Pcie sata 3 controller (2x sata intern/extern) (32 pages)
Summary of Contents for CSL CS463
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CSL EPC RFID Intelligent Fixed Reader Family User’s Manual: CS463, CS203X CS463 4 Port Reader CS203X Integrated Reader Version 2.0 2021 May 13 CSL: The One-Stop-Shop for RFID Solutions...
USER'S MANUAL, VERSION 2.0 Release Notes Dates Release Description 2021 05 14 Version 2.0 Expand to all CSL intelligent fixed reader Update based on Web Application 1.1.13 Update mounting design for wood structure Elaborate regulatory region compliance chapter Add chapter on historical...
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USER'S MANUAL, VERSION 2.0 12 READ TAG USING CS461 HIGH LEVEL API (CSL HTTP/XML API) ....315 13 READ TAG USING CS461 LOW LEVEL API (MACH1 API) ......316 14 READ TAG USING CS108 BLUETOOTH API ..........321 15 READ TAG USING CUSTOM EMBEDDED RFID .......... 329 16 DEMO SOURCE CODES FOR DOWNLOAD ..........
Each regulatory region may apply to one or more countries. For example, CS463-2 covers the regulatory region of FCC, which includes USA, Canada, Mexico and other Latin America Countries that use the FCC frequency range.
USER'S MANUAL, VERSION 2.0 FCC Statement and IC Statement FCC STATEMENT 1. 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. (2) This device must accept any interference received, including interference that may cause undesired operation.
USER'S MANUAL, VERSION 2.0 This device complies with industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) This device may not cause harmful interference (2) This device must accept any interference received, including interference that may cause undesired operation of the device.
USER'S MANUAL, VERSION 2.0 Australia AS Australia Government requires the frequency of operation to be limited to within the frequency band allocated: 920-926 MHz. New Zealand NZ New Zealand Government requires the frequency of operation to be limited to within the frequency band allocated: 921.5-928 MHz.
Introduction CSL Intelligent Fixed Reader Family The CSL Intelligent Fixed Reader Family consists of many members, some with Wi Fi and Bluetooth connectivity, and some without. Some are IP68 and MIL-STD-810F ruggedized, some are not. The following is a product matrix differentiating them:...
USER'S MANUAL, VERSION 2.0 CS463 4 Port Intelligent Fixed Reader The CS463 RFID 4-port fixed reader is an intelligent reader designed to work standalone in an autonomous manner. An intelligent Event Engine is embedded with configurable complex logic sequence, triggers and resultant actions that are automatically activated on power up.
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USER'S MANUAL, VERSION 2.0 CS203X Intelligent Integrated Reader with 1 External Port The CS203X RFID Integrated fixed reader is an intelligent reader designed to work standalone in an autonomous manner. An intelligent Event Engine is embedded with configurable complex logic sequence, triggers and resultant actions that are automatically activated on power up.
USER'S MANUAL, VERSION 2.0 Product Package 4.4.1 Basic Package Content The reader package of CS463 contains: CS463: 4 Port Intelligent RFID Reader CS463WIFIANT: Dipole Antenna for Wi Fi and Bluetooth, Quantity=2 CS463ADAPTER: AC Adapter, 12 VDC, 5A, 60 Watt Energy Level VI...
USER'S MANUAL, VERSION 2.0 Product Specifications CS463 4 Port Reader CS203X Integrated Reader Features: ISO 18000-6C and EPCglobal Class 1 Gen 2 UHF RFID protocol compliant including dense reader mode Ultra-long read range – peak at more than 20 meters for Monza R6 Dogbone tag with CS771S antenna ...
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Humidity: 5% to 95% non-condensing External antenna with a RP-SMA Plug connector Antenna: RF Power: 32.5 dBm at antenna port for CS463 and CS203X. 30 dBm at antenna port for CS468XJ Various bands as designated by suffix. RFID Frequency Ranges:...
How to Connect to and Control CSL Intelligent Fixed Reader One can connect to CSL Intelligent Fixed reader via Ethernet, RS232, Wi Fi, USB and GPIO interface, depending on which particular model. One can control CSL Intelligent Fixed Reader in the following 7 ways: 1) Use the browser interface and the built-in event engine to configure CS463 to run autonomously based on certain logic sequence.
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USER'S MANUAL, VERSION 2.0 Below is the front side, left side and back side views of the CS463 reader. USB Host USB Client Serial RS232 BT Antenna port GPIO Port Four RFID Antenna Ports Debug Port 15 pin Port 1, 2, 3,4...
USER'S MANUAL, VERSION 2.0 5.1.3 CS203X Basic Hardware The CS203X RFID Reader is an EPCglobal Class 1 Gen 2 4 Port reader product. Below is the front and side view of the CS203X Integrated reader. There are LEDs to indicate the operating status Power Activity (programmable LED)
5.2.1 Set up CS463 1) AC Adaptor Unit CS463 4-port reader can be powered up with the AC adaptor unit included in the package. Below photo shows the typical connection to use the AC adaptor. The AC adapter connects to CS463 via a “Locking” plug DC power plug. Please screw tight the lock on the DC power plug to ensure reliable power connection.
