Two Technologies JETTRFIDPLUS JETTRFIDPLUS User Manual JETT RFID Technical Reference Manual

Two Technologies, Inc. JETTRFIDPLUS JETT RFID Technical Reference Manual

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MAN0352, Rev. A JETT®•RFID+ Technical Reference Manual

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A ivWarranty Information Seller warrants that the product specified in this agreement is free of defects in materials and workmanship, and shall conform to the latest specifications published prior to Buyer’s acceptance of the agreement for a period of two years. Product specifications as defined supersede previous specifications and are complete. Any parameter that is not specifically defined in the specifications is expressly excluded from the warranty. This warranty does not apply to any product which has been subject to misuse, accident, alteration, or if the unit has been serviced by anyone other than an authorized representative of Seller. Seller’s sole obligation to Buyer for products failing to meet specifications shall be, at Seller’s discretion, to repair or replace the non-conforming device. After receiving a Return Material Authorization (RMA) number and a mailing address from Seller, a defective unit covered under this warranty may be returned freight prepaid. Any replacement or repaired product shall carry only the unexpired term of the warranty plus any period required for repair. If Buyer has been expressly designated as an Original Equipment Manufacturer (OEM) by Seller, the warranty period shall commence upon the earlier date of (i) delivery to Buyer’s first customer, or (ii) 180 days from the original date of shipment by Seller. In the events that products for which: (a) Buyer has title and, (b) have never been used, and (c) have been in the Buyer’s possession for more than 180 days and, (d) have an unaltered date code attached, may for an established fixed fee which will not exceed ten percent (10%) of the original purchase price, have the date code updated by the Seller and thereby reestablish those products with a new warranty. THE FOREGOING WARRANTY AND REMEDIES ARE EXCLUSIVE AND ARE MADE EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED, EITHER IN FACT OR BY OPERATION OF LAW, STATUTORY OR OTHERWISE, INCLUDING WARRANTIES OR MERCHANTABILITY AND FITNESS FOR USE. TWO TECHNOLOGIES NEITHER ASSUMES NOR AUTHORIZES ANY OTHER PERSON TO ASSUME FOR IT ANY OTHER LIABILITY IN CONNECTION WITH THE SALE, INSTALLATION OR USE OF ITS PRODUCTS AND TWO TECHNOLOGIES MAKES NO WARRANTY WHATSOEVER FOR PRODUCTS NOT MANUFACTURED BY TWO TECHNOLOGIES. TWO TECHNOLOGIES SHALL NOT BE LIABLE FOR DAMAGES DUE TO DELAYS IN DELIVERIES OR USE AND SHALL IN NO EVENT BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND, WHETHER ARISING FROM CONTRACT, TORT OR NEGLIGENCE, INCLUDING, BUT NOT LIMITED TO, LOSS OF PROFITS, LOSS OF GOODWILL, OVERHEAD OR OTHER LIKE DAMAGES. To maintain your warranty and to avoid creating hazards, only qualified personnel should perform authorized modifications to Two Technologies’ products. Two Technologies cannot assume responsibility for any condition affecting the proper operation of this equipment that may result from unauthorized modifications. Product Returns If, after inspection, you note any product damage or discrepancies, please contact us promptly within five days of receipt. If the exterior of the package shows obvious signs of damage, please contact your carrier directly. All items returned to Two Technologies require a Return Material Authorization number (RMA). Please contact Two Technologies’ Service department to request an RMA number.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A vRegulatory Notices FCC Part 15 Class A This equipment has been tested and found to comply with the limits for a Class A 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. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. FCC Part 15.225 (15C) Registration Number: RYJJETTRFID-1356 Canadian Department of Communications This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications Le present appareil numerique n’emet pas de bruits radioelectrique depassant les limites applicables aux appareils numeriques de la class A prescrites dans le Reglement sur ie broullage radioelectrique edicte par le ministere des Communications du Canada. Industry Canada RSS-210 6.2.2(e), 2001 Compliance CENELEC * *Pending EMI Standards: • EN 55022:1998 (CISPR22), Class A • ETSI EN 300 330-2: 2001 EMC Standards: • EN 55024: 1998 • ETSI EN 301489-1: 2002 • ETSI EN 301489-3: 2002  EN/IEC 61000-4-2  EN/IEC 61000-4-3  EN/IEC 61000-4-4

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A vi Warnings Changes or modifications to this unit not expressly approved by the party responsible for regulatory compliance could void the user's authority to operate the equipment. Operation Do not enable or utilize the RFID module while charging the unit. Operation of this nature is likely to cause harmful interference. Ne permettez pas ou n'utilisez pas le module de RFID tout en chargeant l'unité. L'opération de cette nature est susceptible de causer l'interférence nocive. No permita ni utilice el módulo de RFID mientras que carga la unidad. La operación de esta naturaleza es probable causar interferencia dañosa. Ermöglichen Sie nicht oder verwenden Sie dem RFID Modul bei der Aufladung der Maßeinheit. Betrieb dieser Natur ist wahrscheinlich, schädliche Störung zu verursachen. Electrostatic Discharge (ESD) Electrostatic discharge (static electricity) can have unpredictable adverse effects on any electronic device. Although the design of this product incorporates extensive ESD-related precautions, ESD can still cause problems. It is good practice to discharge static by touching a grounded metal object before inserting cards or connecting devices. La descarga electrostática (electricidad estática) puede tener efectos nocivos imprevisibles en cualquier dispositivo electrónico. Aunque el diseño de este producto incorpora precauciones extensivas relacionadas a ESD, la descarga electrostática aún puede causar problemas. Se recomienda tocar un objeto metálico con polo a tierra para descargar electricidad estática, antes de insertar tarjetas o conectar dispositivos. La décharge électrostatique (l'électricité statique) peut avoir des effets nuisibles imprévisibles sur n'importe quel dispositif électronique. Bien que la conception de ce produit incorpore des précautions ESD-connexes étendues, le bidon d'ESD posent toujours des problèmes. Il est dans de bons habitudes de décharger la charge statique en touchant un objet au sol en métal avant d'insérer des cartes ou relier des dispositifs. Elektrostatische Entladung (statisch Elektrizität) kann unvorhersehbare schädliche Wirkungen auf jeder elektronischen Vorrichtung haben. Obgleich das Design dieses Produktes umfangreiche ESD-in Verbindung stehende Vorkehrungen enthält, verursachen ESD Dose noch Probleme. Es ist gutes üblich, Static zu entladen, indem es einen geerdeten Metallgegenstand berührt, bevor es Karten einsetzt oder Vorrichtungen anschließt. Battery Replacement CAUTION! There is a risk of explosion if you replace the NiMH battery with an incorrect type. Only use the NiMH battery supplied with your unit or a replacement NiMH battery supplied, recommended, or approved by Two Technologies, Inc. ¡PRECAUCIÓN! Hay riesgo de explosión si se reemplaza la batería NiMH por el tipo de batería incorrecto. Utilice solamente la batería de NiMH proporcionada en la unidad, o una batería de NiMH de repuesto proporcionada o recomendada por Two Technologies, Inc. ATTENTION! Il y a un risque d'explosion si vous remplacez la batterie de NiMH avec un type incorrect. Utilisez seulement la batterie de NiMH fournie avec votre unité ou une batterie de NiMH de remplacement fournie, recommandée, ou approuvée par Two Technologies, Inc. VORSICHT! Bei Verwendung von NiMH Akkus, die nicht durch Two Technologies, Inc. geliefert, empfohlen oder genehmigt wurden besteht Explosionsgefahr! Benutzen Sie daher nur solche NiMH Akkus/Batterien, die mit dem Gerät geliefert wurden bzw. Ersatzakkus, die durch Two Technologies, Inc. geliefert, empfohlen oder genehmigt wurden.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A vii Battery Disposal Dispose of batteries in a safe manner. The following are general guidelines for the safe use and disposal of NiMH batteries: Replace a defective NiMH battery immediately as it could damage the unit. Do not throw the NiMH battery it in trash that is disposed of in landfills as it contains heavy metals. Recycle or dispose the NiMH battery of it as required by local ordinances or regulations. Do not disassemble, incinerate, short-circuit the NiMH battery or throw it into a fire. It can explode and cause severe personal injury. Excessive discharge damages a NiMH battery. Recharge the NiMH battery when your unit indicates low battery power. Deseche las baterías de una manera segura. Pautas generales para el uso y el desecho correcto de las baterías de NiMH se encuentran a seguir: Reemplace la batería de NiMH defectuosa inmediatamente, ya que puede causarle daños a la unidad. No deseche la batería de NiMH en basuras que son arrojadas en terrenos, ya que contiene metales pesados. Recicle o deseche la batería según las leyes o regulaciones locales. No desmonte, incinere, cause corto circuito o lance la bateria de NiMH al fuego. Puede explotar y causar heridas corporales severas. Descargues excesivos de la batería NiMH pueden dañarla. Recarge la batería cuando su unidad indique que la batería esta baja. Débarassez-vous des batteries d'une façon sûre. Ce qui suit sont les orientations à l'utilisation sûre et à la disposition des batteries de NiMH: Remplacez une batterie défectueuse de NiMH immédiatement car elle pourrait endommager l'unité. Ne jetez pas la batterie de NiMH il dans le détritus qui est débarassé en remblais pendant qu'il contient les métaux lourds. Réutilisez ou disposez la batterie de NiMH d'elle selon les exigences des ordonnances ou des règlements locaux. Ne démontez pas, n'incinérez pas, ne court-circuitez pas la batterie de NiMH ou ne la jetez pas dans un feu. Il peut éclater et causer des blessures graves. La décharge excessive endommage une batterie de NiMH. Rechargez la batterie de NiMH quand votre unité indique la basse puissance de batterie. Entledigen Sie sich Batterien in einer sicheren Weise. Die folgenden ist allgemeine Richtlinien für den sicheren Gebrauch und die Beseitigung der NiMH Batterien: Ersetzen Sie eine defekte NiMH Batterie sofort, da sie die Maßeinheit beschädigen könnte. Werfen Sie nicht die NiMH Batterie es im Abfall, der in den Aufschüttungen entledigt wird, während es Schwermetalle enthält. Bereiten Sie auf oder schaffen Sie die NiMH Batterie von ihr wie von lokalen Befehlen oder Regelungen gefordert ab. Bauen Sie nicht auseinander, äschern Sie ein, schließen Sie die NiMH Batterie kurz oder werfen Sie sie in ein Feuer. Es kann strenge Personenschäden explodieren und verursachen. Übermäßige Entladung beschädigt eine NiMH Batterie. Laden Sie die NiMH Batterie neu, wenn Ihre Maßeinheit niedrige Batterieleistung anzeigt. Servicing Information When servicing the unit, the plug (JETT•connect cable) is the disconnect device. Simply unplug the unit before servicing. Para hacerle mantenimiento a la unidad tenga en cuenta que el enchufe (cable JETT.connect) es el dispositivo de desconexión. Simplemente desenchufe la unidad antes de proceder con el mantenimiento. En entretenant l'unité, la prise (câble de JETT•connect) est le dispositif de débranchement. Débranchez simplement l'unité avant l'entretien. Wenn er die Maßeinheit instandhält, ist der Stecker (JETT•connect Kabel) die Trennung Vorrichtung. Vor der Wartung trennen Sie einfach die Maßeinheit.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A viiiContents Chapter 1: Overview........................................................................................................ 1-1 About this Manual..........................................................................................................................................1-1 Related Documents ....................................................................................................................................1-1 About Two Technologies...............................................................................................................................1-1 About RFID......................................................................................................................................................1-2 About the JETT•RFID ....................................................................................................................................1-2 JETT•RFID+ Features................................................................................................................................1-3 Chapter 2: Getting Started............................................................................................... 2-1 Front Components and Indicators................................................................................................................2-1 Rear Components ...........................................................................................................................................2-2 Compact Flash Slot Cover .............................................................................................................................2-3 Interface Connections.....................................................................................................................................2-4 JETT•connect System ................................................................................................................................2-4 DE-9 Connectors.........................................................................................................................................2-4 6-Pin Modular Connector..........................................................................................................................2-5 Power Jack...................................................................................................................................................2-5 Power Supplies, Cables and Adapters.........................................................................................................2-5 Chapter 3: Operation....................................................................................................... 3-1 Power................................................................................................................................................................3-1 Charging the Unit.......................................................................................................................................3-1 Charge/Low Battery Indicator.................................................................................................................3-2 Power/Suspend Switch.............................................................................................................................3-3 Power Management ...................................................................................................................................3-4 Replacing Batteries/Battery Pack.............................................................................................................3-5 Data Entry........................................................................................................................................................3-6 Keypads.......................................................................................................................................................3-6 CE Keyboard...............................................................................................................................................3-8 Transcriber ..................................................................................................................................................3-8 Using the RFID+ Module ..........................................................................................................................3-9 The Windows CE .NET Desktop ................................................................................................................3-10 Desktop Functions....................................................................................................................................3-10 The Taskbar...............................................................................................................................................3-10 The Start Menu .........................................................................................................................................3-11 SystemCF Folder...........................................................................................................................................3-11 Chapter 4: Configuration................................................................................................. 4-1 The Control Panel...........................................................................................................................................4-1 Changing System Settings.........................................................................................................................4-3 Taskbar and Start Menu Settings..................................................................................................................4-4 Using the Compact Flash Slot .......................................................................................................................4-5 Network Connections ....................................................................................................................................4-6 Creating a Wired Ethernet Network Connection...................................................................................4-6 Creating a Wireless Connection ...............................................................................................................4-6 Setting Up Identification for Remote Networks.....................................................................................4-6 Connecting to a Mail Server......................................................................................................................4-7 ActiveSync .......................................................................................................................................................4-9 Initial Communication...............................................................................................................................4-9 Subsequent Communication...................................................................................................................4-12 Persistent Registry ........................................................................................................................................4-12 Saving Changes to the Registry..............................................................................................................4-12 Resetting the Registry..............................................................................................................................4-13 Chapter 5: Application Development ............................................................................ 5-1 Application Types...........................................................................................................................................5-1 Development Tools.........................................................................................................................................5-1 Using Visual Studio .NET..............................................................................................................................5-2

