um0073 user manual - STMicroelectronics
Contents
1. 5 2 m Tag s Inventory 0x22 Lock Block DB 7 00 00 00 00 D e 7 DB 8 00 00 00 00 me ee 0 amp 1 Kil DE 9 00 00 00 00 5 E ts z DB 10 00 00 00 00 3 eae Read All DB 11 00 00 00 00 ee DB 12 00 00 00 00 12 32 may DB 13 00 00 00 00 A i E002077204514910 LRI512 y _Witean DB 14 00 00 00 00 14 2 DB 15 00 00 00 00 15 r Status Status code 0x00 OK Persistence control No delay y Inventory To start the inventory click on the Inventory button All the tag UIDs that are found during this sequence are displayed as a UID tag list together with the memory type in parentheses in the text box Serial Num ber To select one of the UIDs click on it in the UID tag list Memory Access Screen As soon as a 64 bit UID is selected in the UID tag list it is possible to read and write data into the contactless memory device Memory access screen is achieved by using the data dis play the locking status flags and the six command buttons READ_Single_Block WRITE_Single_Block LOCK Block READ_AII WRITE_All and CLEAR The READ_Single_Block button fetches a block from the selected address of the selected LRI tag The LRI512 has 16 blocks of four bytes The LRI64 has 7 blocks of 8 bits from address 8 to 14 which are accessible as Write Once Read Many WORM memory2. The READ_AIl button fetches the full LRI512 or LRI64 memory content and displays all the rows together The rows are shown using both hexadecimal and ASCII notation It is possible to update manually both values using the mouse and the keyboard When updated it is possible to write these new data into the selected LRI memory using the WRITE_Single_Block or WRITE_AIl command buttons The LOCK_Block button allows the block write protection of the LRI512 to be activated Only one block can be locked at a time 12 15 ky UM0073 USER MANUAL The KILL button could be optionally activated when you select an LRI64 to work with After a valid KILL command that LRI64 will no longer answer to any commands The CLEAR button clears the data display Persistence Control The persistence control box allows the user to set the time period during which al ready inventoried tags stay on the screen despite having been removed from the antenna field This set ting affects only the Read Tags panel and the Assign Tags panel The user can choose a value from No Delay up to 30 seconds CHANGING IMAGE SET Image Set Organization You can select a different image set for assigning to the tags This is useful when you want to dedicate a demonstration to a specific application You can group images by application The default image set is in the directory C Program Files ST LRI512 V2 0 Tag To select an image set in another directory you have t
3. and check that the reader is correctly powered and that the serial cable is correctly connected The Choose folder window will appear Figure 6 Figure 6 Choose folder Window E A Do you want to keep the default images Folder Tag If you click the Yes option the folder that contains your images will be c Program File ST LRI V3 0 Tag If you click the No option you will be asked to choose another images folder as described in the section on changing image set The LRI DemoKit V3 0 screen will appear Figure 7 1577 715 UM0073 USER MANUAL Figure 7 LRI DemoKit V3 0 Screen Read Tags Assign Tags SuperUser ew a 0 Tag s inventoried USER INTERFACE The LRI DemoKit V3 0 screen is divided in three panels Click on a tab to show the appropriate one Read Tags This panel shows all the LRI tags that are present in the electromagnetic field of the reader The memory content of each tag can be individually accessed Assign Tags This panel allows the user to assign an image to an LRI tag Each tag can have a different image assigned SuperUser This panel gives access to all the LRI512 and LRI64 commands In the top right corner the LRI DemoKit V3 0 screen provides two command buttons Start and Quit The Start button is only activated for the Read Tags and Assign Tags panels It is used to start the tag