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PoE+ as the power supply to the CS463 4-port reader. Note that it must be POE Plus (POE+) for it to give enough power to CS463. Make sure you use 30 Watt POE+ port to ensure CS463 receive enough power to operate.
USER'S MANUAL, VERSION 2.0 5.2.2 Set up CS203X 1) AC Adaptor Unit CS203X reader can be powered up with the AC adaptor unit included in the package. Below photo shows the typical connection to use the AC adaptor. The AC adapter connects to CS203X via a plug DC power plug.
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USER'S MANUAL, VERSION 2.0 2) PoE+ CS203X also supports the use of Power over Ethernet (PoE+) to give it power. Below shows the typical connection of using PoE+ as the power supply to the CS203X reader. Note that it must be POE Plus (POE+) for it to give enough power to CS203X. Make sure you use 30 Watt POE+ port to ensure CS203X receive enough power to operate.
USER'S MANUAL, VERSION 2.0 Mounting of CSL Intelligent Fixed Readers Reader should be mounted in different ways depending on the surface on which the reader is installed: 1) Reader is installed on metal surface 2) Reader is installed on non-metal surface...
USER'S MANUAL, VERSION 2.0 Operating Systems and Versions on CSL Intelligent Fixed Readers There are 2 Linux OS versions: 3.0.35 or 4.x.x. For units shipped before September 2019, the OS is Linux 3.0.35. After September 2019, the OS is 4.xx.yy or beyond. Some of the firmware has different versions per the OS version.
Connecting to CSL Intelligent Fixed Readers using Browser All CSL Intelligent Fixed Readers are set to Ethernet Static IP of 192.168.25.160 ex-factory. Wi Fi is disabled ex-factory. This is to simplify out-of-box experience. Set your PC to a static IP of 192.168.25.100 (or any other as long as the subnet is 25) Connect Ethernet cable from your PC to the reader directly, or via an Ethernet switch.
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USER'S MANUAL, VERSION 2.0 (c) Setup a Baud Rate = 115,200 connection to the appropriate serial port Below show the set up page of the PuTTy . 3. Enter baud rate 115200 2. Enter the COM port no. 1. Select “Serial” 4.
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USER'S MANUAL, VERSION 2.0 Now PuTTy is ready for CS463 to power up. Below diagram shows the display at the end of CS463 Linux boot up and embedded processes boot up. There is a prompt for login and password. The login should be...
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USER'S MANUAL, VERSION 2.0 lsmod The purpose of “lsmod” command is to list out how many modules in operation as shown below. Note that rtk_btusb is the Bluetooth driver. 8723du is the Wi Fi driver. lsusb The purpose of “lsusb” command is to list out how many USB devices are connected to the system.
Using the Debug Serial Port or using SSH, one can now develop embedded Linux codes inside CS463 in the usual Linux development manner. The Linux OS inside CS463 is Yocto Linux. For popular open source software, one can use the command “dnf” to download popular...
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Use a mini-USB to USB Type A cable to connect between CS463 USB Console port and the PC USB port At this point, to connect to a PC and let the PC “sees” the CS463 as a hard disk is different for Linux 3.0.35 and Linux 4.xx.yy:...
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USER'S MANUAL, VERSION 2.0 For Linux 4.xx.yy Type the following Linux commands on PuTTY window one by one d /opt 2. ./usbcdisk_start After that you can use the File Explorer on the Windows PC to check if it discovers a new hard disk.
Driver to a USB Client Arduino UNO board is used as an example to echo back the received message from USB Com driver Setup the reader as below 12V DC Adaptor Laptop CS463 Fixed LAN cable 192.168.25.102 Default fix IP : 192.168.25.160 Debug Port...
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USER'S MANUAL, VERSION 2.0 Step 1: Download the Arduino program into Arduino UNO board. Setup the Arduino environment. It can download the from below URL https://www.arduino.cc/en/Main/Software (ii) After unzip, and then go into the directory to execute the Application (circled in below figure) (iii) Below is the default page of Arduino IDE...
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USER'S MANUAL, VERSION 2.0 (iv) Connect the Arduino UNO board to your laptop with USB cable Check the COM port number for the Arduino dongle from device manager (vi) Select the correct COM port in Arduino IDE Main menu : Tool Port (vii) Select the correct Board type Main menu : Tool ...
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USER'S MANUAL, VERSION 2.0 (viii) Download the SerialEchoBack from CSL Web site and Read the Download program “SerialEchoBack.ino” into Arduino IDE Main menu: File Open Program Code : (ix) Upload the program code to Arduino board Press the “Arrow” icon to start the upload, if successful, the left bottom corner...
