader
USB Cable
Reader Software &
User Document CD-ROM

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3. Reader Description
S/W & STATUS LED
POWER S/W : Power on/off Switch
Battery charging LED : When the battery is being charged, the Red Led is turned on
When the battery is charging done, the Green Led is turned on
Low-battery LED : The Red LED will twinkle when the battery is low
POWER LED : The Green LED is turned on when the POWER S/W is on
READ LED : The Green LED will twinkle when the reader is receiving data from a tag
Bluetooth LED : The Blue LED will turn on when the Bluetooth is connecting the host
RESET S/W : RESET switch
Battery charging LED, Low-battery LED
POWER LED, READ LED
Bluetooth LED (paring)
POWER S/W
RESET S/W

SM-R400 User’s Manual
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Identification with Radio and Optical
ANT PART & USB
ANT
USB : It is used Battery charging
and USB interface with PC

SM-R400 User’s Manual
Company Date Version
V2.4.16
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Identification with Radio and Optical
4. Reader Specification
UHF RFID Reader Performance
Description Value
MODEL SM-R400
Architecture UHF RFID Reader Module
Protocol EPC Gen2(ISO 18000-6C),
Frequency 902.75MHz to 927.25MHz(USA)
Max. Tx Power 27dBm±1dBm (0.5W)
Power control 5dBm to 27dBm(1dB step)
Hopping Channels 50
Channel Spacing 500KHz
Channel Dwell time < 0.4 seconds
Modulation Method PR-ASK
Supply voltage Li-ion Battery
Max Current (max power) < 850mA
Operating Temperature -10℃ to +50℃
LED Indicators Charging(Low-battery), Data(Power), BT
Signaling Bluetooth, Baud rate(115200bps)
Interface
USB connector MICRO USB
Physical Dimension
SIZE 96mm × 50mm × 15mm
Weight 90 g

SM-R400 User’s Manual
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Bluetooth Setting Parameter
Parameter Value
Local Device Name “Blue Angel”
Bluetooth Service Name “Serial Port Profile”
Bluetooth Device Address “123456000000 ~ 123456ffffff”(HEX)
PIN Code “0000”(ASCII)
UART Baud Rate 115200bps
UART Parity None
UART Stop Bit 1
UART Flow Control None
Class of Device(COD) SPP
Security Mode Secure Simple Pairing(Bluetooth 2.1+EDR)
Operating Mode Transparent Mode
Page Scan Mode Connectable
Inquiry Scan Mode Discoverable or Non-discoverable

SM-R400 User’s Manual
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Mechanical Dimension

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Company Date Version
V2.4.16
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5. How to Run SM-R400 Sample Program
1. Windows XP/7
1.1 File name :
Reader@Express V3.2.24.zip
1.2 Simple use :
0. Add bluetooth device (Reader), and confirm relevant communication port in device
manager.
1. Decompress the file. Execute [email protected].
2. Designate communication port →Select from combo box located at top upper left side.
3. Click [OPEN] button →It is right below the combo box located at upper left side
4. If it is normally connected
“RFID_OPEN() = 0 OK” is displayed in list box.
5. If you click [INVENTORY MULTIPLE] button then it starts to read tag (Inventory).
If tag is recognized,
Tag ID is displayed in list box →the latest one will be displayed at the most top.
Total number of readers is displayed → It is displayed at just upper left side of list
box in small size.
Number of tags is displayed → It is displayed at just upper right side of list box in
large size.
6. If you click [StopOperation] button then it stops to read tag (Inventory).
1.3 Notes :
Use it by setting POWER value as below 27 in upper combo box.
2. Android
2.1 File name :
AndroidSample.zip
2.2 Simple use :
It is SDK sample program for developers therefore it is not registered in the market.
You can directly install it in PC in following method.
1. Prepare Android phone and relevant data communication cable.
2. Download USB driver of relevant phone from Android phone manufacturer’s homepage and
install it in your PC.
3. Connect the phone to PC using data communication cable.
At this time, relevant drivers can be additionally installed through internet.
4. Execute command prompt (cmd.exe), and move to decompressed folder.
5. If you input as follows and execute it then it will be installed.
adb install -r ReaderApiBlueDemo.apk

SM-R400 User’s Manual
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You can connect with bluetooth reader in following method.
1. If you select [Search] in [Option menu],
then the window to select bluetooth device appears.
Already paired devices are appeared on upper part.
Because you must search new device therefore click [Scan for devices]
Select the device name “Blue Angel” among searched devices at the lower part.
2. Only when you connect first time,
Pairing process is progressed – PIN number is “0000”.
In most cases, it is connected normally after pairing.
3. Sometimes, it is not connected after pairing,
[Option menu]→[Search]→Select “Blue angel” in paired devices.
If you click [Inventory] button then it starts to read tag (Inventory).
If tag is recognized
Tag ID is displayed in list box →you can find the latest one on first top.
If you click [StopOperation] button then it stops to read tag (Inventory).
=============================================================================
FCC Information to User
This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may
cause harmful interference to radio communications. However, there is no guarantee that interference
will not occur in a particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the user is
encouraged to try to correct the interference by one of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is con-
nected.
• Consult the dealer or an experienced radio/TV technician for help.
Caution
Modifications not expressly approved by the party responsible for compliance could void the user’s
authority to operate the equipment.
FCC Compliance Information : This device complies with Part 15 of the FCC Rules. Operation is
subject to the following two conditions: (1) This device may not cause harmful interference, and (2)
this device must accept any interference received, including interference that may cause undesired
operation
IMPORTANT NOTE:
FCC RF Radiation Exposure Statement:
This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled
environment. This equipment should be installed and operated with a minimum distance of 20
centimeters between the radiator and your body.This transmitter must not be co-located or operating
in conjunction with any other antenna or transmitter.