id Systems OEM-MSR1 RFID Tag User Manual 87367
id Systems Ltd. RFID Tag 87367
user manual
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| Document ID | 87367 |
| Application ID | X4LOJJOB0iHVO6Q8BNfN+Q== |
| Document Description | user manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Microsoft Word - pdf |
| Filesize | 239.86kB (2998273 bits) |
| Date Submitted | 2000-02-21 00:00:00 |
| Date Available | 2001-01-19 00:00:00 |
| Creation Date | 2001-04-09 15:04:09 |
| Producing Software | Acrobat Distiller 4.0 for Windows |
| Document Lastmod | 2001-04-09 15:04:10 |
| Document Title | Microsoft Word - 87367 |
| Document Creator | ADOBEPS4.DRV Version 4.24 |
| Document Author: | jsoscia |
TRLEMéJD FCC ID:OCTOEM-MSR1 EXHIBIT 11a Tx USER INSTRUCTIONS TRLEMéj) FCC ID:OCTOEM-MSR1 EXHIBIT 11b Rx USER INSTRUCTIONS TRLEMC@ FCC ID:OCTOEM-MSR1 EXHIBIT 11d Aux USER INSTRUCTIONS OEMAMSMFCCH 2a 13.56MHz ReadNVrite Board User Guide : Version 1.20 FCC ID: OCTOEM-MSR‘I Changes or modifications not expressly approved by id Systems Ltd could void the users authority to operate the equipment 1 OVERVIEW _._._._\_. knit-Epic; Introduction Scope of this guide Product overview Supporting products Product range 2 USING THE BOARD 21 2.2 2.3 2.4 2.5 2.6 2.7 2.8 Connecting to a board Processor Serial interface LED indicators Antenna Read/write ranges Mechanical Miscellaneous 3 id SYSTEMS Appendix A — Board dimensions Contents Using this Product this guide to ensure that you receive product support and information Please complete and return the Product Registration Form at the back of / regarding updates. WARNING This product provides powerful features that allows the contents of Radio Frequency Identification (RFID) tags to be inspected, altered and (in some cases) permanently locked. It is the responsibility of the user to ensure that they are fully conversant with the wide range of features that are offered by tags supported by this product. No responsibility can or will be accepted by id Systems Ltd for any tags that are corrupted or permanently locked through direct or indirect use of this product. it is not the purpose of this guide to provide an overview of the features of each type of tag supported by this product; the user is referred to the corresponding data sheets available from the appropriate tag manufacturer. WARRANTIES id Systems Ltd makes no warranty of any kind with regard to the material contained in this document, including, but not limited to, implied warranties of merchantability and fitness for a particular purpose. id Systems Ltd reserve the right to make changes without notice in the specifications and materials contained herein, and shall not be responsible for any damages (including consequences caused by reliance on the materials presented). including but not limited to typographic or arithmetic policy, RESTRICTIONS This document contains proprietary information which is protected by copyright All rights are reserved. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or information storage and retrieval systems, without the prior written consent of id Systems Ltd. PRODUCT WARRANTY This product is warranted against defects in materials and workmanship, under normal use and service, for one year from the date of purchase in accordance with id Systems' Standard Terms and Conditions. All goods returned under this warranty must be as new and not modified in any manneri Under such conditions id Systems’ sole responsibility shall be, at its option, to either repair or replace such defective products. However, under no circumstances shall id Systems be liable for any consequential direct or indirect loss of revenue or profit, caused by failure of the product. If this product requires repair, whether covered by the warranty or not, please contact the dealer or distributor from whom it was purchased. © Copyright 1999. id Systems Ltd : All riohts reserved. Overview 1.1 Introduction id Systems‘ product range includes high performance hand-held units, computer interfaces and OEM boards, capable of reading from and writing to a wide range of Radio Frequency Identification (RFID) tags and smart labels, operating at low (125/134kHz) and high (13,56MHz) frequencies. The OEM board described in this guide supports high frequency tags and smart labels from OMRON, Philips Semiconductors (LCODE), Texas instruments (Tag-it) and Gemplus (FOLIO70), and is specifically designed to operate with a remote (deported) antenna. Product features include: . Read/write support for tags and smart labels from OMRON, Philips (I,CODE), Texas (Tag-it) and Gemplus (FOLIO70); . Operates with a remote antenna, allowing a separation of up to 1m between a board and its associated antenna; - In System Programmability (ISP) provides powerful capabilities for upgrading firmware for enhanced functionality and support for new tag types; . Single supply operation (+5V) at low current (150mA when reading); - Digital control of board power supply (board on/off); - Low power modes. with board wake-up on external digital command or serial activity; . Serial interface (at ‘I'I'L levels) with tri—state serial TTL buffer for total isolation within embedded applications; - Powerful serial protocol. including optional direct ASCII output of tag data on successful read; . Two software controlled digital outputs for LEDs (on or off board); . I’C port for interfacing with external hardware (not supported in firmware); - Small board size (approximately 32x64x12mm) with