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USER'S MANUAL, VERSION 2.0 Step 5: After boot up finished, plug in the Arduino dongle to CS463 host USB port Step 6: Input below command to check the connectivity of Arduino device on laptop command prompt for CS463 debug port.
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USER'S MANUAL, VERSION 2.0 Step 8 : Exit “minicom” program After the 2-way communication in step 4, follow below procedure to exit “minicom” Press CTRL-A , it will show up the command menu Press Q will pop up exit menu Return to root directory after pressing “Yes”...
Following section show how to send and receive data from CS463 Control Serial port Set up the connection as below. Connect two USB-to-Serial cables between PC and the CS463. In below demonstration, the corresponding COM ports shown in device manager are 4 and 6 respectively.
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USER'S MANUAL, VERSION 2.0 Step 4: Power up the CS463 Follow below procedure to start the “minicom” serial port communication in debug port, so all data going to or form Control Port can be monitored in Debug port command prompt Please select “Serial port...
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USER'S MANUAL, VERSION 2.0 When you typing message, e.g. “ This message is typing from debug port” , it will be shown in COM6 (Control Serial window) When typing message, e.g. “This is another message typing from serial console Please select “No”, and then press “ESC”...
5.13 GPIO Port and Accessories for Connection CS463 has 4 General Purpose Inputs and 4 General Purpose Outputs, all of them optically isolated, and also an isolated 12 Volt DC output power supply with a rating of 2 Watt. Below figure shows the pin definition for the GPIO port.
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USER'S MANUAL, VERSION 2.0 Of the 4 GPOs, two of them are fully isolated with independent (+) and (-) terminals: GPO1 and GPO2. Two of them share a common (-) terminal: GPO3 and GPO4. Of the 4 GPIs, GPI1 and GPI3 share the same (-) terminal, and GPI2 and GPI4 share the same (-) terminal.
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USER'S MANUAL, VERSION 2.0 There are 2 accessories that come with the GPIO port operation: 1) HD15 to Wiretap Terminal Adapter 2) HD15 with pigtailed GPIO Cable When using the HD15 to Wiretap Terminal Adapter, the Pin #s are actually printed to the outside of the terminal, as shown in below photo.
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USER'S MANUAL, VERSION 2.0 Following is the application table for system integrators (common pins are highlighted in specific colors for reminder): GPIO cable for CS463 (DE-15 plug) Pin Name Pigtail Wire Pin Number Color +12V Black GPO_1 (+) Yellow GPO_1 (-)
USER'S MANUAL, VERSION 2.0 5.14 Connecting to Bluetooth Devices: e.g. Speaker Below section show how Bluetooth speaker is used to connect to CS463. Please note the connection method with Linux 3.0.35 is different from Linux 4.x.x. For Linux 3.0.35 Bluetooth connection method with Linux 3.0.35...
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USER'S MANUAL, VERSION 2.0 Step 2: Using VNC Viewer to connect to CS463 through ethernet as shown below. Step 3: Within the Ubuntu main menu, click the setup icon to enter “System Settings” New Pop-up “ System Settings” menu Step 4: Click the “Bluetooth” icon to open the Bluetooth Activity...
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USER'S MANUAL, VERSION 2.0 Step 5: After clicking the “Bluetooth” icon, below window will pop up. Please click the “+” icon. By default, it is “ON” for normal shipment, it means that Bluetooth interface is enabled Step 6: After clicking the “+” icon, below window will pop up. Please press “Continue” to proceed.
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USER'S MANUAL, VERSION 2.0 Step 8: Please use the cursor to select (become highlighted after selection). Then press “Continue” to proceed This message indicates that the Bluetooth Speaker is successfully paired Step 9: After pairing the Bluetooth Speaker device, please go back to “System Settings” menu. Please select the “Sound”...
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USER'S MANUAL, VERSION 2.0 Step 11: After successfully generating the sound from Bluetooth Device. Please go back to the device menu as shown below. Please select (highlight) the Bluetooth device, by clicking the “-“ icon. Then the paired device Step 12: Remove the paired device record record will be empty as shown below.
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USER'S MANUAL, VERSION 2.0 Turn on CS463 Bluetooth feature by running command “power on” in Bluetooth control software shell as below Turn on testing Bluetooth speaker and enter to pairing mode. Start the CS463 Bluetooth scanning process by running command “scan on”...
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The connected Bluetooth device is ready for use, so the Bluetooth functionality can be checked by playing any wav file. Some wav file was placed in shipped CS463 and can be search by command “find / -name *.wav as below...
USER'S MANUAL, VERSION 2.0 5.15 Wireshark Logging on PC Server Side The purpose of Wireshark is to capture the Ethernet protocol handshake package between reader and the PC and log them for analysis. (a) Run the “Wireshark application Please select “Capture” to enter “Option” page as shown below In the “Input”...