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A ix System Requirements.................................................................................................................................5-2 The .NET Compact Framework................................................................................................................5-2 Getting Started with Visual Studio .NET ................................................................................................5-4 Using eMbedded Visual C++ 4.0..................................................................................................................5-8 Migrating Previous Versions of eMbedded Visual Tools .....................................................................5-8 System Requirements:................................................................................................................................5-8 Getting Started with eMbedded Visual C++ 4.0 ....................................................................................5-9 Using the Remote Registry Editor..........................................................................................................5-12 Incorporating JETTce.dll Functionality......................................................................................................5-13 IncBrightness.............................................................................................................................................5-14 DecBrightness ...........................................................................................................................................5-14 TurnAuxSwitchOn ...................................................................................................................................5-14 TurnAuxSwitchOff...................................................................................................................................5-14 AuxSwitchIsOn.........................................................................................................................................5-15 IsCeKeysRunning.....................................................................................................................................5-15 IsCeKeysDisplayed ..................................................................................................................................5-15 RunCeKeys................................................................................................................................................5-16 DisplayCeKeys..........................................................................................................................................5-16 HideCeKeys ..............................................................................................................................................5-16 CenterCeKeys ...........................................................................................................................................5-17 ShutDownCeKeys ....................................................................................................................................5-17 LedUpdate.................................................................................................................................................5-18 GetMacAddress ........................................................................................................................................5-18 Suspend_Key_Lockout_Off ....................................................................................................................5-19 Suspend_Key_Lockout_On.....................................................................................................................5-19 Suspend_Key_Lockout_State..................................................................................................................5-19 Suspend_Key_Lockout ............................................................................................................................5-20 PlayTone....................................................................................................................................................5-20 SuspendDevice .........................................................................................................................................5-21 RunwayLEDs ............................................................................................................................................5-21 GetNkBinVersion .....................................................................................................................................5-22 Incorporating JETTRFIDp.dll Functionality..............................................................................................5-23 InitRFID .....................................................................................................................................................5-24 GetFirmwareVersion................................................................................................................................5-24 SetReader...................................................................................................................................................5-25 SleepMode.................................................................................................................................................5-26 WakeMode ................................................................................................................................................5-26 ReadTagID.................................................................................................................................................5-27 CloseRFID..................................................................................................................................................5-27 GetTagInfo.................................................................................................................................................5-28 ReadTagData.............................................................................................................................................5-29 ReadTagDataB ..........................................................................................................................................5-30 ClearDataBlocks........................................................................................................................................5-31 WriteTagData............................................................................................................................................5-32 WriteTagDataB .........................................................................................................................................5-33 LockDataBlocks ........................................................................................................................................5-34 AuthorizeTag ............................................................................................................................................5-35 AuthorizeTagB..........................................................................................................................................5-36 WriteKey....................................................................................................................................................5-37 WriteKeyB .................................................................................................................................................5-38 JETTRFIDp.dll Sample Flowchart ..........................................................................................................5-39 JETTRFIDp.dll Error Codes.....................................................................................................................5-40 Keyboard Mapping.......................................................................................................................................5-42 Tracking Self-Installed Files ........................................................................................................................5-43 Launching Files at Startup...........................................................................................................................5-44 FileCopy.F2C Commands .......................................................................................................................5-44 Chapter 6: Troubleshooting..............................................................................................6-1 Appendix A: Specifications.............................................................................................A-1

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A xAppendix B: Signal and Pin Assignments........................................................................B-1 JETT•connect Cables..................................................................................................................................... B-1 1210 Series Modular Interface Cables ......................................................................................................... B-2 Modular Cable Adapters.......................................................................................................................... B-3 Null Modem Cable ........................................................................................................................................ B-3 Appendix C: Keyboard Mapping Files........................................................................... C-1 Allowed Values..............................................................................................................................................C-1 45-Key Key Map.............................................................................................................................................C-2 30-Key Key Map.............................................................................................................................................C-4 15-Key Key Map.............................................................................................................................................C-5 Appendix D: Supported RFID Tag Formats......................................................................D-1 Texas Instruments Tag-It HF-I Tag Format................................................................................................D-1 Philips I·Code SLI Tag Format.....................................................................................................................D-1 Philips MIFARE A 1k Tag Format...............................................................................................................D-2 Philips MIFARE A 4k Tag Format...............................................................................................................D-3 Philips MIFARE Ultralight Tag Format......................................................................................................D-4 Atmel ISO 14443 B Tag Format....................................................................................................................D-4 Index.................................................................................................................................. I-1 List of Figures Figure 2-1: Front Components and Indicators.........................................................................................2-1 Figure 2-2: Rear Components ....................................................................................................................2-2 Figure 2-3: Standard Compact Flash Slot Cover, Closed .......................................................................2-3 Figure 2-4: Standard Compact Flash Slot Cover, Opened .....................................................................2-3 Figure 2-5: Modified Compact Flash Slot Cover for Long Device Cards.............................................2-3 Figure 2-6: JETT•connect Interface Connector........................................................................................2-4 Figure 2-7: DE-9 Male Interface Connector..............................................................................................2-4 Figure 2-8: DE-9 Female Interface Connector..........................................................................................2-4 Figure 2-9: 6-Pin Modular Interface Connector.......................................................................................2-5 Figure 2-10: Power Jack ..............................................................................................................................2-5 Figure 3-1: Using 91708, 91709, and14375 Cables ...................................................................................3-1 Figure 3-2: Using 1210 Series Cables.........................................................................................................3-1 Figure 3-3: Power Supply...........................................................................................................................3-2 Figure 3-4: Charge/Low Battery Indicator ..............................................................................................3-2 Figure 3-5: Power/Suspend Switch..........................................................................................................3-3 Figure 3-6: Changing Batteries ..................................................................................................................3-5 Figure 3-7: Standard Keypad Layouts......................................................................................................3-6 Figure 3-8: 45-Keypad Multifunctional Key ............................................................................................3-7 Figure 3-9: CE Keyboard ............................................................................................................................3-8 Figure 3-10: Transcriber..............................................................................................................................3-8 Figure 3-11: RFID Read Range...................................................................................................................3-9 Figure 3-12: Windows CE .NET Desktop...............................................................................................3-10 Figure 3-13: Windows CE .NET Desktop Taskbar................................................................................3-10 Figure 3-14: Start Menu ............................................................................................................................3-11 Figure 4-1: Using the Compact Flash Slot................................................................................................4-5 Figure 5-1: JETTRFIDp.dll Sample Flow Chart .....................................................................................5-39 Figure 6-1: Case Dimensions.....................................................................................................................A-2 Figure 6-2: 91708 Cable (Male DE9) RS-232 Signal and Pin Assignments .......................................... B-1 Figure 6-3: 91709 Cable (Female DE9) RS-232 Signal and Pin Assignments ...................................... B-2 Figure 6-4: 1210 Series Modular Cable Signal and Pin Assignments .................................................. B-2 Figure 6-5: CELAT-P Adapter .................................................................................................................. B-3 Figure 6-6: DE-9 Female to DE-9 Female Null Modem Cable.............................................................. B-3 List of Tables Table 1-1: Connector Covers......................................................................................................................1-4 Table 2-1: Front Components and Indicators ..........................................................................................2-1

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A xi Table 2-2: Rear Components......................................................................................................................2-2 Table 2-3: Available Power Supplies, Cables and Adapters..................................................................2-5 Table 3-1: Charge\Low Battery Indicator Functions..............................................................................3-2 Table 3-2: Modifier Key Actions................................................................................................................3-7 Table 3-3: Desktop Functions...................................................................................................................3-10 Table 3-4: Power Status Icons ..................................................................................................................3-11 Table 4-1: Control Panel Functions ...........................................................................................................4-1 Table C-1: Allowed Values in Key Map Files .........................................................................................C-1$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 1-1Chapter 1: Overview About this Manual Intended for authorized developers with prior knowledge of Windows CE .NET and hand held PC application development using eMbedded Visual C++ and Visual Studio .NET, this manual describes the advanced features, operations and interface capabilities of Two Technologies’ JETT•RFID+. It is not for use by end-users. Because the JETT•RFID+ is a highly customizable product with many optional configurations and special keypad layouts, this manual only describes the standard features and operation of the JETT•RFID+. For custom configurations and special options, consult the appropriate supplemental manual or addendum. Unless otherwise stated, the operational characteristics described herein correspond to factory default configurations and settings as shipped from Two Technologies. Wherever used herein, the term “JETT” applies to all “JETT•RFID+” models (except as noted). It is beyond the scope of this manual to provide operating system tutorials or information about commercial or customized JETT•RFID+ application programs and connected equipment. This information should be available in the manuals that accompany those products. Related Documents • JETT•ce Wi-Fi Setup and Configuration Guide, Document Number: MAN0341 • JETT•ce Bluetooth Setup and Configuration Guide, Document Number: MAN0342 • JETT hangar User's Guide, Document Number: MAN0347 • Four Position JETT hangar User's Guide, Document Number: MAN0350 • Sync Commander User's Guide, Document Number: MAN0351 About Two Technologies Two Technologies has been producing rugged hand held/panel mount terminals and computers since 1987. By implementing state of the art design and manufacturing techniques, we revolutionized hand held terminals and computers inside and out. Today, Two Technologies offers over a dozen cost-effective solutions serving virtually every market worldwide.

Overview 1-2About RFID RFID (Radio Frequency IDentification) is a wireless communication technology that uses the RF portion of the electromagnetic spectrum to transmit and receive information from EPC (Electronic Product Code) tags. The tags can come in many shapes and sizes, such as disks, cards or paper labels (smart labels) and can store a simple identification number or a sophisticated database. RFID technology is based on the simple idea that a reader can activate an electronic circuit inside a tag from a distance and exchange information. An integrated circuit inside the reader creates an alternating current. This current generates an alternating magnetic field through the reader’s antenna that serves as a power source for a RFID tag. This magnetic field interacts with the antenna in the tag, which in turn, activates the tag’s integrated circuit causing the tag to create a digital signal, which contains an encoded identifier number. The tag then generates its own alternating magnetic field, which interacts with the reader’s alternating magnetic field. A device inside the RFID reader senses the variations and converts this pattern to the digital signal, which interprets the tag's identifier code. About the JETT•RFID With its modern, ergonomic appearance and design, the JETT•RFID+ is the most recent addition to Two Technologies' series of rugged hand held computers for industrial and commercial use. Its quick mount connector system allows easy insertion and removal in cradle or vehicle mounts. Designed for one-handed operation, the JETT•RFID+ features a powerful Microsoft Windows CE .NET 4.2 operating system, Intel XScale Technology Processor, color sunlight readable display with touch screen technology. With its powerful 13.56MHz RFID integrated reader and flip-out antenna, the JETT•RFID+ can read and write most industry standard RFID tags within a 3.5 inch (80 mm) range making it ideal for “contactless” payments, item tracking and data collection. For a list of supported tag types and related functionality supported by the JETT•RFID+, refer to Appendix D.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 1-3JETT•RFID+ Features Rechargeable Battery Pack The JETT•RFID+ comes with a rechargeable Nickel Metal Hydride (NiMH) battery pack that can provide up to twelve hours of operating time on a full charge (depending on power management and use) . The NiMH technology used in the JETT•RFID+ has exceptional charge life without the “charge memory” characteristic of conventional nickel cadmium batteries. Partially discharged batteries or extended periods with the charger left connected will not adversely affect battery life or performance. The JETT•RFID+ can also run on six AA Alkaline batteries. Operating System The JETT•RFID+ uses Windows CE .NET Professional 4.2 as its operating system. You can develop applications quickly and easily using the latest development tools and network connectivity from Microsoft, such as eMbedded Visual C++ 4.O, Visual Studio .NET 2003 and ActiveSync 3.7. Processor The JETT•RFID+ utilizes an Intel PXA255 processor with XScale technology at 200MHz (400MHz optional).The Intel PXA255 processor is a highly integrated, 32-bit RISC processor that combines the efficiency of Intel design with the ARM v.5TE instruction set architecture. Memory and Mass Storage The JETT•RFID+ comes standard with 64MB of SDRAM and 64MB (approximately 16MB used for operating system) of internal compact flash memory, which is expandable to 128MB. For removable data storage or I/O cards, the JETT•RFID+ is equipped with a Compact Flash (CF) slot. Displays The JETT•RFID+ features a supertwist nematic liquid crystal 320 x 240 QVGA-TFT color sunlight readable display with options for a touch screen and LED backlight. Keypads Standard keypad configurations for the JETT•RFID+ include 15-key, 30-key, and 45-key elastomeric keypads and a 45-key membrane keypad. All standard keypad configurations have an option for LED backlighting. Indicators The JETT•RFID+ has five programmable LED indicators that can provide a number of useful functions including the state of keypad modifier keys. An additional LED indicates the charge and low battery statuses. Interface Capabilities The JETT•RFID+ comes standard with one available serial port configured for RS-232 that can also provide input power (11–18VDC) and recharging capability. Several interface connectors are available at time of factory configuration, including the JETT•connect system, DE-9 male or female connectors and a six-pin modular connector. Interface connections can optionally provide output at 5 VDC to operate peripheral devices at time of factory configuration.