4. Protocol i Ready 19ms NM 4 2 5 15 UM0073 USER MANUAL SOFTWARE INSTALLATION The kit contains one program LRI DemoKit V3 0 exe on the CD ROM It needs a standard PC with a serial port and m a Windows 95 98 operating system or Windows NT4 0 2000 or later This is true 32 bit software and hence will not run on Windows 3 11 an Intel Pentium II or higher microprocessor a VGA resolution or higher video adapter 16 MByte of main memory or more free space on the hard disk equal to 7 MByte or more The software installation procedure consists of the following steps 1 Insert the CD ROM for the LRI DemoKit V3 0 program 2 Execute the installation program setup exe A screen such as the one shown in Figure 4 is displayed The installation program will create all the nec essary directories on the hard disk and copy all the necessary files into them Verify that the chosen name for the base directory shown in the first screen of Figure 2 is appropriate or click on the Browse button Figure 4 Software Installation 7 LRI demokit v3 1 Welcome to the LRI demokit v3 1 Setup Wizard The installer will guide you through the steps required to install LAI demokit v3 1 on your computer WARNING This computer program is protected by copyright law and international treaties Unauthorized duplication or distribution of this program or any portion of it may result in se
5. auto detection loop Inventory When activated this button changes to Stop To exit the LAI DemoKit V3 0 software click on the Quit button 8 15 TA UM0073 USER MANUAL ASSIGNING IMAGES TO TAGS First select the Assign Tags panel Click on the Start button and place some LRI memory tags in the field of the reader The screen will appear roughly as shown the Figure 8 Figure 8 Assign Tags Panel In this panel you can see the inventoried tags in the middle and the images that can be assigned at the bottom The screen can display up to 15 tags and 5 images You can use the up and down arrows to scroll the tags and the left and right arrows to scroll the images Assign an Image to a Tag Click on the tag you want to be assigned Multiple tags can be selected if the Shift key is kept down Selected tags are shown with a yellow frame To assign an image to the selected tags click on the image Its frame will turn yellow To find the image that has been assigned to a tag double click on the tag image The corresponding im age s frame will turn to yellow at the bottom of the screen y 9 15 UM0073 USER MANUAL READING TAGS Select the Read Tags panel Click on the Start Button and put some LRI memory tags in the field of the reader The screen will appear roughly as shown in Figure 9 Figure 9 Read Tags Panel In this panel you can see th
6. ead GPISOStart FEIG ELECTRONIC GmbH advanced reader technologies ReaderEditor Read1 olx E File Edt view window Options 18 x DD e os E a amp 3 amp New Detect Open Save Gut Copy Paste Print Output COM Port About Reader ID ISC MR100 PR100 Configuration ID ISC MR100 PR100 Configuration CFGO Reserved CFG4 General Transponder Param 0x80 Read Commands CFG1 COM Interface poem PPPPPE PPP PEPE nase CFG3 RF Interface o0 joo joo joo fos foo 00 foo f00 00 00 00 00 04 0x82 Save CFG4 General Transponder Param eli Configuration CFGS Anticollision 0 83 Reset h CFG6 Scan Mode I Code 15015693 i CFG Scan Mode II DATACODING MOD SUB CARRIER EEPROM y Scanner Mode 3 iw E Ask d e 10 C FSK Reset Editor gt DATA RATE NO TS AFI Low 16 Timeslots Disabled AO High 1 Timeslot Enabled lowe lela Test and Measurement y WR Option BusAdr 255 00 a foo hex automatically set COM fi y jos 07704 09 50 13 808 gt gt 06 FF 80 83 17 B4 a 05 07 04 09 50 13 824 lt lt 14 00 80 00 00 48 00 00 00 00 00 00 00 00 00 00 00 00 59 BC OK 05 07 04 09 50 13 839 gt gt 06 FF 80 84 a8 CO 5 5 05 07 04 09 50 13 855 lt lt 14 00 80 00 00 00 00 00 OB 00 00 00 00 00 00 00 00 04 F3 A7 OK gt Blariopron na panra arr oo oar omm nn ar ayn 4 4h
7. ad modulating the data on the carrier using Manchester coding in the one sub carrier mode The data transfer rate in each direction is around 26 Kbit second The purpose of the LRI Demokit V3 0 program is to give an example of how the interfacing can be achieved It does not allow the user to evaluate all of the different ISO015693 modes It is possible to en large the evaluation to cover other IS015693 operating modes using other equipment that can be sup plied by STMicroelectronics The LRI512 and LRI64 offer the device identification algorithms INVENTORY within the contactless pro tocol as specified by 15015693 This mechanism is supported by the LRI DemoKit V3 0 reader and pro gram The LRI Demokit V3 0 gives access to the full memory mapping It is possible to read and write into the selected LRI memory This release of the demonstration software allows the block write protection of the LRI512 to be activated The kit consists of One CD ROM for the demonstration program One ID ISC MR100 A Middle Range Reader One ID ISC ANT340 240 Pad Antenna One 12V DC Power Supply One ID CAB RS A Cable for Power Supply and Interface Some LRI512 Samples Some LRI64 Samples Documentation TTA 3 15 UM0073 USER MANUAL HARDWARE CONFIGURATION The hardware is simple to set up 1 Connect the antenna to the reader board see Figure 2 2 Connect the reader board to the Serial Port A COM1 or P