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USER'S MANUAL, VERSION 2.0 (b) In the “Output” tag, Please select the “Browse” icon at the top right corner A new window pop-up to allow the select of the directory to store the log data. Select the path and then key in your preference filename (c) Select the output format and file size It is normal to use 10MByte for each log file as shown below Click “Start”...
General Purpose Input and General Purpose Output operations. In addition to 4 optically isolated GPO and 4 optically isolated GPI, the CSL fixed intelligent reader family also supply an isolated 12 Volt DC supply at 2 Watt, i.e., a maximum of 160 mA current drive output.
Therefore the highest voltage the GPI port of CSL Intelligent Fixed reader can “see” is 36 volts. If one uses the 12 Volt DC output from the CSL Intelligent Fixed Reader in the input sensing circuit (examples are in next few pages), then that voltage is well below the limit of 36 Volt.
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1.2 Volt, maximum 50 mA current. An internal series 1K Ohm 1.5 Watt resistor is also present for protection. I = 1.9 mA @ Push button off I = 5 mA @ Push button on Inside CS463 GPI_1 (Pin-2) GPI_1 become Low when the...
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Each GPI pin pair “looks” into an optical isolator with an operational forward voltage of 1.2 Volt, maximum 50 mA current. An internal series 1K Ohm 1.5 Watt resistor is also present for protection. I = 3.8mA @ Push button on Inside CS463 GPI_1 (Pin-2) GPI_1 Logic become High...
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1.2 Volt, maximum 50 mA current. An internal series 1K Ohm 1.5 Watt resistor is also present for protection. I=12 mA@ Push button on I=5.4 mA@ Push button off +12V (Pin-5) Inside CS463 GPI_1 (Pin-2) GPI_1 Logic becomes Low Sensor or Push...
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1.2 Volt, maximum 50 mA current. An internal series 1K Ohm 1.5 Watt resistor is also present for protection. I = 10.8 mA @ Push button on +12V (Pin-5) Sensor or push button Switch Inside CS463 GPI_1 GPI_1 Logic becomes High (Pin-2) when the Sensor or Push button switch is turned on...
USER'S MANUAL, VERSION 2.0 General Purpose Output (GPO) Maximum current that can pass through the GPO optically isolated switches of CSL Intelligent Fixed Readers is 2 Ampere. Therefore a protection resistor with very high power rating must be added in series to the external circuit to limit the current to 2 Ampere.
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(10 – 0.6) / (10 + 1000) 9.3 mA 10 Ohm 20 Watt GPO_1 (Pin-4) Resistor External Power Supply Inside CS463 The Load powers up when I = 9.3 mA @ GPO1=Close GPO_1 becomes Close LOAD 1K Ohm GPO_1 (Pin-14)
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Example 2: GPO using relay for full isolation and high coil current (with External Power Supply) 10 Ohm 20 Watt GPO_1 (Pin-4) Resistor External Power Supply 12V This is ground of Inside CS463 external circuit The Relay powers up when I < 2 A GPO_1 (Pin-14) GPO_1 Switch becomes 12V Relay Close...
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USER'S MANUAL, VERSION 2.0 Example 3: GPO for Load Current < 160 mA (using +12V, 2 Watt Internal Isolated Power Supply) I = 8.9 mA @ GPO_1=Close +12V(Pin-5) 1.2K Inside CS463 GPO_1 (Pin-4) LED lights up @ when GPO_1 Switch becomes Close...
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USER'S MANUAL, VERSION 2.0 Example 4: GPO for Load Current < 160 mA (with +12V, 2 Watt Internal Power Supply) +12V(Pin-5) I = 8.9 mA@ GPO_1 = Close Inside CS463 GPO_1 (Pin-4) LED lights up when GPO_1 switch becomes Close 1.2k...
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The example relay below is a 12 Volt relay with 90 Ohms resistance coil, which means current flowing through the coil is 133 mA. Since 133 < 160, therefore this setup would work. +12V(Pin-5) GPO_1(+) (Pin-4) Inside CS463 I < 160mA The Relay powers up GPO_1(-) (Pin-14) 12V Relay...
Fixed Reader family. CS463 Quick Start This chapter explains how to quickly connect up and run CS463 OOB (Out Of Box) to read RFID tags and display them on a browser. CS463 comes with a Default Profile and a Default Event. The Default Event is not enabled at the point of delivery to customer.
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USER'S MANUAL, VERSION 2.0 Go to the Operation Profile in System page and select List Profile to ensure the Default Profile can be found as shown below Go to the List Event of Event Management in Event page and click List Event to show the Default Event Click “Default Event”...
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USER'S MANUAL, VERSION 2.0 In Default Event, reading of tag from antenna port 1 can be started after the default event is enabled (ticking the tick box) and the button “Modify” clicked to confirm the change Tick the “Enable Event” tick box to enable the tag reading Click “Modify”...