Overview 1-4Durability The case is made of General Electric Xenoy, one of the most durable chemical resistant materials available today. Ingress Protection As an option, you can order a JETT•RFID+ that is completely dust-tight and can withstand exposure to jets of water. This option meets or exceeds an IP (Ingress Protection) rating of 65 as defined by IEC standard 529. Although not required to maintain an IP65 rating, Two Technologies offers connector covers that help prevent electrolysis (corrosion that occurs due to a chemical reaction between water and a connector that conducts electricity). For maximum protection, you should replace each plug every six months. Please note, that the product warranty does not cover JETTs that fail due to electrolysis. Table 1-1: Connector Covers Illustration Part Number Description 14555 DE-9 Male Metal Plug 14556 DE-9 Female Metal Plug 14489 Power Plug 14492 JETT•connect Plug Note: Illustrations are representative and not to scale.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 2-1Chapter 2: Getting Started Front Components and Indicators This section describes the components and indicators found on the font of the JETT. Figure 2-1: Front Components and Indicators Table 2-1: Front Components and Indicators Item Function Description 1 Display Supertwist nematic liquid crystal display with touch screen 2 Battery Indicator Indicates low battery (red) status and charging (green) status 3 LEDs Indicates use of the SHIFT, CTRL, 2ND ALT and CAPS modifier keys 4 On/Off Switch Controls the Power, Suspend and Resume operations 5 Keypad Standard 45-key keypad (30 and 15-key keypads not shown) 1 32 54

Getting Started 2-2Rear Components This section describes the components found on the rear of the JETT•RFID+. Figure 2-2: Rear Components OPEN Antenna forMaximum Range Table 2-2: Rear Components Item Function Description 1 RFID+ module The RFID+ module attached to the rear of the unit can read RFID tags in its storage position (show above) or swing out up to 180 degrees for maximum range. See Figure 3-11. 2 Battery Compartment The battery compartment can store either the Nickel Metal Hydride rechargeable battery pack or six AA Alkaline batteries. You can access the battery compartment by lifting up and turning the retaining clip. For more information using batteries, see Battery-Powered Operation. 1 2

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 2-3Compact Flash Slot Cover The standard compact flash slot cover located on the top of the unit provides access to the compact flash slot that stores memory and device cards. In addition to the standard cover, a modified cover which has a machined opening that allows you to easily insert and remove devices cards that exceed 1.437 inches in height, is also available. Two phillips-head screws (2-56 x 5/16”) secure the cover to the top of the JETT. To insert device or memory cards into the compact flash slot, you must first remove these screws using a phillips # 0 non-magnetic tip screwdriver, which you can purchase from Two Technologies (Part Number 14673). You can also purchase additional screws from Two Technologies (Part Number 12624). Note: JETTs with serial numbers prior to HH276477 use 1-32 x 1/4" long Torx screws. To remove these screws requires use of an IP6 Torx (T6) driver, which you can purchase from Two Technologies (Part Number 14170) or McMaster-Carr (Part Number 5259A11). You can also purchase additional Torx screws from Two Technologies (Part Number 14168) or Camcar (Part Number 3BE-P8240-00). For more information about inserting and removing memory and device cards, see Using the Compact Flash Slot. Figure 2-3: Standard Compact Flash Slot Cover, Closed Figure 2-4: Standard Compact Flash Slot Cover, Opened Figure 2-5: Modified Compact Flash Slot Cover for Long Device Cards

Getting Started 2-4Interface Connections This section describes the interface connectors found on the bottom of the JETT. Warning! Do not enable or utilize the RFID+ module with a cable connected. Operation of this nature is likely to cause harmful interference. JETT•connect System The JETT•connect system is a set of rugged interface and cable connectors especially designed for industrial environments. It features positive connector retention without any hardware restraints for quick connect/disconnect operations and a contact design that prevents failure due to pin fatigue and cable stress after repeated use. Figure 2-6: JETT•connect Interface Connector RS-232 Interface Pin-Outs Pin 1 = X1 Pin 7 = DSR Pin 2 = Ground Pin 8 = RTS Pin 3 = RI Pin 9 = DCD Pin 4 = CTS Pin 10 = 11-18VDC Input Pin 5 = DTR Pin 11 = Shield Pin 6 = TXD Pin 12 = RXD 123456781012911Viewed facing connector DE-9 Connectors The DE-9 connectors emulate standard serial pin-out connections, and allow you to connect the JETT to most desktop PCs using a standard null modem cable. Figure 2-7: DE-9 Male Interface Connector RS-232 Interface Pin-Outs Pin 1 = DCD Pin 6 = DSR Pin 2 = RXD Pin 7 = RTS Pin 3 = TXD Pin 8 = CTS Pin 4 = DTR Pin 9 = 11-18VDC Input Pin 5 = Ground Viewed facing connector Figure 2-8: DE-9 Female Interface Connector RS-232 Interface Pin-Outs Pin 1 = DTR Pin 6 = DTR Pin 2 = TXD Pin 7 = CTS Pin 3 = RXD Pin 8 = RTS Pin 4 = DSR/DCD Pin 9 = 11-18VDC Input Pin 5 = Ground Viewed facing connector

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 2-56-Pin Modular Connector Despite its physical similarity to a telephone jack, the 6-pin modular connector is not compatible with telephone lines or signals. Connecting the JETT to a telephone line will damage it and void the warranty. Figure 2-9: 6-Pin Modular Interface Connector RS-232 Interface Pin-Outs Pin 1 = 11-18 VDC Input Pin 2 = CTS Pin 3 = RTS Pin 4 = RXD Pin 5 = TXD Pin 6 = Ground Viewed facing connector Power Jack The optional power jack found on the bottom of the JETT enables you to connect an 11-18 VDC Input power supply battery charger, such as Two Technologies #14508. Use of other power supplies unless approved by Two Technologies may cause damage to the unit and void the warranty. Figure 2-10: Power Jack Viewed facing connector Power Supplies, Cables and Adapters Two Technologies can provide the following optional power supplies, cable and adapters based on communication and power requirements. For cable signal and pin assignments, see Appendix B: Signal and Pin Assignments. Table 2-3: Available Power Supplies, Cables and Adapters Two Technologies Part Number Part Description 14508 11–18VDC Power Supply (North America Only) 1 91708 Black, 15-Foot JETT•connect Cable (DE-9 Male) 91709 Black, 15-Foot JETT•connect Cable (DE-9 Female) 1210-7-BK Black, 7-Foot Coiled Modular-to-Modular Cable 1210-15-BK Black, 15-Foot Coiled Modular-to-Modular Cable 14375 Black, 15-Foot Null Modem Cable (DE9 Female to DE9 Female) CELAT-P Modular Cable to DE-9 Cable Adapter 1. Use of other power supplies unless approved by Two Technologies may cause damage to the unit and void the warranty.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-1Chapter 3: Operation Power The JETT comes with a rechargeable Nickel Metal Hydride (NiMH) battery pack that can provide up to twelve hours of operating time on a full charge (depending on power management and use). This battery is fully charged and installed in the unit when shipped. However, because some battery dissipation occurs between the time when the unit ships and when you start using it, you should charge the unit for approximately four hours before using it without the battery charger/power supply connected. Charging the Unit The nickel metal hydride battery technology used in the JETT has exceptional charge life without the “charge memory” characteristic of conventional nickel cadmium batteries. Partially discharged batteries or extended periods with the charger left connected will not adversely affect battery life or per-formance. Warning! Do not enable or utilize the RFID+ module while charging the unit. Operation of this nature is likely to cause harmful interference. Note: Because the internal battery charger senses several conditions, including temperature, you should charge the unit away from any known or potential heat sources. Units exposed to temperatures in excess of 110 degrees Fahrenheit during the charge cycle may experience incomplete charging and reduced operating time per charge. To charge the NiMH battery pack: 1. Depending on your configuration, plug the power jack of the battery charger/power supply into the corresponding cables connector and/or adaptors as shown below. Figure 3-1: Using 91708, 91709, and14375 Cables Power Supply/Battery ChargerTo Unit Figure 3-2: Using 1210 Series Cables Power Supply/Battery ChargerTo Unit CELAT-P Adaptor

$Operation 3-22. Plug the interface cable into the connector on the bottom of the JETT. If your unit has a power jack receptacle on the bottom of your JETT, just plug the power jack into that receptacle. 3. Plug the battery charger/power supply into a power outlet. The Charge LED should turn on, indicating that the batteries are charging (see Table 3-1). Figure 3-3: Power Supply 4. Once the battery is fully charged (approximately four hours), you can disconnect the AC power supply and run the JETT exclusively on battery power. Charge/Low Battery Indicator When using the NiMH battery pack, the CHARGE/LOW BAT LED will indicate the current battery status as shown in the table below. Figure 3-4: Charge/Low Battery Indicator Table 3-1: Charge\Low Battery Indicator Functions Function Description CHARGE With the power supply connected, the CHARGE/LOW BAT LED will indicate one of following conditions:  High Power Charge—the LED will turn solid green  Fully/Near Full Charge—the LED will blink green about four times a second  Trickle Charge—the LED will blink green approximately once per second when either the battery voltage and/or temperature of the battery assembly are not within acceptable limits LOW BAT With the power supply disconnected, the CHARGE/LOW BAT LED will indicate one of following conditions:  Batteries are low— the CHARGE/LOW BAT LED will blink red once per second when there is approximately 30 minutes of power remaining  Batteries are very low—the CHARGE/LOW BAT LED will turn solid red when there is approximately 10 minutes of power is remaining$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-3 Power/Suspend Switch The On/Off switch is located above the keypad. Its function depends on the state of the JETT at the time the switch is pressed and on the length of time that the switch is depressed. Operations that the Power switch can initiate are: • Power On • Power Off • Suspend Figure 3-5: Power/Suspend Switch Power On To power on the JETT: 1. Press and hold the ON/OFF switch for one second. 2. The unit should turn on and begin displaying the boot-up process. For example: Where x.x.x is the version number 3. After approximately 20-25 seconds, the Windows CE .NET desktop should appear. However, because there is no outward indication (such as a flashing LED) that the JETT is powered off or in Suspend mode, the JETT may resume an active application if it is indeed in a suspended state. If the unit does not power up or you cannot select any items from the desktop, refer to the “Troubleshooting” chapter for help. ***** JETT.ce ***** Loader Ver x.x.x Booting nk.gz from System Socket Reading gzip file from SYSTEM Socket ########################################## Loading CE Image... ###

Operation 3-4Power Off To turn off the JETT, press and hold the ON/Off switch for approximately eight seconds. This action will also terminate running applications and cease serial port operations). Suspend Mode Suspend mode allows you to suspend, but not terminate active applications. In this mode, the display will turn off and the JETT will cease serial port operations. For battery-powered units, use of Suspend mode also conserves battery power. To place the unit in Suspend mode, press and release the ON/Off switch. To take the JETT out of Suspend mode, either touch the screen or press and release any key. The display will turn on and the JETT will resume running any suspended application, but you must restart any serial port operations. If you attempt to resume immediately after suspending the JETT or vice versa, the unit will automatically delay three seconds before resuming or suspending. Power Management Battery-powered units can utilize a rechargeable Nickel Metal Hydride (NiMH) battery pack that has an average operating time between ten and twelve hours on a full charge with power management and approximately eight hours without power management. As with all battery-powered devices, the operating time is completely dependent on the environment, device usage and the number and type of power-drawing peripherals attached. The battery discharge rate in a full “Power Off” state is only slightly higher to the self-discharge rate of the battery itself. Note: Allowing the batteries to remain in a low or very low condition will cause the unit to enter Suspend mode. In either case, you should save your work and recharge the unit as soon as possible To lengthen the time between charges, you can perform the following actions: • Use external power for PC Card operations whenever possible— some PC Cards as well as extended communication via the serial port, may require large amounts of power to operate, and can quickly drain the batteries. • Limit the use of backlight—minimize backlight use when you are operating on battery power. You can adjust the backlight timeout level through the Display Settings in the Control Panel or on some units by using the keypad. • Shorten Auto-suspend time—the JETT is automatically set to suspend operation to conserve battery power when you have not used the keyboard or the stylus after three minutes. You can increase the Auto-suspend time by changing the Power settings in the Control Panel.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-5Replacing Batteries/Battery Pack CAUTION! There is a risk of explosion if you replace the NiMH battery with an incorrect type. Only use the NiMH battery supplied with your unit or a replacement NiMH battery supplied, recommended, or approved by Two Technologies, Inc. When using alkaline batteries, replace all alkaline batteries in the JETT at the same time. Do not mix old and new batteries, mix different types or brands of batteries, or dispose of the batteries in a fire. These actions can cause battery rupture or leakage that result in personal injury or property damage. Remove the batteries from the JETT when not using the JETT for extended periods. Store the batteries in a cool, dry location at normal room temperature. To replace the rechargeable battery pack or change AA batteries: 1. Turn the power off. With the unit face down, pull the battery cover retaining clip up from its recessed slot and turn the clip in a counter clockwise motion (see Figure 3-6). 2. Lift the cover up and remove the batteries/battery pack. 3. If the unit contains a NIMH battery pack, use the tab to lift up on the battery pack and then out. 4. Close the battery cover and turn the battery cover retaining clip clockwise to lock the cover. Figure 3-6: Changing Batteries TOPPLEASE RECYCLEBOTTOMCAUTION:RISK OF EXPLOSION IF BATTERYIS REPLACED BY AN INCORRECTTYPE. DISPOSE OF USED BATTER IESACCORDING TO THE INSTRUCTIONS.Battery Pack Cover(opened)NiMHBattery PackTabAkaline BatteriesBattery Pack Cover(closed)Retaining Clip

$Operation 3-6Data Entry Keypads 45-Key Keypads In order to provide the functionality of a full-sized keyboard with only 45 keys, the JETT keypad must depart from PC-style key assignment conventions by making use of modifier keys. Units configured with the standard 45-key keypad typically utilize five LED indicators (located above the ON/OFF switch) to indicate the active state of keypad modifier keys. Units with 45-key keypads also have keypad functions to adjust the contrast and backlight. 30-Key Keypad Units with a 30-key keypad provide a full complement of alphabetical characters. Users can access numeric characters, punctuation characters, navigation keys and backlight control via the SHIFT key. 15-Key Keypad Typically, units shipped with a 15-key keypad have custom keyboard layouts geared toward specific applications that must be loaded onto the unit. To provide you a method of navigating and using Windows CE .NET until you configure and map your keypad in the context of your application using Kbtool. Two Technologies provides a template that shows the default functions (see figure below). Figure 3-7: Standard Keypad Layouts GADelete BPgUp CPgDn DInsertE FHome HI{J~KL}<END _>^Pause(!;)[?']RST#Q&@$U+V,/XBKLT +-W=Y%7F79F98F8Z*4F46F65F5.\1F12F23F30F10BACKSPACE SPACE ENTERSHIFT 2ND CTRL ALT ESCBKLT -"ClearOMN PTab Tab,WMENUF11F12| 45-Key Keypad SHIFTALT ESC0BACKSPC SPC ENTER798*465123U+V,/XBKLT +-WBKLT-ZYGABCDEFHIJKL?RSTQOMNPTAB: 30-Key Keypad TAB ALT\-+ESC .ENTER2ND CTRLBackSpaceSPACE 15-Key Keypad$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-7Modifier Keys The following modifier keys (located on the bottom of a standard keypad) enable you to access the various functions that can appear on a key. Figure 3-8 provides an example. Figure 3-8: 45-Keypad Multifunctional Key ADelete Modifier keys take effect when first pressed and typically remain in effect until you press another key, unless its another Modifier key (see Table 3-2). Optionally equipped units can use LEDs to indicate the selection of a Modifier key. • CTRL and ALT Keys—operate in the same manner as on conventional PCs, except that by default they have a one-time locking action to facilitate one-handed operation. • SHIFT Key—unlike conventional PC keyboards, the SHIFT key enables you to access symbols, punctuation marks and navigation arrows rather than shift alphabetic keys to uppercase. On standard JETT keypads, the functions and characters accessed via the SHIFT key appear in the upper left of a key (shaded in gray in Figure 3-8). By default, the SHIFT key has a one-time action. However, you can press the Shift key twice and lock the keypad into Shift mode, wear each subsequent key press will only access characters that appear in the upper left of a key. Pressing the Shift key a third time will release Shift mode. • 2ND Key— shifts the numeric keys to corresponding function keys (1 = F1, 2 =F2, etc.) that are found on conventional PC keyboards. It also shifts other keys for punctuation, non-printing characters (such as Delete and TAB), and PC key definitions (such as PageUp, PageDown, Home, Insert and Caps Lock). On the standard JETT 45-key keypad, the functions and characters accessed via the 2nd key appear at the bottom of a key, (shaded in blue in Figure 3-8). Like the Shift key, the 2ND key has a default one-time action and a locking mode (i.e., pressing the 2ND key twice will lock the keypad into 2ND mode). Table 3-2: Modifier Key Actions Key Presses Result A Lowercase “a” Shift & A Move cursor left one position 2ND & A Delete Character 2ND & Caps Lock Uppercase “A” Key Repeat By default, the JETT does not automatically repeat a key stroke when you hold down a key. However, you can enable the key repeat function by configuring the Keyboard setting in the Control Panel.