8. ar ui0073 Y USER MANUAL IS015693 Long Range Contactless Memory Demokit V3 0 Reader This document describes the hardware and software of the STMicroelectronics LRI DemoKit V3 0 Order ing code DemoKitLR working under the Windows 95 98 NT 2000 operating systems Figure 1 LRI DemoKit V3 0 July 2004 1 15 UM0073 USER MANUAL TABLE OF CONTENTS Figure 1 LRIiDemoKit V3 0 sic one bee Shee eee RG Sa ee eee de 1 HARDWARE CONFIGURATION 20020 cece eee 4 Figure 2 Reader Board Hardware 0 0 eect ttn tees 4 READER FIRMWARE UPGRADE 0 200 e cece eee eee 5 Figure 3 FEIG IC_Start Software in Configuration Mode 0 00000 cee eee eee 5 SOFTWARE INSTALLATION fis o oo a ie eee ie wed Poets 6 Figure 4 Software Installation 0 000 ccc teen eee 6 DEMONSTRATION PROGRAM 20020 c cece ee eee 7 GETTING STARTED 52 05 ss ore ee AA Gere eee re ee ee 7 Launching the LRI DemoKit V3 0 Software 0000 cee eee 7 Figure 5 Search ReaderParameters Window 000 0c cee ee a 7 Figure 6 Choose folder Window 0 00 e teen Dea eee eee 7 Figure 7 LRI DemoKit V3 0 Screen oooocccccocc eaaa Daaa 8 USER INTERFACE zmoti era a ee ee A ieee hc Pe oes 8 ASSIGNING IMAGES TOTAGS oococcoccc ee ees 9 Figure 8 Assign Tags Panel 22 5 GYM cc 9 Assign an Image to a Tag aana aaua NANS eee eee 9 READING TAGS cut li ie crn tee inte et RE en
9. e inventoried tags with their memory types and their corresponding images The screen can display up to 20 tags You can use the up and down arrows to scroll between the tags ky 10 15 UM0073 USER MANUAL You can click on one of the LRI512 tag icons to access its memory A dialog box as shown in Figure 10 appears The content of LRI64 memory tags can be accessed only in the SuperUser panel Figure 10 Accessing the Tag s Memory In this dialog box the serial number and the assigned image are displayed Click on the Read button to read the LRI512 memory The memory content is interpreted as ASCII char acters Since the LRI512 contains a 512 bit EEPROM it can hold a maximum of 64 characters It is possible to modify the memory content To do so enter your text in the text field and click the Write button The tag s memory will be updated Close the dialog box to select another tag y 11 15 UM0073 USER MANUAL SUPERUSER MODE Select the SuperUser panel The screen will appear roughly as shown in Figure 11 Figure 11 SuperUser Panel Read Tags Assign Tags SuperUser uit Tag s EEPROM gt z DB 0 00 00 00 00 address p 3 DB 1 00 00 00 00 mince DB 2 00 00 00 00 a i 0x20 Read Single Block DB 3 00 00 00 00 2 9 DB 4 00 00 00 00 3 0421 Write Single Block DB 5 00 00 00 00 E DB 6 00 00 00 00
10. na kn nafs na ce inh TS le eed eee ee ee 10 Figure 9 Read Tags Panel wo Noe eee eee 10 Figure 10 Accessing the Tag s Memory 000 cee eee 11 SUPERUSER MODE 05 AN ri bie area Saeki eee Wie Wl A Sete eee ae ee 12 Figure 11 SuperUser Panel 0 000 cee tee eee 12 INVONTLOLY AA ri A ee tee ee aes oe ier ae face 12 Memory Access cre 12 Persistence Control 000 tte eee 13 CHONSING IMAGE SET ice vee ten eee ae a hae eee 13 Image Set Organization 00 0 cece 13 Rules tor Image Seti iri soe ihe eb a ee ee ee 13 Tag Assignment Coding crisser a eee eee 13 REVISION HISTORY ocio we eae ae ok ie ce eg a idee gE cepa oh 14 Table 1 Document Revision History 0 000 c cee tte eee 14 2 15 ki UM0073 USER MANUAL The LRI512 and LRI64 are contactless memory devices powered by a transmitted carrier radio wave at 13 56MHz m LRI512 contains a 512 bit EEPROM with the memory organized as 16 blocks of 32 bits m LRI64 contains a 120 bit non volatile memory with the memory organized as 15 blocks of 8 bits of which 7 blocks are accessible as Write Once Read Many WORM memory Both conform to the ISO 15693 recommendation for the transfer of power and signals via radio transmis sion The LRI Demokit V3 0 reader circuitry amplitude modulates 20 modulation the data on the carrier using amplitude shift keying ASK and is locked in the 1 4 pulse coding mode The LRI memories reply by lo