USER'S MANUAL, VERSION 2.0 CS203X Quick Start This chapter explains how to quickly connect up and run CS203X OOB (Out Of Box) to read RFID tags and display them on a browser. CS203X comes with a Default Profile and a Default Event. The Default Event is not enabled at the point of delivery to customer.
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USER'S MANUAL, VERSION 2.0 Go to the Operation Profile in System page and select List Profile to ensure the Default Profile can be found as shown below Go to the List Event of Event Management in Event page and click List Event to show the Default Event Click “Default Event”...
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USER'S MANUAL, VERSION 2.0 In Default Event, reading of tag from antenna port 4 (internal) can be started after the default event is enabled (ticking the tick box) and the button “Modify” clicked to confirm the change Tick the “Enable Event” tick box to enable the tag reading Click “Modify”...
USER'S MANUAL, VERSION 2.0 Web Browser Interface Details This chapter describes in details the various pages of the web browser interface. With CS463, this web browser enables full control of the reader, including the event engine. Home Page The home page of the web-based administration interface can be entered by just entering the IP address of the reader (default IP address is printed on the label) on the web browser.
USER'S MANUAL, VERSION 2.0 8.4.1 Reader ID Here is the “Reader ID” submenu: One can modify the reader ID here. Note that the ID cannot be too long if one plans to use Bluetooth to control the reader (using the CS108 Bluetooth API access mode) because Bluetooth standard does not allow too long a device name.
USER'S MANUAL, VERSION 2.0 8.4.2 Capture Point Name The name of each antenna port is the capture point name (Some readers call it read point name). This name can be configured. In other words, each antenna port (or capture point, or read point) can be uniquely identified and accessed or referred to.
1. HTTP/XML 2. CSL Unified API/High Level 3. CSL Unified API/Low Level 4. CSL Unified API/High Level via RS232 Control Serial Port 5. CSL Unified API/Low Level via RS232 Control Serial Port 6. CS461 Low Level API (MACH1) 7. LLRP 8.
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For configuring the reader to be controlled by LLRP API, please set the Access Mode to LLRP. For configuring the reader to be controlled by CSL Unified API so that one can use the C# Demo App to control CS463, please set the Access Mode to CSL Unified API...
USER'S MANUAL, VERSION 2.0 8.4.4 Custom Embedded RFID application This page is used to input custom embedded RFID application path and its command. This command will be run on power on – provided Access Mode has been changed to “Custom HTTP”.
Profile ID Each profile can be saved and recall for use in Event Engine, or be uploaded and redeployed to other CS463 readers in the field. Capture Point Which antenna port to enable (turn power on) and the output conducted power of each antenna port, in terms of 10 x Power (dBm) Dwell time of each antenna port –...
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USER'S MANUAL, VERSION 2.0 Parameter Description Reader Mode/Link Profile For CS463 there are different Reader Modes: 0 – Best Multipath Fading Resistance 1 – Longest Read Range, Dense Reader Mode 2 – Read Range and Throughput, Dense Reader Mode 3 – Maximum Throughput...
USER'S MANUAL, VERSION 2.0 8.4.7 Memory Information The “Memory Information” page shows the RAM and Flash memory used and free (available for use). It also displays the Clear Cache cycle time. This is the periodic time when the Linux OS cache is cleared.
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USER'S MANUAL, VERSION 2.0 Configuration One can enable network failure data backlog in the Configuration in Cloud Server page. It allows the reader to buffer the tags read during network failure in memory. Buffered tags are sent to trusted server when network is restored. A further selection is necessary in the way the data is backlogged: Either “Drop the Oldest reading or Ignore the new reading.
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USER'S MANUAL, VERSION 2.0 Log in Cloud Server from Web page, the path is democloud.convergence.com.hk/CSLRFIDCloudServer/ you may encounter a certificate warning, please press “details” and then “proceed to website” This is the web address to log in cloud server Input Reader Serial number as found on below status page You can find the Reader ID from the entry called Reader Serial # on Status page.
Different fields can be added to the reporting format for Cloud Server as below If data is going to be sent to CSL provided Cloud Server, the fields RFIDReaderSerialNumber and RFIDReaderInternalSerialNumber must be added as below otherwise CSL Cloud Server would ignore the send data.
USER'S MANUAL, VERSION 2.0 8.6.1 Date/Time The “Date/Time” page allows the user to set the real time clock inside the reader. Please note that you have to configure the UTC (GMT) time on the reader. The local time will then be calculated based on the time zone you set.
8.6.3 NTP Setup This page allows one to setup the NTP server. The CS463 reader will update its time by connecting to the NTP server at a preset time and preset mode. Be sure to enter the gateway and DNS server in the network configuration page in order for the NTP server be reachable by the reader.
USER'S MANUAL, VERSION 2.0 Tag & Tag Filter The “Tag & Tag Filter” page allows you to create the Tag group or Tag database which will be used in Tigger page and define filter to be enabled on operation profile. In actual deployment, RFID reader is used to do security screening of incoming or outgoing vehicles/personnel/asset or logistic items.