Operation 3-8CE Keyboard In addition to entering data through the keypad, you can also enter data by using the CE Keyboard. This utility displays a keyboard on the screen to allow data entry via the Command Line or into applications where “text accessibility” control has focus (i.e., text or combo box). To use the CE Keyboard, select Programs > Tools> CeKeys from the Start menu. To minimize the keyboard, click the keyboard icon that appears in the system tray Figure 3-9: CE Keyboard Transcriber Microsoft Transcriber is a natural handwriting recognition software program that interprets pen movement across the screen as handwriting (cursive, print or mixed) input. For more information, please refer to Microsoft Transcriber Help on the JETT. To run Microsoft Transcriber, select Programs > Tools> Transcriber from the Start menu. Figure 3-10: Transcriber

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-9Using the RFID+ Module The RFID+ module can read and write (up to 16k bits) most industry standard 13.56MHz RFID tags and smart labels including for 13.56MHz RFID tag types. See Appendix D for supported tag formats. The RFID+ module is totally application dependent and derives power from the COM2 port. The RFID+ module has a flip-out antenna that provides a read range of approximately 3.5 inches (90mm) with a credit card size tag at 90 degrees (see illustration below). For optimal tag reading performance, adjust the module to either 90° or 180°. For RFID+ module application integration information, contact Two Technologies. Warning! Do not enable or utilize the RFID+ module with a cable connected. Operation of this nature is likely to cause harmful interference. Figure 3-11: RFID Read Range 0º180º90º

Operation 3-10The Windows CE .NET Desktop This section provides a brief overview of the functions that appear on the JETT desktop. For information on how to change desktop settings, refer to Windows CE .NET help (Start > Help). Figure 3-12: Windows CE .NET Desktop Desktop Functions You can access the following applications, functions and data entry utilities from the JETT desktop: Table 3-3: Desktop Functions Icon Function Description Recycle Bin Use the Recycle Bin to restore deleted files or empty the bin to create more disk space. My Computer Use My Computer to navigate and view the folders and files stored on the JETT. Inbox Use the Inbox to send and receive e-mail by connecting to a POP3 or IMAP4 server. My Documents The default storage location for documents, graphics, and other files. Microsoft WordPad Use WordPad to create or edit text files that contain formatting or graphics. Internet Explorer Use Internet Explorer to view Web pages. You will need a modem or Ethernet card to connect to an Internet service provider (ISP) or network. PC Link Use PC Link to make an ActiveSync, Bluetooth or other type of connection to another device The Taskbar The taskbar at the bottom of the JETT desktop displays the Start button, buttons of currently running applications, the Status Area and the Show Desktop icon. Tap the Start button to display the Start menu (see below for details). For each open application, a button appears on the taskbar. Simply tap the button to activate the application. The status area appears on the right and by default displays small icons for the input panel, current time, power status and network connections. Tap an icon to activate the related program. Tapping the Show Desktop icon minimizes active applications and redisplays the desktop. Tapping the Keyboard icon displays the Input Panel menu for data entry. Figure 3-13: Windows CE .NET Desktop Taskbar

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 3-11Power Status Icons The JETT will display power status icons (Table 3-4) in the taskbar status area (Figure 3-13) to indicate power use, charging status and low battery conditions. Table 3-4: Power Status Icons Icon Description Batteries are charging Batteries are low—approximately 30 minutes or less of use remaining (the CHARGE/LOW BAT LED will blink red once per second) Batteries are very low—approximately 10 minutes or less of use remaining (the CHARGE/LOW BAT LED will turn solid red) The Start Menu When you tap Start, the Start menu appears. Figure 3-14: Start Menu By tapping one of the menu’s icons (and not the name), you can: • Open programs that do not appear on the desktop • View a list of web sites added to your Favorites List • View recently accessed documents and images • Access the Control Panel, establish connections, or configure the Taskbar and Start Menu • View Help • Start an application using the Run command • Place the unit in Suspend mode SystemCF Folder The only folder that provides non-volatile (permanent) storage is the SystemCF folder. Information stored in other folders will be lost when you remove power from the JETT. You can however, have the JETT automatically copy files from the SystemCF to other folders when booting up. See Launching Files at Startup for more information.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-1Chapter 4: Configuration The Control Panel The table below lists the available control panel functions on the JETT. Table 4-1: Control Panel Functions Icon Function Description Aux Switch For units with a second COM that supplies 5VDC output, use this function to set the default power state (On or Off), and test the connected devices. Backlight Use this function to adjust the backlight setting for the following conditions: Line Active, Line Active Inactive, Battery Active and Battery Inactive. Battery Select Select one of the following options to calibrate the power status icons for proper use: NIMH, AC Line or Alkaline. Beep Select Use this function to change the frequency, volume and duration properties of the beep. Bluetooth Device Properties Use this function to scan for other Bluetooth devices and services in the area when using optional Bluetooth cards (except those manufactured by Socket Communications, Inc. Refer to the JETT•ce Bluetooth Setup and Configuration Guide for more information. Certificates Use this function to import, view or remove certificates, which protect your personal information on the Internet, and protect your computer from unsafe software. CPU Speed For units with 400 MHz processors, use this function to determine the CPU speed (200 or 400 MHz) and mode (Turbo and Non-Turbo) during runtime and cold boot-up. Turbo Mode allows you to clock the processor core at a higher frequency during peak processing requirements. Date/Time Use this function to adjust the date, time and time zone. Dialing Use this function to adjust the dialing location settings and dialing patterns when using a modem. Display Use this function to adjust the backlight timeout, change the background image or change the desktop color scheme. Display Rotation Use this function to rotate the screen 180 degrees (upside down). Hot Keys Use this function to assign functionality to the unit’s eight programmable keys (requires Keyboard Mapping).

Configuration 4-2Icon Function Description Input Panel Use this function to adjust the settings for the input panel. Internet Options Use this function to set up connections, security settings and internet related functions. Keyboard Use this function to change the repeat delay and repeat rate. Network and Dial-up Connections Use this function to change network adapter settings and/or set up identification for remote networks. Owner Use this function to enter the owner name, address, phone numbers and network ID. Password Use this function to enable password protection and set a password. PC Connection Use this function to enable direct connection to a desktop computer Power Use this function to:  Check battery power  Set device to turn off when idle  Set up power schemes  Check the power levels of your system devices Regional Settings Use this function to change the appearance of region specific information, such as date, time and currency. Remove Programs This function enables you to remove programs installed in RAM. Storage Manager This function enables you to perform the following tasks: • View partition information • Format a partition • Create or delete a partition • Mount or dismount a partition • Scan and repair a partition. • Defragment a partition Stylus Use this function to recalibrate the touch screen and adjust the stylus double-tap rate. System Use this function to view system information, change the RAM (Program/Storage memory) division, change the device name and change the device description.. VComAdj Use this function to minimize screen flicker and adjust contrast.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-3Changing System Settings Any time you make changes through the Control Panel (such changing the time zone), you must also update the persistent registry to store the changes in internal compact flash memory to make the changes permanent. For example, to change the time zone and save the changes to the registry: 1. Select Start > Settings > Control Panel. Note: Tap the icon, not the name. 2. On the Control Panel, double-tap Date/Time. The Date/Time Properties dialog box appears. You can now set the date, time and time zone. 3. To adjust the Current Time, use the scroll bars to increase or decrease the value, or tap hours, minutes, seconds or AM/PM indicator to set the values individually. 4. To select the Time Zone, use the corresponding list. 5. To adjust the Date, either:  Tap the arrows on the calendar to select the previous/next month  Double-tap the month or year to select it from a list  Tap a day to select it 6. To adjust the clock automatically for daylight savings, check the corresponding box. 7. Tap Apply to have your setting take effect. 8. Tap OK to close the Date/Time Properties dialog box and return to the Control Panel. 9. Tap OK to exit the Control Panel. 10. From the Start menu, select Programs> Tools> SaveReg.

Configuration 4-4Taskbar and Start Menu Settings To change the Taskbar and Start Menu settings: 1. Select Start > Settings> Taskbar & Start Menu. The Taskbar and Start Menu Properties dialog box opens: 2. Select the General tab: 3. Check Always on Top to ensure that the taskbar is always visible, even when a program appears in a full window (maximized). 4. Check Auto hide to display the taskbar just when you point to the taskbar area. 5. Check Show Clock to display the time of day in the taskbar. 6. Select the Advanced tab: 7. Tap the Clear button to remove the contents of the documents menu. 8. Check the Expand Control Panel box to display the contents of the Control Panel as items on the Settings| Control Panel menu. 9. Tap OK to save the settings and exit the menu. 10. From the Start menu, select Programs> Tools> SaveReg.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-5Using the Compact Flash Slot The Compact Flash Slot located on top of the JETT enables you utilize a variety of devices such as memory cards, barcode scanners, GPS cards and network cards. If you intend to use a device card, it may also be necessary to install a driver. If so, make sure the card is Windows CE .NET 4.2 compatible and you have the necessary drivers. If you are not sure, check with the card manufacturer before attempting to install the card. To use the compact flash slot: 1. If needed, remove any screws from the cover to access the Compact Flash slot. Refer to the “Compact Flash Slot Cover” section for information about cover and screw types. 2. With the front of the display facing you, push the compact flash slot cover to the left. The slot cover will automatically pop open. If the cover has a slot, you can skip this step. 3. Insert the compact flash/device card into the slot with the front of the display facing you and the top of the card pointed to the slot until it clicks and the release lever moves upward. Figure 4-1: Using the Compact Flash Slot 4. Close the cover. 5. When inserting memory cards, a “UserCF” folder will appear when you open My Computer. You can then copy and paste the contents of UserCF to the other folders on the JETT. 6. When inserting device cards, the JETT will attempt to recognize the device. If it finds a driver for the device, the JETT will display a dialog box for that device. For example: If the JETT cannot find a driver for the device, it will display the following dialog box: 7. If the correct card type appears, you can enter the appropriate information in the dialog box as required and then tap OK to complete the installation. 8. To remove a card from a slot, simply push the card release lever down and remove the card. Release Lever

Configuration 4-6Network Connections You can connect directly to a network using one of the following card types to access e-mail, access files available on the network server, and browse the Internet: • Wired Ethernet CF Card • WLAN 802.11b CF Card • Bluetooth Class 1 CF Card • Bluetooth Class 2 CF Card Creating a Wired Ethernet Network Connection To create a Wired Ethernet connection: 1. Insert the Ethernet card into the JETT and connect the cable to the network. 2. Select Start > Settings > Control Panel. Double-tap Network and Dial-Up Connections. 3. Double-tap the connection icon for the adapter. For example, if you have a NE2001 Ethernet adapter, double-click the NE2001 connection icon. 4. In the Ethernet Driver Settings dialog box, select Obtain an IP address via DHCP and tap OK. 5. If prompted, enter the User Name, Password, and Domain name you use to log on to your network. 6. From the Start menu, select Programs> Tools> SaveReg. Creating a Wireless Connection To create a network connection using a wireless or Bluetooth CF card, refer to either the JETT•ce Wi-Fi Setup and Configuration Guide, Document Number: MAN034 or the JETT•ce Bluetooth Setup and Configuration Guide, Document Number: MAN0342. Setting Up Identification for Remote Networks To set up identification for remote networks: 1. Select Start > Settings > Control Panel. 2. Double-tap Owner. 3. In the Network ID tab, enter the user name, password, and domain name you use to log on to the remote network. 4. From the Start menu, select Programs> Tools> SaveReg.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-7Connecting to a Mail Server You can send and receive e-mail by connecting to a POP3 or IMAP4 server. Inbox contains an e-mail service for each method you use. For either service, you must establish a connection to your Internet service provider (ISP) or to the appropriate mail server in your local area network. In addition to creating this connection, you must also create the e-mail service. Prior to setting up a service, you should obtain the following information from your ISP or network administrator: POP3 or IMAP4 server name, SMTP host name, user name, password and domain name (for network connections only). Notes: Windows CE .Net does not support other mail protocols such as AOL or services that use special authentication, such as MSN. However, you can gain access to the Internet through these services. If you use the same service to connect to different mailboxes, set up and name a different service for each connection. For additional information about the inbox, refer to Windows CE .NET online help. To connect to your POP3 or IMAP4 mail server: 1. Select Start > Programs > Inbox > Services > Options. The Options dialog box opens. 2. Select the Services tab and tap Add. The Service Name dialog box opens. 3. From the Service type list, select POP3 Mail or IMAP4 Mail. 4. Enter a unique name for the service (you cannot change this name once entered). 5. Tap OK. The Mail Service Setup wizard appears.