11. o click on No in the Choose folder window when you start the LRI DemoKit V3 0 program A file popup window will appear Then select the new image set directory Rules for Image Set An image set consists of entirely of graphics files stored in the same directory These graphics files must respect the following rules All images must be in BMP format The default size is 64x64 pixels but other sizes are accepted as the system automatically resizes it All image file names must be numbered from 00 BMP towards 99 BMP maximum in a contiguous sequence Tag Assignment Coding The tag assignments are written in the TagData TXT file which is stored in the Tag directory The data are written as follows Serial_numberl image_numberl Serial_number2 image_number2 Example E00207E3A3FAF573 12 E0020472C4530585 01 E0020472C4532756 04 E0020472C45327D9 16 E0020472C453276A 15 You can directly modify the TagData TXT file to assign the tags To erase all tag assignments just erase the TagData TXT file content Remarks Tags that are not listed in TagData TXT are considered as unassigned Ifthe Tag directory contains X 1 bitmaps 00 BMP to X BMP all tags assigned with a number greater than X are considered as unassigned TTA 13 15 UM0073 USER MANUAL REVISION HISTORY Table 1 Document Revision History Date Version Revision Details 25 Feb 2004 1 0 First Issue desc
12. ort B COM2 of the PC 3 Connect a 12 volt regulated power supply to the reader board and turn on the power Figure 2 Reader Board Hardware ID ISC ANT340 240 Pad antenna Power Supply LED To Antenna IDISC MR100 A To 12 V regulated power supply e To the RS232 of the PC Al09776 4 15 UM0073 USER MANUAL READER FIRMWARE UPGRADE The FEIG MR100 reader firmware needs first to be upgraded for it to work with LRI64 contactless mem ory devices To download the ABDG30100 mr100 a mhx firmware code into the MR100 reader flash memory follow the steps described in the N10301 0e ID A pdf guide When this new firmware is correct ly installed follow the actions listed below to install all the new software tools 1 2 Remove all existing FEIG tools IC_START STM demokit from the computer Install the Feig IC_START 6 0 software which supports the LRI512 and LRI64 tags in Inventory R and Write Launch the IC_Start software Go to the configuration mode and set the 15015693 protocol to 10 ASK modulation 1 4 transmission data coding ASK demodulation Fast data rate on reception This is illustrated in Figure 3 Store this setting by pressing the save button Install the STM demokit software that is found in the DemoKitLR_V30 zip file Figure 3 FEIG IC_Start Software in Configuration Mode
13. ribing v2 0 of the demonstration program 12 Jul 2004 Document revised to describe v3 0 of the demonstration program 14 15 y UM0073 USER MANUAL Information furnished is believed to be accurate and reliable However STMicroelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics Specifications mentioned in this publication are subject to change without notice This publication supersedes and replaces all information previously supplied STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics The ST logo is a registered trademark of STMicroelectronics All other names are the property of their respective owners 2004 STMicroelectronics All rights reserved STMicroelectronics GROUP OF COMPANIES Australia Belgium Brazil Canada China Czech Republic Finland France Germany Hong Kong India Israel Italy Japan Malaysia Malta Morocco Singapore Spain Sweden Switzerland United Kingdom United States www st com Y 15 15
14. vere civil or criminal penalties and will be prosecuted to the maximum extent possible under the law Cancel Back 6 15 Ti UM0073 USER MANUAL DEMONSTRATION PROGRAM The LRI Demokit V3 0 software was developed to show the LRI512 and LRI64 memory tag features With LRI Demokit V3 0 you can Choose your memory images by selecting an appropriate folder or choose the default folder Assign memory images to tags Perform an Inventory on the tags and see their image assignment Read from and write to the tags in ASCII Use SuperUser mode to access other LRI512 and LRI64 features GETTING STARTED Launching the LRI DemoKit V3 0 Software The first step is to check that the hardware is correctly set up that the connections are well made and that the power supply is correctly adjusted The next step is to execute the LRI Demokit V3 0 program by double clicking on the LRI DemoKit V3 0 exe file from your installation directory The first display should show the Search Reader Parameter popup window Figure 5 If not check the software installation again Figure 5 Search ReaderParameters Window Search ReaderParameter Reader detected with PortNr 1 Baudrate 38400 Frame 8E1 TimeOut 50 TxTimeControl 1 TxDelayTime 5 Click on OK to start the LRI Demokit V3 0 program If the search engine stays in the search loop for a long time click on CANCEL
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