USER'S MANUAL, VERSION 2.0 8.7.3 Tag Filter The tag filter was used to find particular tags from large population. There are two type of filter can be used include pre filter and post filter. If the pre filter is used, tags not matching filter will not transmit response while post filter reader will filter out all not matching tags after received all tags response.
USER'S MANUAL, VERSION 2.0 Event Management Event is the most important part of the reader configuration. By setting it intelligently, one can handle many business applications autonomously with no interactive computation requirements needed from remote server. To create and enable an event, one needs to set up triggers, resultant actions, and then use that to assemble events.
(in the Enable column, it is False). Once you enable it, it will start reading RFID tags from Port 1 (assuming an antenna is connected to Port 1 for model CS463/CS468XJ and there are RFID tags in front of the antenna)
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USER'S MANUAL, VERSION 2.0 Add Event Below is the “Add Event” page: One has to input a name for each event. One should select the operation profile for the event. This operation profile is defined in the “System” page “Operation Profile” submenu. The Inventory Enabling Trigger is the initial trigger that turns on the RF power of the reader to start doing inventory.
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USER'S MANUAL, VERSION 2.0 Once the inventory enabling cycle is entered, then the event engine would look for actual event triggers, and these triggers can be Boolean operated together as defined in the entry “Trigger Logic”. The Trigger Logic is a Boolean combination of triggers that are defined in the “Trigger” page which will be described later.
USER'S MANUAL, VERSION 2.0 8.9.2 Trigger A trigger is a stimulus that causes the reader to recognize it and do something about it. The trigger is used in Inventory Enabling, Inventory Disabling, and of course inside the actual Event Triggering Logic section. Below is the “Trigger” submenu: Add Trigger Below is the “Add Trigger”...
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USER'S MANUAL, VERSION 2.0 There are many different types of trigger as follows: 1. “Read Any Tags (any ID, 1 trigger per tag)” would look at tags coming in to the four antenna ports (or capture points), the ones being ticked here would be selected, and will generate 1 trigger per tag (different ID) notification.
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USER'S MANUAL, VERSION 2.0 Add Resultant Action There are 8 types of possible action: 1. Do Nothing (Only Show on Screen) – here nothing is affected, except the tags collected can be shown on browser screen. Note that there are APIs that can collect the tag IDs or information on demand from the remote server.
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USER'S MANUAL, VERSION 2.0 If one selects “Batch Alert to Server”, “Low Latency Alert to Server” or the “Instant Alert to Server”, then one has to also select the Server ID, which is defined in the Trusted Server page of the Network page. The user also has to select the Server ID and Data format ID are going to use.
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USER'S MANUAL, VERSION 2.0 If one selects “Output Port” then one has to input few more fields. The user has to select the Port Number, 1 to 4. The Output Logic has to be selected, which can be either Open, Close or Pulse .
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USER'S MANUAL, VERSION 2.0 For Pulse, there are more parameters to be configured. The Pulse Logic, which can Open-Close-Open, or Close-Open-Close, and Pulse Mode, which can be One Shot Pulse or Pulse Train, the Pulse Width in msec., and for Pulse Train, the duty cycle and Pulse Duration. These are all self-explanatory.
USER'S MANUAL, VERSION 2.0 8.10 Version Management The “Version Management” page allows you to review the version upgrade history (in the Version Control Submenu), and to do firmware upgrade (in the Firmware Upgrade Submenu). Version Control In the “Version Control” sub-menu page, one can see the version number of the software. This is an important page to check if the versions are correct, especially after a firmware upgrade.
In the “Firmware Upgrade” submenu, just press the “Choose File” button and find the upgrade file (which the user has already downloaded from CSL website before). Then press the “Firmware Upgrade” button. The upgrade takes a few minutes, depending on the size of that particular upgrade.
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USER'S MANUAL, VERSION 2.0 In case of web application version 3.x or later, the upgrading can be done directly using the zipped file For existing web application 2.x or earlier, the zipped Web application file needs to be unzipped first before upgrading. The unzipped file should have the file extension of “war” as shown below.
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USER'S MANUAL, VERSION 2.0 Upgrading JNI Library Choose the JNI Library zipped file (no need to unzip) The JNI library are different on different Linux OS versions: 3.0.35 or 4.x.x. Please choose the corresponding version to upgrade. This file with file name associated with Linux 3.0.35 is used for Linux 3.0.35...
Read Tag using Browser Interface and Event Engine One can use a browser to quickly configure the CS463 reader to autonomously read tags based on certain logic sequence defined in the event engine and operation profile. Read Tag using Default Profile and Default Event CS463 comes with a Default Profile and a Default Event.
