Difference between revisions of "Integrated far-distance reader (1-15meters)"

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(Created page with "==Introduction== In the far-distance RFID system, the ID tag has much less energy compared to that of the reader. This imposes a very high requirement on the reader's receive...")
 
(→‎Specification)
 
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In the far-distance RFID system, the ID tag has much less energy compared to that of the reader. This imposes a very high requirement on the reader's receiver sensitivity. In LinkSprite’s far-distance RFID system, the receiving and transmitting paths are separate, and using different frequencies.  Normally, the transmitting power is between 100mW~500mW.
 
In the far-distance RFID system, the ID tag has much less energy compared to that of the reader. This imposes a very high requirement on the reader's receiver sensitivity. In LinkSprite’s far-distance RFID system, the receiving and transmitting paths are separate, and using different frequencies.  Normally, the transmitting power is between 100mW~500mW.
  
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LSID-0703 has the feature of multiple-protocols, fast response time, multiple-tag reading, directional antenna, and water-proof design that can be used outdoors.
+
After first powered on, the reader will buzz once to indicate that it starts to work.  When there is tag approaching the reader, it will buzz to indicate that it’s sending the data. For the same tag, the read interval can be configured. After read, if the same tag is still in the read area, there will be no further indication, and no data will be sent.  If the time lapse exceeds interval or different tags enter the reading zone, the reader will read the card and send out data.
  
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+
When using the reader, please avoid the reader to be in close contact with metal devices as metal devices can absorb the RF signal, and impact the reading distance.
 +
 
 +
There  are SDK for this reader that comes with Visual Basic and Visual C++ demo program.
  
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The application of LSID-0704 can be used in the following:
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== Feature ==
 +
*multiple-protocols,
 +
*fast response time,
 +
*multiple-tag reading,
 +
*directional antenna,
 +
*water-proof design that can be used outdoors.
  
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Logistical and warehouse management.
+
== Application ==
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Smart parking lot management.
+
*Logistical and warehouse management.
−
Manufacturing processes management.
+
*Smart parking lot management.
−
Club management, library management, and other application of Internet of Things.
+
*Manufacturing processes management.
 +
*Club management
 +
*Library management, and other application of Internet of Things.
 
   
 
   
  
−
After first powered on, the reader will buzz once to indicate that it starts to work. When there is tag approaching the reader, it will buzz to indicate that it’s sending the data. For the same tag, the read interval can be configured. After read, if the same tag is still in the read area, there will be no further indication, and no data will be sent. If the time lapse exceeds interval or different tags enter the reading zone, the reader will read the card and send out data.
+
==Specification==
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{|class="wikitable" border="1"
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When  using the reader, please avoid the reader to be in close contact with metal devices as metal devices can absorb the RF signal, and impact the reading distance.
+
|-
−
 
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| style="width:200px" |Frequency
−
There are SDK for this reader that comes with Visual Basic and Visual C++ demo program.
+
| style="width:400px" |920~925MHz  , American Standard 902~928MHz,  Specified fix frequencies, or frequencies hopping
 +
|-
 +
| Protocols
 +
| ISO18000-6B，ISO18000-6C (EPC GEN2)
 +
|-
 +
| Frequency hopping
 +
| FHSS or Fixed  Frequency, set by software
 +
|-
 +
| Working Mode
 +
| Automatic reading at programmed timing interval, triggered reading, reading by software command.  
 +
The working mode is configured by software.  
 +
|-
 +
| RF transmitted Power
 +
| 0-30dBm, configurable by software
 +
|-
 +
| Reading  Distance
 +
| Adjustable reading distance: 1  -  1 5  meter
 +
|-
 +
| Reading  Sensitivity
 +
| Bipolarity reading
 +
|-
 +
| Response Time
 +
| Response time of single tag  with 64 bit ID <  6ms
 +
|-
 +
| Antenna
 +
| Integrated directional antenna, gain 12dB
 +
|-
 +
| Interfaces
 +
| RS485,RS232,Wiegand26,Wiegand34,RJ45(TCP/IP),CANBUS
 +
|-
 +
| Voltage
 +
| DC＋12V
 +
|-
 +
| Reading Indicator
 +
| Buzzer
 +
|-
 +
| Power
 +
| 4w
 +
|-
 +
|
 +
| －20 degree C - +80 degree C
 +
|-
 +
| Store Temperature
 +
| －40 degree C - +125 degree C
 +
|-
 +
| Working Humidity>
 +
| 20%  (no  condensing)
 +
|-
 +
| Size
 +
| 450mm×450mm×75mm
 +
|}

Latest revision as of 06:46, 29 December 2012

Introduction

In the far-distance RFID system, the ID tag has much less energy compared to that of the reader. This imposes a very high requirement on the reader's receiver sensitivity. In LinkSprite’s far-distance RFID system, the receiving and transmitting paths are separate, and using different frequencies. Normally, the transmitting power is between 100mW~500mW.

After first powered on, the reader will buzz once to indicate that it starts to work. When there is tag approaching the reader, it will buzz to indicate that it’s sending the data. For the same tag, the read interval can be configured. After read, if the same tag is still in the read area, there will be no further indication, and no data will be sent. If the time lapse exceeds interval or different tags enter the reading zone, the reader will read the card and send out data.

When using the reader, please avoid the reader to be in close contact with metal devices as metal devices can absorb the RF signal, and impact the reading distance.

There are SDK for this reader that comes with Visual Basic and Visual C++ demo program.

Feature

  • multiple-protocols,
  • fast response time,
  • multiple-tag reading,
  • directional antenna,
  • water-proof design that can be used outdoors.

Application

  • Logistical and warehouse management.
  • Smart parking lot management.
  • Manufacturing processes management.
  • Club management
  • Library management, and other application of Internet of Things.


Specification

Frequency 920~925MHz , American Standard 902~928MHz, Specified fix frequencies, or frequencies hopping
Protocols ISO18000-6B，ISO18000-6C (EPC GEN2)
Frequency hopping FHSS or Fixed Frequency, set by software
Working Mode Automatic reading at programmed timing interval, triggered reading, reading by software command.

The working mode is configured by software.

RF transmitted Power 0-30dBm, configurable by software
Reading Distance Adjustable reading distance: 1 - 1 5 meter
Reading Sensitivity Bipolarity reading
Response Time Response time of single tag with 64 bit ID < 6ms
Antenna Integrated directional antenna, gain 12dB
Interfaces RS485,RS232,Wiegand26,Wiegand34,RJ45(TCP/IP),CANBUS
Voltage DC＋12V
Reading Indicator Buzzer
Power 4w
－20 degree C - +80 degree C
Store Temperature －40 degree C - +125 degree C
Working Humidity> 20% (no condensing)
Size 450mm×450mm×75mm
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