Configuration 4-86. In the Required panel:  Select the name of the connection you created to connect to the mail server. If you are receiving e-mail through a network (Ethernet) connection, select Network Connection. If you want Inbox to use your current connection, select (none). If you have not created a connection, select Create new connection, double-tap the Make New Connection icon, and follow the instructions in the wizard. When finished, select Inbox in the Taskbar and continue setting up Inbox.  Enter the POP3 Host or Server (IMAP4) name of the mail server you use to receive and send messages.  Enter the User ID (user name or mailbox ID) assigned to you.  Enter the password you will use to access this mail account. If you do not want a prompt to enter the password each time you connect, select Save password. 7. In the Optional panel:  If connecting to a network that uses Windows NT domain security, enter the Windows NT domain name.  If your mail service uses a separate server for SMTP, enter the SMTP Host name. For POP3 Mail service with an ISP, the ISP must use an SMTP mail gateway.  Enter your return e-mail address. 8. Tap Next. The General Preferences dialog box opens. 9. Choose any of the settings, all of which are optional, then click Next. The Inbox Preferences dialog box opens. 10. Choose any of the settings as needed, then click Finish. The Mail Service Setup wizard closes and the Options dialog box reappears. Note: Receiving entire messages consumes storage memory. 11. Close the Options dialog box to return to the Inbox. 12. From the Start menu, select Programs> Tools> SaveReg.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-9ActiveSync ActiveSync is a desktop utility program (available as a free download from Microsoft) that allows you to synchronize certain types of information between a PC and the JETT. You can also use ActiveSync to transfer files and install programs on the JETT. When connecting the JETT to the PC via ActiveSync, you can opt to create a partnership and subsequently have the PC automatically recognize the JETT and synchronize information. You can also create a temporary Guest partnership to copy files and install programs. The following procedures describe how to make an ActiveSync connection using a serial interface cable. For information on how to make an ActiveSync connection using Bluetooth or Wi-Fi, refer to the appropriate manual. Warning! Do not enable or utilize the RFID+ module with a cable connected. Operation of this nature is likely to cause harmful interference. Initial Communication To setup initial communication between the PC and the JETT: 1. Connect an interface cable to an available COM port on the PC and the JETT’s RS-232 port. 2. On the PC, start ActiveSync. 3. On the ActiveSync menu bar, select Connection Settings from the File menu. The Connection Settings dialog box opens.

Configuration 4-104. If not selected, check the Allow serial cable or infrared connection to this COM port box, and assign the number of the available COM port (typically COM1). 5. Click OK to exit. 6. On the ActiveSync menu bar, select Get Connected from the File menu. ActiveSync will then start the Get Connected wizard. 7. Click Next. ActiveSync will start attempting to establish a connection (this process will take several seconds). 8. On the JETT, tap PC Link. The following message box appears:

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-119. If ActiveSync successfully establishes communications, the ActiveSync dialog will briefly reappear on the PC and start the New Partnership dialog wizard. 10. Select your Partnership option as needed and complete the wizard. The ActiveSync dialog box will reappear and display a status of “Connected.” For example: 11. On the JETT, an icon indicating a ActiveSync connection will appear in the system tray. 12. To terminate the ActiveSync connection, double-tap the connection icon to display the Connect to PC-115K dialog box and tap Disconnect.

Configuration 4-12Subsequent Communication After you install ActiveSync and establish the initial communication between the PC and the JETT, use the following procedure to set up subsequent sessions: 1. If not already attached, connect an interface cable to an available COM port on the PC and the RS-232 port on the JETT. 2. On the JETT desktop, tap PC Link to attempt to reestablish communications 3. When communications is successfully reestablished, the New Partnership wizard appears. 4. Select No on the PC and then click Next. A status of “Connected” should appear in the ActiveSync window. Persistent Registry Saving Changes to the Registry The JETT internal memory consists of DRAM and Flash. Typically, any changes made to the JETT including file creation are temporarily stored in the unit’s DRAM. You must then copy the files from DRAM to internal flash memory or a removable compact flash card to store the information permanently. Consequently, if you do not store the information to flash memory and the unit loses power, all information stored in DRAM will be lost. However, whenever you make changes that affect the registry, such and changing settings in the Control Panel or installing software, you can permanently store registry changes without writing to flash memory by using the Persistent Registry. Note: The JETT will store registry information every time you perform a suspend operation.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 4-13To store registry information on the JETT permanently: 1. From the Start menu, select Programs and tap SaveReg. 2. The JETT will begin saving the registry. After you successfully save the registry, a message box will appear: 3. Tap OK to close the message box. Resetting the Registry To reset the Windows CE .NET registry back to the factory default settings: 1. Turn off the JETT. 2. While holding the key in Column 1, Row 1 (upper leftmost) and the key in Column 1, Row 3, turn on the JETT. For example: 3. If you are successful, the screen will display version information, followed by “Invalidating Persistent Registry,” before it completes the boot up process. For example: Where x.x.x is the version number ***** JETT.ce ***** Loader Ver x.x.x Booting nk.gz from System Socket Reading gzip file from SYSTEM Socket ########################################## Loading CE Image... ###

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-1Chapter 5: Application Development Application Types Before writing applications for Windows CE .NET 4.2 and the JETT, you will need to determine if your applications will consist of managed code and/or native code. • Managed code makes use of run-time environment application programming interfaces (APIs), provides integrated security and memory management and is portable across software platforms and processors. Code written in Microsoft Studio .NET 2003 is managed code. • Native code uses a specific set of software platform APIs and microprocessor and as a result, the compiled code will only run on that specific software platform and processor. Typically, native code offers the highest performance with the smallest footprint, but it also requires developers to write their own security and memory management code. Code written in eMbedded Visual C++ 4.0 is native code. The type of application being created will dictate the choice between native and Microsoft .NET—connected code. When a consistent programming model and time-to-market are the primary considerations, use Visual Studio .NET and the .NET Compact Framework. When performance, the smallest working set, and low-level control are a top priority, use eMbedded Visual C++ 4.0. Development Tools To write Windows CE .NET 4.2 applications for the JETT, you will need to obtain one the following Microsoft products: • Visual Studio .NET 2003—this development tool installed with the .NET Compact Framework allows you to build embedded managed applications for the JETT using C# and Visual Basic. Using Visual Studio .NET 2003 requires installation of the Windows CE Utilities for Visual Studio .NET 2003, which is available as a free download from Microsoft. • eMbedded Visual C++ 4.0—a standalone integrated development environment (IDE) designed for developing native C++ applications for JETT. Using eMbedded Visual C++ 4.0 requires installation of the Two Technologies’ JETT•ce SDK. It includes APIs for application development, user interface design elements, and documentation. Other development tools you need include: • ActiveSync—this Microsoft utility allow you to transfer files between the JETT and your development system. It is are available as a free download from Microsoft. • Kbtool.exe—included with the JETT•ce SDK, this MS-DOS application enables you to remap the JETT keyboard. Note: After installing any Microsoft product from a disk, you should check their website for newer versions or service packs.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-3.NET Compact Framework Limitations You use the same Visual Studio .NET environment that you use when developing desktop applications, but in order to fit the .NET Framework into the operating constraints of Windows CE, the following limitations apply: • Method Overloads—overloading a method provides alternative ways to call that method, but it also increases the size of the Framework. As a result, the .NET Compact Framework trimmed the overloads from almost all methods. Consequently, there is a good chance that a particular method overload you used with a desktop application will not be available when developing .NET Compact Framework-based applications. • Missing Controls—a number of .NET Framework controls are not part of the .NET Compact Framework. The absence of most of these controls (such as printing) is insignificant to mobile developers. You can replace many of the missing dialogs with your own dialogs or by accessing system dialogs directly using the Windows CE API. • XML Functionality—as much as the .NET Compact Framework offers in the way of XML, an equal amount of functionality was trimmed. A key missing XML-related component is the System.Xml.XPath namespace. In its absence, you can use a combination of recursive and iterative searches against the Document Object Model (DOM). Another missing key XML component is Extensible Style sheet Language Transformation (XSLT), which convert an XML document into different formats. In addition, the .NET Compact Framework does not currently provide support for developing device-based XML Web services. • Database Support—the .NET Compact Framework offers a robust set of data-related tools. SQL Server CE provides local database support, while on the server side, the .NET Compact Framework provides support for SQL Server. • Binary Serialization—due to size and performance considerations both the BinaryFormatter and SoapFormatter classes are not part from the .NET Compact Framework. • Access to the Windows Registry—the .NET Framework uses the Microsoft.Win32.Registry namespace to work with the Windows registry from an application. Because it relates to Win32 and not Windows CE, this namespace was not included in the .NET Compact Framework. However, you can access the Windows CE registry by invoking the relevant Windows APIs. • Leveraging COM Components—incorporating COM objects into a .NET Compact Framework-based application is a two-step process. First, you must write an unmanaged DLL wrapper using eMbedded Visual C++ that exposes the COM object. Then, you must use PInvoke to access your DLL wrapper. • Security—the .NET Compact Framework does not secure access to unmanaged code. Any application can call any system or non-system API. There is currently no role-based security with the .NET Compact Framework. The principal object has no understanding of known identity or known role. • XML Web Services—the most notable exclusion from the .NET Compact Framework XML Web service capabilities is the ability to use cookies. Cookies are widely used to maintain state on the server between calls from a client. While the use of cookies in Web services is not as prevalent as their use on Web sites, they are still in use. The .NET Compact Framework offers limited cryptographic abilities with respect to Web services. • Printing—the .NET Compact Framework provides no support for printing. There is no easy way to interact with network printers. The workaround for accessing network printers is to build a server-based application, which accepts and prints jobs submitted by your application. • GDI+—Windows CE .NET does not natively support GDI+, and therefore is not part of the .NET Compact Framework. • Remoting—the initial release of the .NET Compact Framework does not support remoting. If you need to communicate with .NET components situated on a remote machine, you should implement an XML Wed service façade for the component and access it that way.

Application Development 5-4Getting Started with Visual Studio .NET The section will help you become familiar JETT application development using Visual Studio .NET 2003. Procedures in this section include creating a “Hello World” application, deploying the application and creating a redistributable CAB file. For more information about using Visual Studio .NET, refer to its online help. Preliminary Setup Before using Visual Studio .NET 2003 to create a “Hello World” project for the JETT, you must assign a device CPU. To assign a device CPU: 1. Using ActiveSync, establish communication with the JETT. 2. Start Visual Studio .NET 2003. 3. On the Tools menu, click Select Windows CE Device CPU. The Select Windows CE Device CPU dialog box opens. 4. Select ARMV4 as the device architecture from the drop-down box and click Configure. 5. Click Close and exit Visual Studio .NET. Creating a “Hello World” Application After restarting Visual Studio .NET, you will be able to create, debug and deploy managed code applications for the JETT. To create a “Hello World” project in Visual Basic .NET: 1. Restart Visual Studio .NET 2003. 2. From the File menu, select New, and then click Project. 3. Click New Project. The New Project Dialog box opens.

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-5 4. Under Project Types, select Visual Basic Projects. 5. Under Templates, select Smart Device Application. 6. Type the Name (such as HelloWorld) and then select the Location of the project (such as C:\Visual Studio Projects). 7. Click OK. The Smart Device Application Wizard opens. 8. Select Windows CE as the target platform, Windows Application as the project type and then click OK. You are now ready to begin application development.$

$Application Development 5-69. To ensure that the form fits on the JETT, change the Size in the Form1 properties to 200,100. Also, change the Text to “Hello World.” 10. Using the Toolbox (selected from the View menu), place a button on the form and then double-click the button to open the code window. 11. Enter the following line of code in the button's Click event handler: MsgBox("Hello World") Building and Deploying the Application Before building your application, you must select a configuration type (Debug or Release). A Debug configuration will compile with full symbolic debug information, but no optimization. A Release configuration with compile with full optimization, but contain no symbolic debug information. To build and deploy the application to the JETT: 1. On the Standard toolbar, choose Release from the Solution Configurations list box. 2. From the Build menu, select Build HelloWorld. Visual Studio .NET will then build the HelloWorld application. Review the Output panel to make sure the build succeeded without any errors. You are now ready for deployment. 3. From the Build menu, select Deploy HelloWorld. The HelloWorld dialog box opens. 4. Choose Windows CE .NET Device as the target smart device and click Deploy to start the deployment process. Visual Studio .NET will then communicate with the JETT, create a HelloWorld folder under "\Program Files" and install the HelloWorld application there. Note: To store the files permanently, you can either copy the files to internal compact flash (the SystemCF folder) to a memory card. 5. To run the HelloWorld application on the JETT, select Programs from the Start menu and tap HelloWorld, then click the button on the form to display “Hello Word.”$

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-7Creating a Redistributable CAB File To create a redistributable CAB file for the JETT: 1. From the Project menu, select Properties. In the Common Properties node, select Build. 2. Use the Browse button to locate an icon (.ICO file). By default, icon files are installed in the "C:\Program Files\Microsoft Visual Studio.NET 2003\Common7\ Graphics\icons" folder. In this example, choose exclem.ico from the "Misc" subdirectory and click OK. Visual Studio .NET will then add the icon to the project files and set the icon file's Build Action to Content. 3. From the Build menu, choose Build Cab File. This action creates CAB files in your project’s “\cab\Release” folder for all supported hardware platforms. 4. Using ActiveSync, copy the HelloWorld_WCE4.ARMV4.CAB to the Temp folder on the JETT. Refer to the “Using ActiveSync” section for details. 5. After you transfer the CAB file, simply tap it to perform the installation. By default, the CAB file installation program will automatically attempt to install the HelloWorld application and related files in a folder under "\Program Files," but this action will only store the files temporarily in the unit’s DRAM (i.e., if you turn the power off, the application files will be lost). To store the files permanently, you can either copy the files to internal compact flash (the SystemCF folder) to a memory card. 6. To run the HelloWorld application on the JETT, select Programs from the Start menu and tap HelloWorld.$

Application Development 5-8Using eMbedded Visual C++ 4.0 eMbedded Visual C++ 4.0 is a standalone integrated development environment (IDE) designed for developing applications for JETT. It consists of an integrated set of windows, tools, menus, toolbars, directories, and other elements to help create, test, and debug a Windows CE application. As of this writing, eMbedded Visual C++4.0, this program and its subsequent service patches are available for download on Microsoft’s website. Migrating Previous Versions of eMbedded Visual Tools Windows CE .NET 4.2 does not support the use of eMbedded Visual Tools 3.0. If you want to continue developing applications in Visual Basic, you will be able to use Visual Studio .NET, but you will not be able to directly migrate your existing applications to Visual Basic .NET. However, Visual Basic .NET does includes an Upgrade Wizard for migrating Visual Basic 6.0 application and some portion of your eMbedded Visual Basic applications will be able to take advantage of this feature. You can find additional information on the MSDN Web site. Developers using eMbedded Visual C++ 3.0 can rebuild their application in eMbedded Visual C++ 4.0. System Requirements To use eMbedded Visual C++ 4.0, your development system must meet the following minimum requirements: Processor 450 MHz Pentium II Operating Systems Windows 2000 Server Windows 2000 Professional (SP2 or later) Windows XP Professional Memory Windows 2000 Professional & Windows XP Professional: 96 MB RAM Windows 2000 Server: 192 MB RAM Disk Space 200 MB Drive CD-ROM Display VGA or higher-resolution monitor Mouse Mouse or compatible pointing device

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-9Getting Started with eMbedded Visual C++ 4.0 The section will help you become familiar with JETT application development using eMbedded Visual C++ 4.0. Procedures in this section include creating a “Hello World” application, deploying the application and creating a redistributable CAB file. For more information about using eMbedded Visual C++ 4.0, refer to its online help. Creating a “Hello World” Application To create a “Hello World” project: 1. Using ActiveSync, establish communication with the JETT. 2. Start eMbedded Visual C++ 4.0. 3. From the File menu, select New. The New dialog box opens. 4. In the New dialog box :  Type in the Project Name and select a location.  Under Projects, select WCE MFC AppWizard (exe).  Under CPUs, check Win32 (WCE ARMV4I). 5. Click OK. The WCE MFC AppWizard (exe) dialog box opens. 6. Click Dialog based and then click Finish. The New Project information dialog box opens.