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USER'S MANUAL, VERSION 2.0 In Default Event, the reading tag from antenna port 1 can be started after the default event was enable and click Modify to confirm the change Click “Enable Event” to enable the tag reading Click “Modify” to confirm the changing ...
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USER'S MANUAL, VERSION 2.0 Read Tag using Custom Profile and Custom Event To define your own profile and event, the following steps are needed: Add Profile: Go to the Operation Profile in System page, then click Add Profile as below Click ports connected with antenna.
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USER'S MANUAL, VERSION 2.0 Start inventory reading using Test Event 1 Make sure antenna Port 1 is connected to an antenna as stated on Default Profile of Operation Profile which mentioned on previous session Setup Reader. Antenna Port 1 was connected to the antenna ...
Cloud server Step 1: Set up the Cloud Server Path (use CSL Demo Cloud Server in this example) List the Cloud Server and check CSL Cloud Server path is correct (this server is saved on reader when shipped) CSL cloud server path: https://democloud.convergence.com.hk:29090/WebServiceRESTs/1.0/req/create-up...
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USER'S MANUAL, VERSION 2.0 Select fields to be used as below. Note that in order to send data to CSL Demo Cloud Server, you MUST include RFIDReaderSerialNumber and RFIDReaderInternalSerialNumber. server will check the actual production CS463 units serial number and internal serial number as well as the MAC addresses to ensure it is a bona fide CSL product.
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USER'S MANUAL, VERSION 2.0 Enable the event “Example Event Send to CSL Demo Cloud Server” to start Inventory so that data will be sent to cloud server First, click here to enable the event then, click here to confirm the change...
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Step 5: Verify tag data is indeed sent to the CSL Demo Cloud Server To verify the tag data has been sent to the remote server, in this case the CSL Demo Server, you need to log in to the CSL Demo Cloud Server.
USER'S MANUAL, VERSION 2.0 Example 2: Traffic Control – Management of Traffic at Building Entrance Define two events to manage the Truck/Personnel In and Out, one event for incoming called “Example Event Entrance Boom Barrier Control”, while another event for outgoing called “Example Event Exit Boom Barrier Control”, also those two event is exclusive since the system should not handle the Entrance/Exit simultaneously.
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USER'S MANUAL, VERSION 2.0 The inventory will be stopped by trigger called “Infrared Sensor GPI Port 2 High” Another Input port is used to monitor the incoming Personnel/truck leaving detection zone, If the state of input port level changed from Low to High such as infrared detector, the inventory will be stopped.
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USER'S MANUAL, VERSION 2.0 Personnel Outgoing case “Example Event Exit Boom Barrier Control” event details For leaving personnel case, the Tigger “Infrared Sensor GPI Port 2 High” is used to detect leaving personnel reaching detection zone then start inventory, this personnel going out is detected by “Infrared Sensor GPI Port 1 High”...
USER'S MANUAL, VERSION 2.0 Example 3: Multiple Antenna Ports with Different Events for Each Port The event “Operate on Tags from Antenna 1” is used to handle tags from antenna port 1 while event “Tags from ant 2” work for tags from antenna port 2. If both even was enabled, different event can work for each port simultaneously.
The event Example Tag Database Display can display content of database located in reader if tag within database tag group was detected from antenna port 1 on CS463 or antenna port 4 on CS203X. This database record can contain Picture/Photo and text such as equipment photo,...
USER'S MANUAL, VERSION 2.0 Example 5: Read Magnus S3 Tag Temperature The event Read Temp is used to read temperature from Magnus S3 tag. This Event was shipped with latest version of reader. Once the event was enabled as below and the condition on temperature higher than 10C in trigger Read Temp tag was fulfilled, reader will send pulse to IO port.
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USER'S MANUAL, VERSION 2.0 You can find the temperature result on this page Display Magnus Tag Data page under Tag Inventory Temperature read The returned value of On Chip RSSI S3 tag should be within a range (details can be found on official Magnus S3 document) otherwise the temperature accuracy will be affected.
Read Tag using CSL Unified API The CS463 can be controlled via the Ethernet. In this case user needs to connect the PC with CS463 with a Ethernet cable directly or via a router, or via the Wi Fi network.
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Below is the screen capture of a Demo application, which is also available for download from Convergence website (www.convergence.com.hk), on PC controlling CS463. Highlight the CS463 reader which are going to connect then click Connect Click Reader bar to highlight the reader PC Application Screen –...
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USER'S MANUAL, VERSION 2.0 Below shows the main menu of the PC Demo application. User can perform typical basic tag operations via this PC Demo application as mentioned below. Inventory Tag memory bank read and write GPIO On/Off control ...
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USER'S MANUAL, VERSION 2.0 Go to Antenna Port Config to configure which port was connected with antenna Click here to change antenna port configuration Click corresponding antenna port which was connected with antenna, and change the state to Active state Click here to change the state to active also index # 0...