EMI/RFI screens fitted. The OEM board provides a state of the art solution suitable for OEMs and System Integrators requiring powerful yet cost—effective capabilities for reading from and writing to all leading 13.56MHz tags and smart labels. Remote antennas allow up to 1m separation between an OEM board and its associated antenna; in addition, this approach offers decreased sensitivity to the antennas“ immediate surrounding environment. including electrical noise, metal and capacitive effects. The use of an advanced In System Programmable (ISP) component allows firmware to be readily and conveniently upgraded or modified to support new tags, or to provide enhanced functionality, without hardware changes. Low operating current, and a number of low power modes (including wake—up on external digital command) make this board ideally suited for embedded applications. Overview 1.2 Scope of this guide This guide describes the features and capabilities of a 13.56MHz OEM board for 13.56MHz tags and smart labels, including those from OMRON, Philips Semiconductors (I.CODE). Texas Instruments (Tag—it) and Gemplus (FOLIO70). and describes all aspects of the hardware. This guide should be read in conjunction with the corresponding document that describes the R3232 serial protocol (ace—232). 1.3 Product overview Features of the OEM board are summarised in Figure 1, which shows the board as viewed from above and below. Features include: - Powerful Processor The OEM board uses a powerful Atmel AVR RISC processor to control all board functionality. - In-System Programmability An on-board programming interface provides powerful capabilities for future upgrading of board firmware for enhanced functionality. - LED Indicators Two software controlled LEDs can be used to indicate power—on and status information, controlled through application software. a Serial Interface A ‘I'rL compatible serial interface allows data to be transferred to and from our OEM board. . External Antenna Provision is made for an external antenna to be connected directly to a board; this may be located up to 1m away. . Powerful Firmware Embedded firmware supports read/write functionality for leading tags and smart labels, and supports a powerful serial protocol for board configuration, data exchange and status monitoring. Overview 1.4 Supporting Products Diease note that a number of additional products are also available to support this OEM board (Table 1). Descrlpt f g) a API/DLL software for rapid development of application software ace-232 RSZ32 serial protocol guide ant-hf2/3 Remote PCB antennas sw—sdk Software Developer's Kit, which includes: API/DLL for MSvDOS and Windows, ActiveX Control. OEM test software, R8232 protocol and complete documentation. ev-oem OEM Developer's Pack Table 1 — Support products 1.5 Product range This product forms part of an extensive range of low (125/134kHz) and high (13.56MHz) frequency products, which currently includes support for the following tags and smart labels, in hand-held units, computer interfaces. and OEM boards: - Low Frequency 0 ASK tags from: EM Marin (H4001/2/3/5, v4050 and v4066). Gemplus (Gemfly), Metget (all standard products), Philips (hitag1, hitagz, PCF7930, PCF7931 and PCF79736), Sokymat (Magic, Nova, Titan, Unique and Zoodiac), Temic (e5530 and e5550). O FSK tags from: Texas Instruments (TIRIS) 0 PSK tags from: AEG/Trovan, Datamars and EM Marin 0 High Frequency 0 Tags from: Gemplus (Gemwave ARI010 and ARIO40; FOLIO70). OMRON, Philips Semiconductors (LCODE), Texas Instruments (Tag-it) A number of additional OEM boards are available for leading 13.56MHz tags and smart labels. These include: oem-msr2 Identical functionality to our oem—msr1 product, but physically larger and intended for integration within hand-held terminals, portable/fixed position printers, etc. An RSZSZ level serial interface is fitted as standard oem-msr3 Longer range operation (up to 70cm reading) 2.1 Connecting to a board The board requires a source of external power (+ 5V at 150mA), and an antenna. Power should be connected to J1 at pin 2 (+ 5V) and pin 10 (UV). The supply should be 5V +/- 042V with less than 50mV ripple. Using the Board Connector J1 is part type Molex 53261-1090 (the mating part type is Molex 51021—1000), Above 0 o O 0 Below Antenna Connection Mounting Ho es _4 LJ Processor (\ Mounting Holes f Connector J‘l Fioure 1 — OEM board features Using the Board There is no protection against over voltage on the board; therefore it is the responsibility of the user to ensure that the correct power supply is applied. A power on control signal (DTR) is provided on J1 pin 4. When this pin is pulled high (+5V) the board will power up. When pulled Iow (OV) the board is in a powered down state, where it draws less than 100uA. In this state the T‘I'L serial interface signals are high impedance. The board will enter a low power sleep mode after a period of inactivity on the serial interface. Wake up is achieved by one of two methods: . Through transmission of a serial command to the board; - By pulling J1 pin 8 low (OV) for longer than 250mS, which will cause the board to wake»up and attempt a tag read, returning ASCII data via the serial interface Keeping this pin low will place the board in a continuous read mode (please see our serial protocol guide for configuration of this option). RI 1 No connection should be made here 2 5V + 5V 3 RXD Serial data input from external source (TTL) 4 DTR Board power on from external source (TTL active H) 5 TXD Serial data output to external source (TTL) 6 DSR Not implemented 7 DCD Not implemented 8 RTS Wake-up signal from external source (TTL active L) 9 BAT No connection should be made here 10 GND OV Table 2 — Pin allocation of connector J1 An external antenna is attached via the connector on the rear of the board (see section 2.5). 