Application Development 5-10 7. Click OK to close. The HelloWorld workspace opens in the upper left pane. 8. On the WCE Configuration toolbar, select JETT ce for the Active WCE Configuration, Win32 (WCE ARMV4I) Debug for the Active Configuration and JETT ce Device as the device type. 9. Add a button to the form:  In the HelloWorld workspace, click the Resources tab, expand the Dialog folder and then double-click IDD_HELLWORLD_DIALOG. The HelloWorld form opens in the adjoining pane.  From the Controls toolbar, drag a button onto the form. Note: If the Controls toolbar does not appear, you can activate it by right clicking the WCE Configuration toolbar  Right-click the button, select Properties. The Push Button Properties dialog box opens.  Change the caption to "Click Here!" and close the dialog box. 10. Double-click the button. The Add Member Function dialog box opens.

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-11 11. Click OK to add the member function. HelloWorldDlg.cpp opens in a new window. 12. Replace the text: // TODO: Add your control notification handler code here with the text: MessageBox (TEXT (" Your Message Here "), TEXT("Hello World"), MB_OK); Building and Deploying the Application To build and deploy the application to the JETT: 1. From the Build Menu, select Build HelloWorld.exe. 2. eMbedded Visual C++ 4.0 will then compile the program and attempt communication via ActiveSync with the JETT to download the application. After the transfer completes, you can then run the application on the JETT. 3. On the JETT, navigate to the My Computer folder and double-tap the HelloWorld icon to run the application. 4. Tap Click Here on the form to display “Hello Word.” Tap OK to close Storing the Application File When eMbedded Visual C++ 4.0 deploys the HelloWorld application to the JETT, it also copies the Mfcce400d.dll file to the \Windows folder. Both files are temporarily stored in the unit’s DRAM. As long as the JETT remains powered on, you will be able to execute the HelloWorld application. If you turn the power off, the application files will be lost. To store the files permanently, you can either copy the files to internal compact flash (i.e., the SystemCF folder) or to a memory card.$

Application Development 5-12Using the Remote Registry Editor By installing Microsoft eMbedded C++ 4.0, you can view or edit the Windows CE .NET Registry on the JETT. If you make any changes, you must invoke the Save Registry command to store the changes on the JETT. To use the Windows CE .NET Remote Registry Editor: 1. If needed, establish an ActiveSync connection. 2. From the Tools menu in eMbedded C++ 4.0, select Remote Tools and choose Registry Editor. The Select a Windows CE Device dialog box opens. 3. Under JettCE, select JettCE Device and click OK. eMbedded C++ 4.0 will then attempt to copy the necessary files to the JETT to view the registry. 4. After the file transfer successfully completes, the JETT registry should appear in Windows CE .NET Remote Registry Editor. 5. To change a registry value, double-click the value that you want to change. To add or delete a registry value, use the Edit menu. Warning! Changing the registry values on the JETT can adversely effect its performance. 6. After making your changes, perform a Save Registry on the JETT.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-13Incorporating JETTce.dll Functionality JETTce.dll provides developers a method to quickly incorporate some or all of the following functions into their eMbedded C++ 4.0, Visual Basic .NET 2003 and Visual C# .NET 2003 application: • Screen Brightness—the following API calls enable you to increase or decrease the screen brightness in 20 percent increments:  IncBrightness  DecBrightness • Enable/Disable/Test Auxiliary Power—on units with a COM port that supplies power, the following API calls enable you to turn on, turn off and test the power for connected devices (such as RFID modules and bar code readers):  TurnAuxSwitchOff  TurnAuxSwitchOn  AuxSwitchIsOn • Soft Keyboard—the following API calls enable you to launch, display, hide, center and close the CeKeys program, a data entry program that replaces Microsoft’s’ Soft Input Panel (SIP) in OS versions 4.20.44 and above:  IsCeKeysRunning  IsCeKeysDisplayed  RunCeKeys  DisplayCeKeys  HideCeKeys  CenterCeKeys  ShutDownCeKeys • Enable/Disable LEDs—the following API calls enable you to turn on and turn off the JETT•ce’s LEDs:  LedUpdate • Return MAC Address—the following API calls enable you to return the JETT•ce’s unique MAC Address:  GetMacAddress • Suspend Function Control—the following API calls allow you to enable/disable the suspend function on the ON/OFF switch, and also return its status:  Suspend_Key_Lockout_Off  Suspend_Key_Lockout_On  Suspend_Key_Lockout  Suspend_Key_Lockout_State • Beep Driver Control—the following API calls enable you to control the frequency, volume and duration (in milliseconds) of the beep driver:  PlayTone • Suspend Device—the following API calls enable you to suspend the JETT:  SuspendDevice • Keypad Backlight Control—for JETTs with LED backlight keypads, the following API calls enable you to turn off or on the keypad backlight:  RunwayLEDs • Display Version Number—the following API calls enable you to return the OS image version:  GetNkBinVersion

Application Development 5-14IncBrightness This function enables you to increase the screen brightness in 20 percent increments. Syntax void IncBrightness( void ); Parameters None Return Values None DecBrightness This function enables you to decrease the screen brightness in 20 percent increments. Syntax void DecBrightness( void ); Parameters None Return Values None TurnAuxSwitchOn On units with a COM port that supplies power, this function turns on the power for connected devices, such as RFID modules and bar code readers. Syntax void TurnAuxSwitchOn( void ); Parameters None Return Values None TurnAuxSwitchOff On units with a COM port that supplies power, this function turns off the power for connected devices, such as RFID modules and bar code readers. Syntax void TurnAuxSwitchOff( void ); Parameters None Return Values None

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-15AuxSwitchIsOn On units with a COM port that supplies power, this function returns the status off the power for connected devices, such as RFID modules and bar code readers. Syntax bool AuxSwitchIsOn( void ); Parameters None Return Values Values Description TRUE Indicates auxiliary power is on. FALSE Indicates auxiliary power is off. IsCeKeysRunning This function returns the status of the CeKeys data entry program. Syntax bool IsCeKeysRunning( void ); Parameters None Return Values Values Description TRUE Indicates that CeKeys is active. FALSE Indicates that CeKeys is inactive. IsCeKeysDisplayed This function returns the display status of the CeKeys data entry program. Syntax bool IsCeKeysDisplayed( void ); Parameters None Return Values Values Description TRUE Indicates that CeKeys is running on the desktop. FALSE Indicates that CeKeys is minimized in the system tray or inactive.

Application Development 5-16RunCeKeys This function invokes the CeKeys data entry program. Syntax bool RunCeKeys( void ); Parameters None Return Values Values Description TRUE Indicates that CeKeys successfully executed. FALSE Indicates that CeKeys failed to execute. DisplayCeKeys This function displays the CeKeys data entry program (if running) on the desktop. Syntax bool DisplayCeKeys( void ); Parameters None Return Values Values Description TRUE Displays CeKeys (if running) on the desktop. FALSE Indicates that it could not display CeKeys. HideCeKeys This function minimizes the CeKeys data entry program (if running) in the system tray. Syntax bool HideCeKeys( void ); Parameters None Return Values Values Description TRUE Minimizes CeKeys (if running) in the system tray. FALSE Indicates that it could not hide CeKeys.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-17CenterCeKeys This function places the CeKeys data entry program (if running) in the center of the desktop. Syntax bool CenterCeKeys( void ); Parameters None Return Values Values Description TRUE Places CeKeys (if running) in the center of the desktop. FALSE Indicates that it could not center CeKeys. ShutDownCeKeys This function terminates the CeKeys data entry program. Syntax bool ShutDownCeKeys ( void ); Parameters None Return Values Values Description TRUE Indicates that it successfully closed CeKeys (if running). FALSE Indicates that it could not close CeKeys.

Application Development 5-18LedUpdate This function enables you to turn on and turn off the LEDs on the JETT. Syntax bool LedUpdate( LEDVALUE ledVal, bool bValue ); Parameters Values Description ledVal [In] Specifies of the following LEDs:  LED_2ND  LED_SHIFT  LED_CTRL  LED_ALT  LED_CAPS bValue [In] TRUE turns on specified LED. FALSE turns off specified LED. Return Values Values Description TRUE Indicates success. FALSE Indicates failure. GetMacAddress This function returns the MAC address of the JETT, where the high order of the MAC address (pHighMac) returns a two-character value (always 48) and the low order of the MAC address (pLowMac) a unique ten-character value. For example: High Value: 48 Low Value: 3472888915 You can use the pLowMac value to uniquely identify each JETT. This number can be helpful in an environment (such as Bluetooth) where multiple units can report to a single host device. Syntax bool GetMacAddress( PDWORD pHighMac, PDWORD pLowMac ); Parameters Values Description pHighMac [Out] Specifies a two-character value (always 48). pLowMac [Out] Specifies a unique ten-character value. Return Values Values Description TRUE Indicates success. FALSE Indicates failure.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-19Suspend_Key_Lockout_Off This function enables the suspend/resume function. Syntax bool Suspend_Key_Lockout_Off( void ); Parameters None Return Values Values Description TRUE Indicates that you can suspend the unit. FALSE Indicates that the function failed. Suspend_Key_Lockout_On This function disables the suspend/resume function. Syntax bool Suspend_Key_Lockout_On( void ); Parameters None Return Values Values Description TRUE Indicates that you cannot suspend the unit. FALSE Indicates that the function failed. Suspend_Key_Lockout_State This function returns the status of the current suspend/resume lockout state Syntax bool Suspend_Key_Lockout_State( PDWORD pdwLockoutState ); Parameters Values Description pdwLockoutState [Out] Returns the status of the suspend lockout state, where 1 = TRUE and 0 = FALSE. Return Values Values Description TRUE Indicates success. FALSE Indicates failure.

Application Development 5-20Suspend_Key_Lockout This function allows you enable, disable and return the status of the suspend/resume function on the On/Off switch Syntax bool Suspend_Key_Lockout( PBOOL pbLockoutState ); Parameters Values Description pbLockoutState Specifies one of the following:  [In] LOCKOUT_OFF  [In] LOCKOUT_ON  [Out] LOCKOUT_READ Return Values Values Description TRUE Indicates success. FALSE Indicates failure. PlayTone This function enables you to access the beep driver for various purposes, such as notifying an operator that a malfunction occurred or that a process has finished. Parameters that you can define include frequency, volume and duration (in milliseconds). Syntax bool PlayTone( int iFrequency, int iVolume, int iDurationMS ); Parameters Values Description iFrequency Specifies the beep frequency. Range: 56 to 20000 KHz. iVolume Specifies the beep volume. Range: 1 to 100. iDurationMS Specifies the beep duration in milliseconds Range 1 to 10000 (10 seconds). Return Values Values Description TRUE Indicates success. FALSE Indicates failure.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-21SuspendDevice This function enables you to suspend the JETT Syntax void SuspendDevice( void ); Parameters None Return Values None RunwayLEDs For JETTs with LED backlight keypads, this function enables you to turn off or on the keypad backlight Syntax DWORD RunwayLEDs( DWORD dwFunction ); Parameters Arguments Values DWORD dwFunction To turn the LED backlight for the keypad off, set the value to 0 To turn the LED backlight for the keypad on, set the value to1 Any other value will just return the status Return Values Values Description 0 Indicates that the LED backlight for the keypad is off 1 Indicates that the LED backlight for the keypad on

$Application Development 5-22GetNkBinVersion This function returns a 32-bit value that contains the OS version number and the build image version number. Syntax dword GetNkBinVersion( void ); Parameters None Return Values Values Description MSB Most Significant Byte = Windows CE .NET major version number NSB Next Most Significant Byte = Windows CE .NET minor version number LSS Least significant Short (two bytes) = build image (NK.BIN/NK.GZ) version number For example a return hex value of 04 02 0054 would indicate the following: • Windows CE .NET Major Version = 4 • Windows CE .NET Minor Version = 4 • Build Image (NK.BIN/NK.GZ) Version = 84 You can also use a byte packed structure to access each of the fields, for example: #include <pshpack1.h> // pack on byte boundaries typedef struct { USHORT usNkBinVersion; // 16 bit field for the individual build number UCHAR ucCeMinorVersion; // 8 bit field for the CE minor version UCHAR ucCeMajorVersion; // 8 bit field for the CE major version } VERSION_INFO, *PVERSION_INFO; #include <poppack.h> // restore packing$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-23Incorporating JETTRFIDp.dll Functionality JETTRFIDp.dll provides developers in eMbedded C++ 4.0, Visual Basic .NET 2003 and Visual C# .NET 2003 a method to quickly incorporate RFID functionality (initialization, configuration, read and write data, etc.) for JETT•RFID+ applications. Use the following API calls contained within the JETTRFIDp.dll for all tag types supported by the JETT•RFID+ modules: • InitRFID • GetFirmwareVersion • SetReader • SleepMode • WakeMode • ReadTagID • CloseRFID • GetTagInfo • ReadTagData • ReadTagDataB • ClearDataBlocks • LockDataBlocks • WriteTagData • WriteTagDataB Use the following API calls contained within the JETTRFIDp.dll for just the MIFARE tag types supported by the JETT•RFID+ modules: • AuthorizeTag • AuthorizeTagB • WriteKey • WriteKeyB