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USER'S MANUAL, VERSION 2.0 Edit setCustomInventoryMode.xml to change the target and inventory algorithm First byte Format: Mode: 0 = Toggle AB (default); 1 = Target A; 2 = Target B (Hex #, 1 bytes) Second byte Format: inventory algorithm: 0 = fixed Q; 1 = Dynamic Q (default) (Hex #, 1 bytes) For Example: Set Toggle AB and Dynamic, data should be “0001”...
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USER'S MANUAL, VERSION 2.0 Go to Antenna Setting page Select the corresponding antenna ports which connected with antenna, going to use this port to read tags, also set the correct RF transmitting power Go to Gen2 Parameters page ...
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USER'S MANUAL, VERSION 2.0 All available reader can be found in this page as below and select the right one to connect Press right reader to connect, also, the signal strength is stronger if the reader is close to you comparing all available reader.
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USER'S MANUAL, VERSION 2.0 CS108 C# Demo main page is shown as below and detail operation can be found on CS108 operation manual available on CSL Web page You can select Inventory page to read tags Remark: Ensure Antenna was connected on Reader before starting to read Tags...
Appendix A: Federal Communications Commission Compliance The CS463 model 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 when the equipment is operated in a commercial environment.
Appendix B: Reader Modes (Link Profiles) There are 4 link profiles in the CSL Intelligent Fixed Readers: 0, 1, 2, 3. Only 1 profile is active at any time. The purpose of each link profile is explained below. These definitions correspond to different application or physical scenarios.
USER'S MANUAL, VERSION 2.0 Appendix C: Sessions Session is a concept of the EPC Global Standard to allow a tag to respond to multiple readers inventorying it at the same time, each using a different session number. There are 4 possible sessions: S0, S1, S2, S3. The user however has to be careful because these 4 sessions have different behaviors, notably how the tag flag “persists”...
USER'S MANUAL, VERSION 2.0 Appendix D: Tag Population and Q Tag Population is the RFID tag population that is to be inventoried. To be more precise, it is the population of tags that can be “seen” by the RFID reader. Q is an EPC Global Standard concept related to the way a group of tags is inventoried.
USER'S MANUAL, VERSION 2.0 Appendix E: Query Algorithm There are 2 types of Query Algorithm: Fixed Q and Dynamic Q. For Fixed Q, the Q value does not change. In other words, the expected Tag Population does not change. For Dynamic Q, the Q value changes adaptively: when there are a lot of inventory repeats where no tags respond, the reader will interpret that there are not that many RFID tags in the front environment, and hence it is more efficient to change the Q to a smaller value.
USER'S MANUAL, VERSION 2.0 Appendix F: Target Target refers to the target flag that the reader wants to inventory. There are 2 possible flags of an RFID tag: State A and State B. When an RFID tag is first powered up, it has a flag of State A. After it is inventoried, the state of the flag becomes State B.
USER'S MANUAL, VERSION 2.0 Appendix G: Receiver Amplifier Gain Values The receive path has many amplifiers and their gain can be configured also. There are 4 parameters: RF LNA High Compression Mode: 0 or 1 (default is 1) RF LNA Gain: 1 dB, 7 dB, or 13 dB (for 13 dB, RF LNA High Compression Mode must be 0) (default is 1 dB) IF LNA Gain:...
USER'S MANUAL, VERSION 2.0 Appendix H: TagFocus TagFocus is a special Impinj extension to EPC protocol to enable longer persistence time when Session is S1, Target is Flag A only (no toggle). This combination setting is traditionally used to inventory a lot of tags. However, since the normal persistence time of this combination as defined by EPC is only 2 to 5 seconds, so when this time is up, the tag will still go back to Flag A.
USER'S MANUAL, VERSION 2.0 Appendix I: FastID FastID is a special Impinj extension to EPC protocol. By setting this, an inventory of Bank 1 EPC will have both Bank 1 EPC and Bank 2 TID coming back together in a simple inventory. The PC value is automatically modified –...
USER'S MANUAL, VERSION 2.0 Appendix J: Security There are 4 actions you can apply on the memory inside an RFID tag: Lock Unlock Permanent Lock Permanent Unlock You can obtain an EPC Global document which can be downloaded from the EPC Global website that explains this: https://www.gs1.org/epcrfid/epc-rfid-uhf-air-interface-protocol/2-0-1.
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USER'S MANUAL, VERSION 2.0 For the Access Password and Kill Password the security locking affects both reading and writing. For the EPC memory bank and the User memory bank, the security locking affects only writing. For the TID memory bank, since we are the user and not the manufacturing vendor, there is no security action that can be applied.
USER'S MANUAL, VERSION 2.0 Appendix K: Models & Regulatory Region There are various models, denoted by the alphanumeric key to the right of the dash after the CSXYZ-N, here denoted by “N”. The applicable regulatory regions for each model are described below: 865-868 MHz for Europe ETSI, Russia, Mid-East countries –...
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