2.2 Processor The board uses a powerful Atmel AVR processor to control all functionality. An In System Programming (ISP) capability is available at J4, for downloading firmware. This is currently only available for use by id Systems. 2.3 Serial interface Connector J1 provides access to a three wire TTL compatible serial interface via pins 3, 5 and 10. Standard configuration is a TTL interface; please contact id Systems if you wish to change this to a R8232 interface. The default serial parameters are 9600 baud, 8 data bits, no parity, 1 stop bit. An optional baud rate of 19200 may be implemented by linking solder pad J3. The serial protocol that allows communication with a board is described in the corresponding guide (acc~232). Using the Board 2.4 LED indicators Two LED indicators (LED D5 and LED D7) are provided. D5 may be soldered directly on the board, or via two wires for mounting off-board. D7 is either a 0805 SMD LED for board mounting, or a standard 3mm LED connected to J2 for external mounting; it is recommended that either D7 or J2 is used. not both. D5 and D7 are controlled using the serial command CL_SetIO. 2.5 Antenna A number of remote antennas are available from id Systems to support this OEM board. and we recommend the use of these antennas to ensure optimum read/write ranges are achieved. Remote antennas are supplied pre-tuned for optimal performance; please do not make adjustments. The maximum capacitance of the antenna connecting lead should not exceed 100pF if quoted range performance is to be maintained. 2.6 Read/write ranges Typical read/write ranges are summarised in Table 3. Range figures assume optimum orientation of the tag and reader's antennas, in an EMl/RFI clean environment, with no metallic objects nearby, Please note that read/write ranges will change according to antenna size and quality factor. The ranges summarised below are typical for an ant-hf2 antenna, with tags the same size as ISO format credit cards. Read range (mm) 5 to 80 5 to 80 Write range (mm) 10 to 70 10 to 60 Table 3 - Typical read/write ranges 2.7 Mechanical Mechanical data for the board is provided in Appendix A. Four 2.8mm mounting holes are provided in the corners of the board, suitable for 2.5mm diameter screws. Please ensure that insulating spacers are used for mounting. Using the Board 2.8 Miscellaneous There are a number of differences between our existing range of RFID OEM boards, and this high frequency board. These are: . The buzzer command is not supported (there is no buzzer on the board!); . There is no generic write command (the second option of the RF_Write Block command); . Autobaud is not supported (the baud rate is fixed at 9600, but other options are available; please consult id Systems for further information); . Configuration ‘Text Ien' parameter is ignored (CL_SetConfig command); - The commands CL_MemRead and CL_MemWrite are not supported; . CFG_Pu/seOulput and CFG_Continuous options are not supported. , am». now: Appendix A Radio Frequency Identification (RFID) is a powerful and versatile technology that allows items to be identified, tracked and managed, in an extraordinarily diverse range of applications and environments. id Systems is dedicated to the development of state of the art RFID systems for global markets. We combine innovation, technical excellence and quality in the development of a broad range of novel products and systems based on RFID technology. We provide: . Innovative RFID products, ranging from demonstration systems and boards suitable for system integration, to hand—held readers and turnkey applications for industry. . Comprehensive consultancy services based on expertise in all aspects of RFID, allowing us to provide effective support to organisations wishing to benefit from this powerful technology. . Software support for most RFID technologies, including powerful system integration libraries and tools. . Customised RFID reader hardware and high performance antenna arrangements, optimised for specific requirements. Our expertise and product range allows us to provide powerful and cost effective solutions to identification problems. We have an excellent appreciation of application requirements, and a first principles understanding of RFID technology. This special combination of skills and expertise allows incisive problem solving across the diverse range of environments where RFID may be applied, bringing measurable and sustainable competitive advantage to business operations world—wide. id SYSTEMS Ltd Rutherford House, Manchester Science Park Manchester M15 632, UK tel +44 (0)161 2321000 fax +44 (0)161 232 1010 ..x‘/:\:_|_.._ __ ..|. "ML “Ayn”, Please complete the information below and return by mail or fax to id Systems. First Name Surname Title/ Position Company Name Address Postcode Country Telephone Facsimile Email Address Product Serial Number Do you wish to be kept informed of new product releases? Yes Product Registration Form Date / No id SYSTEMS Ltd Rutherford House, Manchester Science Park Manchester M15 682, UK tel +44 (0)161 2321000 fax +44 (0)161 232 1010
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