Application Development 5-24InitRFID This function enables the RFID+ module. When you call this function, it opens the COM2 port on the JETT•RFID+ at 57600 kbs and turns on the auxiliary power Syntax bool InitRFID( int iErrorCode ); Parameters Values Description iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer). GetFirmwareVersion This function reads the firmware version from the RFID+ module. You can call this function anytime after you initialize the RFID+ module with the InitRFID function. Syntax bool GetFirmwareVersion ( BSTR bsVersion, int iBytes int iErrorCode ); Parameters Values Description bsVersion [Out] Buffer that contains data read from the RFID+ module. iBytes [In] Number of data bytes in the bsVersion buffer. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-25SetReader This function sets up the RFID+ module to read tag IDs (use the ReadTagID function to read the tags). Note: When using loop mode, you can continuously call the ReadTagID function to find tag IDs. In addition, you will only need to call this function once until you send another command to the RFID module. Syntax bool SetReader ( RFID_FLAG rfFlag, RFID_TAGTYPE rtTagType, int iErrorCode ); Parameters Values Description rfFlag [In] Flag sent to the reader to indicate one of the following read modes:  FLAG_00_SELECT_TAG—the RFID+ module will just read the first tag encountered within its range.  FLAG_01_SELECT_TAG_LOOP—the RFID+ module will continuously read tags within its range (even the same tag several times) until you send it another command.  FLAG_02_ANTI_COLLISION—the RFID+ module will read all ISO15693 tags encountered within its range once, storing each tag ID  FLAG_03_ANTI_COLLISION_LOOP— the RFID+ module will read all ISO15693 tags encountered within its range once, storing each tag ID but continue to scan for additional tags until you send it another command. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_00_AUTO_DETECT  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-26SleepMode This function puts the RFID+ module into sleep mode to conserve power. You can call this function anytime after calling the InitRFID function. Any command sent to the RFID+ module will automatically wake the module. You can also use the WakeMode function. Syntax bool SleepMode( int iErrorCode, ); Parameters Values Description iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer). WakeMode This function wakes the RFID+ module from sleep mode. You can call this function anytime after calling the InitRFID function. See also SleepMode. Syntax bool WakeMode( int iErrorCode, ); Parameters Values Description iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-27 ReadTagID This function reads the unique tag ID from a RFID tag that enters the module’s RF field. Note: You must call the SetReader function prior to calling this function. Syntax bool ReadTagID ( BSTR bsTagID, int iBytes RFID_TAGTYPE rtTagType, int iErrorCode ); Parameters Values Description bsTagID [Out] Buffer that will receive the data read from the tag. iBytes [In] Number of data bytes in the bsTagID buffer. rtTagType [Out] Returns the tag type when using AUTO_DETECT in the SetReader function. Otherwise, the parameter returns zero. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer). CloseRFID This function closes the RFID module. When you call this function, it turns off the COM2 port on the JETT•RFID+ and auxiliary power to the RFID module. Syntax bool CloseRFID( int iErrorCode, ); Parameters Values Description iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-28GetTagInfo This function returns the tag information for the entered tag. When you call this function, the RFID+ module confirms the entered tag ID and retrieves the tag’s information as stored in the RFID_TAGINFO structure. Parameters bool GetLastBaudRate ( BSTR bsTagID, RFID_TAGTYPE rtTagType, RFID_TAGINFO rtTagInfo, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B rtTagInfo [Out] Pointer to the structure that stores the tag information. See RFID_TAGINFO Structure table below. iErrorCode [Out] Pointer to the error code if this function fails. RFID_TAGINFO Structure Value Description int iBytesPerBlock int iNumBlocks int iNumSectors int iStartBlock Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-29ReadTagData This function reads data from the data blocks of a specific RFID tag and copies the data into the bsTagData buffer. It will return all characters from the tag's data area until it encounters the first null character. You can only read 64 bytes of data on any one call to this function. You can only read 64 bytes of data on any one call to this function. Note: If your application requires encrypting and decrypting data, you should do it before writing the data and after reading the data. Syntax bool ReadTagData ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, int iNumBlocks, BSTR bsTagData, int iBytes int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). iNumBlocks [In] Number of data blocks to read (up to 64 bytes). bsTagData [Out] Pointer to the buffer that contains the data read from the tag. iBytes [In] Number of data bytes in the bsTagData buffer. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-30ReadTagDataB This function reads data from the data blocks of a specific RFID tag and copies the data into the bTagData buffer. It will return all characters from the tag's data area including null characters. You can only read 64 bytes of data on any one call to this function. Note: If your application requires encrypting and decrypting data, you should do it before writing the data and after reading the data. Syntax bool ReadTagDataB ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, int iNumBlocks, BYTE bTagData, int iBytes int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). iNumBlocks [In] Number of data blocks to read (up to 64 bytes). bTagData [Out] Pointer to the buffer that contains the data read from the tag. iBytes [In] Number of data bytes in the bTagData buffer. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-31ClearDataBlocks This function clears the data blocks for a specific RFID tag, identified by its tag ID. When you call this function, the RFID+ module writes null characters to the specified data blocks of the tag ID supplied. Starting blocks, the number of data blocks, and the block size (4 or 8 bytes) will vary according to the tag type. You can only clear 64 bytes of data on any one call to this function. Syntax bool ClearDataBlocks ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, int iNumBlocks, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). iNumBlocks [In] Number of data blocks to clear (up to 64 bytes). iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-32WriteTagData This function writes the entered data to the tag’s data blocks until it encounters the first null character. It automatically calculates the number of data blocks required and fills partially written blocks with null characters. You can only write 64 bytes of data on any one call to this function. You should use this function when writing null terminated character strings within the 96-character ASCII set (decimal values 20 through 127). Notes: You can only write 64 bytes of data on any one call to this function. If your application requires encrypting and decrypting data, you should do it before writing the data and after reading the data. Syntax bool WriteTagData ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, BSTR bsTagData, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). bsTagData [In] Pointer to the buffer that contains the data written to the tag. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-33WriteTagDataB This function writes all the entered data to the tag’s data blocks including null characters. It automatically calculates the number of data blocks required and fills partially written blocks with null characters. You can only write 64 bytes of data on any one call to this function. You should use this function when writing any character within the ASCII character set (decimal values 0 through 255). Notes: If your application requires encrypting and decrypting data, you should do it before writing the data and after reading the data. Syntax bool WriteTagDataB ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, BYTE bTagData, int iNumBytesToWrite int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagDataB functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). bTagData [In] Pointer to the buffer that contains the data you will write to the tag. iNumBytesToWrite [In] Contains the number of bytes you will write to the bTagData buffer. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-34LockDataBlocks This function locks a data block for a specified RFID tag, permanently preserving that data contained in that block. Starting blocks, the number of data blocks, and the block size (4 or 8 bytes) will vary according to the tag type. You can only lock 64 bytes of data on any one call to this function. Note: Once you lock a block, you can never write data or erase the contents of that block again. Syntax bool LockDataBlocks ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iStartBlock, int iNumBlocks, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies one of the following tag types:  TAGTYPE_01_ISO15693  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iStartBlock [In] Starting block number (dependant on tag type). iNumBlocks [In] Number of data blocks to lock (up to 64 bytes). iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-35AuthorizeTag This function authorizes a ISO/IEC 14443 tag key to read and write data to the tag’s data area. When you call this function, the RFID+ module uses the entered key to authorize the tag for reading and writing data. You should use this function when authorizing keys that are NULL terminated character strings within the 96-ASCII character set. All ISO/IEC 14443 tags are initially set with a NULL as the default key value. ISO/IEC 14443 A Tags ISO/IEC 14443 A tags support use of two keys (A and B) per sector. When using key A, you can use any value including the default value to authorize tags. When using key B, you must first change the default value before you can authorize tags. Note: MIFARE Ultralight tags use the default parameters values for authorization and do not require keys that contain strings. ISO/IEC 14443 B Tags ISO/IEC 14443 B tags only require the use of one key (A) for authorization.. Syntax bool AuthorizeTag ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iSectorNumber, BSTR bsKey, RFID_KEYTYPE rtKeyType, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iSectorNumber [In] Sector number used to authorize for ISO14443 A tags. Ignored for other tag types. bsKey [In] Pointer to the buffer that stores the key used for authorization. Use NULL for default key types. rtKeyType [In] Key type to authorize, where:  KEYTYPE_KEYA = Key A  KEYTYPE_KEYB = Key B  KEYTYPE_DEFAULT =Default Key iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-36AuthorizeTagB This function authorizes an ISO/IEC 14443 tag key to read and write data to the tag’s data area. When you call this function, the RFID+ module uses the entered key to authorize the tag for reading and writing data. You should use this function when authorizing keys that use all data within the ASCII character set excluding NULL characters. However, you must use a NULL character to terminate the string. All ISO/IEC 14443tags are initially set with a NULL as the default key value. ISO/IEC 14443 A Tags ISO/IEC 14443 A tags support use of two keys (A and B) per sector. When using key A, you can use any value including the default value to authorize tags. When using key B, you must first change the default value before you can authorize tags. Note: MIFARE Ultralight tags use the default parameters values for authorization and do not require keys that contain strings. ISO/IEC 14443 B Tags ISO/IEC 14443 tags only require the use of one key (A) for authorization. Syntax bool AuthorizeTagB ( BSTR bsTagID, RFID_TAGTYPE rtTagType, int iSectorNumber, BYTE bKey, RFID_KEYTYPE rtKeyType, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B iSectorNumber [In] Sector number used to authorize for ISO14443 A tags. Ignored for other tag types. bKey [In] Pointer to the buffer that stores the key used for authorization. Use NULL for default key types. rtKeyType [In] Key type to authorize, where:  KEYTYPE_KEYA =Key A.  KEYTYPE_KEYB = Key B.  KEYTYPE_DEFAULT =Default Key. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-37 WriteKey This function writes new keys that contain NULL terminated character strings within the 96-ASCII character set to ISO/IEC 14443 tags authorized via the AuthorizeTag or AuthorizedTagB function. Note: You cannot read tag keys. As a precaution, you should store all key values and related sector numbers. ISO/IEC 14443 A Tags When writing keys for ISO/IEC 14443 A tags, you must use both A and B keys. Both keys by default are set to NULL. If you choose to overwrite the default value, the new key must be six characters in length. In addition, if you change the default value for the B key, you must authorize the B key in order to write new keys to that sector. New keys cannot contain a NULL character as part of the string. ISO/IEC 14443 B Tags When writing keys for ISO/IEC 14443 B tags, you must use both A and B keys. Both keys by default are set to NULL. If you choose to overwrite the default value for the A key (the value of the B key must remain NULL), the new A key must be eight characters in length. In addition, the new key cannot consist of a string of ones (i.e., 11111111) or contain a NULL character as part of the string.. Syntax bool WriteKey ( BSTR bsTagID, RFID_TAGTYPE rtTagType, BSTR bsKeyA, BSTR bsKeyB, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B bsKeyA [In] Pointer to the buffer that stores the A key written to the tag. Use NULL for default key types. bsKeyB [In] Pointer to the buffer that stores the B key written to the tag. Use NULL for default key types. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

Application Development 5-38WriteKeyB This function writes new keys that contain any data within the ASCII character set to ISO/IEC 14443 tags authorized via the AuthorizeTag or AuthorizedTagB function. The string that makes up the key may not contain a NULL character, but you must use a NULL character to terminate the string. Notes: You cannot read tag keys. As a precaution, you should store all key values and related sector numbers. ISO/IEC 14443 A Tags ISO/IEC 14443 A tags support use of two keys (A and B) per sector. You can use either key to authorize a sector for reading and writing data. Note: MIFARE Ultralight tags use the default parameters values for authorization and do not require keys that contain strings. ISO/IEC 14443 B Tags ISO/IEC 14443 tags only require the use of one key (A) for authorization. Syntax bool WriteKeyB ( BSTR bsTagID, RFID_TAGTYPE rtTagType, BYTE bKeyA, BYTE bKeyB, int iErrorCode ); Parameters Values Description bsTagID [In] Unique tag ID. You can retrieve the Tag ID by calling the SetReader and the ReadTagID functions. rtTagType [In] Specifies of the following tag types:  TAGTYPE_04_ISO14443A  TAGTYPE_05_ISO14443B  KEYTYPE_DEFAULT =Default Key bKeyA [In] Pointer to the buffer that stores the A key written to the tag. Use NULL for default key types. bKeyB [In] Pointer to the buffer that stores the B key written to the tag. Use NULL for default key types. iErrorCode [Out] Pointer to the error code if this function fails. Return Values Values Description TRUE Indicates success. FALSE Indicates otherwise (error code returned though pointer).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-39JETTRFIDp.dll Sample Flowchart The following flowchart shows how you can use the JETTRFIDp.dll in an application: Figure 5-1: JETTRFIDp.dll Sample Flow Chart Initialize RFIDConfigure ReaderSet Tag Type& FlagsEnableSleepMode?EnableWakeMode?Read Tag IDAuthorize Tag Write Key?Read TagData? Clear DataBlocks? Write TagData? Lock DataBlocks? Get TagInfo?Next Tag?Close RFIDNOYESIfMIFARE?YESNONOYESSame Tag Same Tag Same TagSame Tag

Application Development 5-40JETTRFIDp.dll Error Codes By default, all JETTRFIDp.dll functions return a Boolean pass/fail (TRUE/FALSE) result. In addition, the JETTRFIDp.dll will return the following error codes to aide in application programming development. Initialization The RFID+ module will return the following error codes, if an error occurs during initialization: Value Description 100 Not initialized. 101 Invalid baud rate. 102 Could not open COM port. 103 Could not turn on auxiliary power. 104 Could not write to COM port. 105 Could not initialize module. Parameters The RFID+ module will return the following error codes, if an error occurs while passing function parameters: Value Description 200 Invalid flag setting. 201 Invalid tag type. 202 Tag ID is empty. 203 Invalid tag type for read/write command. 204 Invalid starting block (starting block range is 0–127). 205 Invalid number of data blocks (data block range is 1–16). 206 Tag data is empty. 207 Data byte size cannot be less than one. 208 Invalid sector number. 209 Invalid key length. 210 Invalid key type. 211 Invalid function type. 212 Invalid data (data range must be 0–255).

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-41Read/Write The RFID+ module will return the following error codes, if an error occurs while attempting to read, write, clear or lock tag data: Value Description 300 No tag ID found in RF field. 301 Not a valid tag ID, invalid tag type detected. 302 Could not read tag data. 303 Invalid starting block (starting block range is 0–127). 304 Invalid number of data blocks. 305 Could not set reader command. 306 Could not write tag data. 307 Invalid message length. 308 Could not lock data blocks or data blocks already locked. 309 Could not validate tag ID. 310 Could not authorize tag key. 311 Tag not authorized. 312 Could not write tag keys. 313 Could not get firmware version. 314 Extended function failed. 315 Tag type not supported in current firmware. 316 Tag does not support this function. 317 Sleep/Wake command failed.

$Application Development 5-42Keyboard Mapping Kbtool.exe, designed to run on your development system, is a command line utility that creates a key map file. This key map file will remap the current JETT keypad configuration externally (outside of an application), when the unit boots up. During the boot sequence, the JETT searches in the \Windows folder in ascending alphanumeric order for existing key map files (identified by their “.RMT” extension). When the JETT encounters a file of this type, it checks the key map ID number. If the ID number contained in the key map file matches the number stored in the JETT’s hardware configuration block, the JETT uses that value in that file to map to the keypad. After creating your RMT file, you must copy it to the SystemCF folder on the JETT and deploy it to the \Windows folder during boot up. See Launching Files at Startup for more information. Default keypad template files (JET55KEY.TXT, JET31KEY.TXT and JET15KEY.TXT) are included with the JETT•ce SDK. Copies of these files as well as configuration notes appear in Appendix B. Syntax JETTKBTOOL filename.ext Option Description filename.ext Specifies the name of the file containing the keypad template. The file name must follow MS-DOS 8.3 naming conventions. Default file names: 45-key keypad = Jet55key.txt, 30-key keypad = Jet31key.txt 15-key keypad = Jet15key.txt Example The following example executes KBTOOL using aJet55key.txt as it argument to create the file, aJet55key.rmt for a 45-key keypad. KBTOOL aJett55key.txt Errors Messages Message Description Unable to open filename.ext. KBTOOL cannot find the specified file. The specified file is named incorrectly Unable to parse to scan code ‘XXX’ on NNN The entry (XXX) is not a valid keyword on the specified line (NNN) Invalid line NNN The entry specified on line NNN is either misspelled, not allowed or not formatted correctly$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 5-43Tracking Self-Installed Files ListFiles.exe is a utility program that enables you to compare the number of files before and after the installation of self-extracting software on a JETT. An output file, which contains the differences, shows the path and names of the added files, enables you to verify the components of the installed software as well as their location. You can also incorporate listed in the output file with the contents of FileCopy.F2C to launch the installed software at boot up. 1. On the JETT, navigate to the Windows folder and double-tap ListFiles.exe. The ListFiles.exe dialog box appears. 2. On the menu bar, tap File and select New File List. The Select Output File dialog box appears. 3. Enter the name of the output file (such as before.txt) and tap OK (you should copy the file to either System CF or a compact flash card to permanently store the file).ListFiles.exe will then display the total number of files found on the JETT. 4. Tap OK to close the Files Found dialog. 5. Exit ListFiles.exe. 6. Copy and install the new software on the JETT. 7. After successfully installing the software, restart ListFiles.exe and following Steps 2 through 4 create another output file with a different file name (such as after.txt). 8. On the ListFiles menu bar, tap File and select Compare Lists. The Select Small List dialog box appears. 9. Navigate to the folder that contains the file created in Steps 2 through 4 (i.e., before.txt), select it and tap OK. The Select Larger List dialog box appears. 10. Navigate to the folder that contains the file created in Step 7 (i.e., after.txt), select it and tap OK. The Select Output File dialog box appears. 11. Enter the name of the output file (such as diff.txt) that will contain the list of differences and tap OK. ListFiles.exe will then display the total number of difference found between the first and second files.

$Application Development 5-44 12. Tap OK to close the Files Found dialog. 13. Exit ListFiles.exe. 14. Navigate to the folder that contains the output file (i.e., diff.txt) and double-tap it to view the contents. For example: Launching Files at Startup You can create an ASCII text input file to automatically copy files and create folders when booting up the JETT. During the boot up process, the JETT looks in the \SystemCF folder for the FileCopy.F2C file, and if found, opens the file and then parses and executes its contents. When the file copy function executes, it creates the FCLog.txt file in the \SystemCF folder. This log file will contain any errors encountered during the execution of the FileCopy.F2C file. Note: the “F2C” file extension applies to JETTs with OS Versions 0.70 and above. Previous versions must still use the “txt” file extension. FileCopy.F2C Commands Each line in the FileCopy.F2C file must begin with one of the following command line arguments: Function Command Arguments Copy File copy <\path\source_file> <\path\file_name> Make Directory md or mkdir <\path\directory> Comments ; If a file or directory name includes one or more spaces, the whole path must appear within quotes. For example: copy \systemcf\helloworld.exe "\program files\helloworld.exe" Example In the example below, the first line does not require quotes since neither the source path nor the destination path include a space character. However, the second and third lines do require quotes because the folder name “My App” contains a space character. ; install helloword app copy \systemcf\mfcce.dll \windows\mfcce400d.dll md "\My Apps\" copy \systemcf\helloworld.exe "\ My Apps\helloworld.exe"$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A 6-1Chapter 6: Troubleshooting Problem My JETT does not respond when I press the power button. Solutions Is the unit in Suspend mode? If battery-powered, check the batteries. Are all cables connected properly: • Is the power supply plugged into an active AC outlet? • Is the power connector securely plugged into the JETT? Problem I changed my system settings, but when I turn on the JETT my settings are gone. Solution You must save the registry after making any system or configuration changes. Problem I transferred files to the JETT from my host computer, but when I turn on the JETT my transferred files are missing. Solution To store transferred files permanently, you must file copy the files into internal flash memory or a compact flash card. Occasionally, transferred files can be hidden from view, double-tap My Computer, select Options from the View menu and clear all boxes. Problem I cannot connect to the development system using ActiveSync. Solutions Did you install ActiveSync using the Administrator account? Check the cable connections. Check the serial communications configuration. Make sure the correct COM port is available. In ActiveSync, check the Connection Settings for the connection type you are using (USB, Serial or Ethernet). Problem The screen is too light or too dark. Solution Adjust the brightness via the brightness control in the Control Panel.

Troubleshooting 6-2Problem The stylus is not responding properly. Solution The screen is not calibrated correctly to interpret the screen taps. You need to recalibrate the screen. Problem The JETT acts slowly. Solutions The unit may be short of program memory or storage memory. Increase the amount of storage or program memory through the System control in the Control Panel. You can also delete any unnecessary files. Problem I get little or no sound from the JETT. Solution Adjust the volume and sound properties via the Volume and Sound control in the Control Panel. Problem The JETT does not recognize a compact flash or device card. Solution The card is not installed or seated properly. Reinstall the card. There may be an unstable connection between the card and the JETT. Remove the card, clean the edge connector with a soft dry cloth, and reinstall the card. Problem The JETT goes into auto-suspend after a short period of inactivity. Solution As a default, the device will auto-suspend after two minutes of inactivity while running on batteries and after thirty minutes of inactivity when running on AC power. Adjust the power management properties via the Power control in the Control Panel. Problem No sound is heard when you tap the touch screen or press a key. Solution Volume setting is low or turned off. Check the volume slider in the Volume & Sound properties dialog box in the Control Panel.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A A-1Appendix A: Specifications Power  Recharge Voltage: 11 to 18 VDC, 1.5A (North America Only)  Battery Type: Nickel Metal Hydride Rechargeable (or 6 AA alkaline batteries)  Current Rating: 2 Amp Maximum  Voltage: 7.2 Volts  Capacity: 1400 mAh Display  Supertwist Nematic Liquid Crystal TFT Touch Screen with white LED backlight  Resolution: 320 x 240 pixels QVGA color Environmental  Operating Temperature: 0°C to +50°C  Storage Temperature: -25°C to +70°C  Charging Temperature: 0°C to + 40°C  Humidity: 5-95% Non-condensing  IP Rating: 65 (Available as an option) CPU  Type: Intel PXA255 processor with XScale technology  Instruction Set Architecture: ARM v.5TE  Speed: 200 MHz (400 MHz optional)  Operating System: Windows CE .NET 4.2 Professional Memory and Mass Storage  SDRAM: 64MB  Internal Compact Flash: 64 MB standard (16MB reserved for OS), upgradeable to 128MB  Optional: Compact flash card slot RFID Module  Multi-protocol read/write support for the following 13.56MHz RFID tag types:  ISO15693: Texas Instruments Tag-It HF-I, Philips I•Code SLI  ISO14443: Philips Standard Card IC MF1 IC S50 (MIFARE A 1k), Philips Standard Card IC MF1 IC S70 (MIFARE A 4k), Philips Contactless Single-trip Ticket IC MF0 IC U1 (MIFARE Ultraalight), Atmel (MIFARE Type B)  Read Range: 3.152-3.546 inches (80-90 mm)  Output Power Measurement: 22.8 dbm = 200 mW Indicators  5 Modifier Key/Programmable LEDs  Charge/Low Battery Indicator (battery-powered units only)

Troubleshooting A-2User Input  Touch Screen  Key Pad: 45-Key membrane (9 rows x 5 columns) or 15-key elastomeric (5 x 3)  Feedback: Tactile and audible  Optional: LED backlighting Interface Capability  One available serial port configured for RS-232 that can also provide input power (11–18VDC) and recharging capability.  Optional interface connectors (available at time of factory configuration) include the JETT•connect system, DE-9 male or female connectors and a six-pin modular connector.  Interface connections (available at time of factory configuration) can optionally provide output at 5 VDC to operate peripheral devices. Physical Dimensions  Height (H): 9.84 Inches (250 mm)  Width (W): 4.75 Inches (120.7 mm)  Depth (D): 2.37 Inches (60.2 mm)  Weight with NiMH Batteries: 33 Ounces (935.5 grams)  Weight with Alkaline Batteries: 32 Ounces (907.2 grams)  Weight without Batteries: 27 Ounces (765.4 grams) Figure 6-1: Case Dimensions 2.82 Specifications subject to change

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A B-1Appendix B: Signal and Pin Assignments JETT•connect Cables Figures B-1 and B-2 list the standard RS-232 signal and pin assignments for the JETT•connect cables. Figure 6-2: 91708 Cable (Male DE9) RS-232 Signal and Pin Assignments JETT• Connect DE 9 Connector987654321987654321111012Pin 1 (Reserved)Pin 2 (GND)Pin 3 (RI)BluePin 4 (CTS)Pin 5 (DTR)Pin 6 (TXD)Pin 7 (DSR)Pin 8 (RTS)Pin 9 (DCD)Pin 10 (PWR)Pin 11 (SHIELD)Pin 12 (RXD)Pin 5 (GND)Pin 9 (RI)Pin 8 (CTS)Pin 4 (DTR)Pin 3 (TXD)Pin 1 (DCD)Pin 2 (RXD)Pin 6 (DSR)Pin 7 (RTS)PowerWhite w/Black StripeGrayBlackVioletYellowBrownRedOrangeWhiteGreenViewed FacingConnector

$Troubleshooting B-2Figure 6-3: 91709 Cable (Female DE9) RS-232 Signal and Pin Assignments JETT• Connect DE 9 Connector987654321987654321111012Pin 1 (Reserved)Pin 2 (GND)Pin 3 (RI)Pin 4 (CTS)Pin 5 (DTR)Pin 6 (TXD)Pin 7 (DSR)Pin 8 (RTS)Pin 9 (DCD)Pin 10 (PWR)Pin 11 (SHIELD)Pin 12 (RXD)Pin 5 (GND)Pin 9 (RI In)Pin 7 (CTS In)Pin 1 (DTR Out)Pin 2 (TXD Out)Pin 4 (DSR/DCD In)Pin 3 (RXD In)Pin 6 (DTR Out)Pin 8 (RTS Out)PowerViewed FacingConnectorBlueGrayRedOrangeGreenBrownBlackVioletWhiteYellowWhite w\Black StripeViolet 1210 Series Modular Interface Cables Figure B-3 lists the signal and pin assignments for 1210 series modular cables. Figure 6-4: 1210 Series Modular Cable Signal and Pin Assignments 6-Pin Modular JackPin 1 (Blue)Pin 2 (Yellow)Pin 3 (Green)Pin 4 (Red)Pin 5 (Black)Pin 6 (White)Pin 6Pin 5Pin 4Pin 3Pin 2Pin 1Pin 66-Pin Modular JackPin 6Pin 1Pin 1$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A B-3Modular Cable Adapters Pin descriptions assume connection through reversing cables (1210-7, 1210-15) to JETT. CELAT-P Adapter Figure B-4 lists the signal and pin assignments for the CELAT-P adapter. Figure 6-5: CELAT-P Adapter 6-Pin Modular Jack DE 9 ConnectorPin 5 (Common)Pin 2 (Data Out)Pin 3 (Data In)Pin 1 (CTS)Pin 6 (RTS)Pin 4Pin 9 (RI)Pin 8 (Handshake Out)Pin 7 (Handshake Out)PowerViewed FacingConnectorPin 1Pin 6Pin 5Pin 1Pin 9Pin 6Pin 1 (Blue)Pin 2 (Yellow)Pin 3 (Green)Pin 4 (Red)Pin 5 (Black)Pin 6 (White) Null Modem Cable Figure B-5 lists the signal and pin assignments for Two Technologies’ 14375 DE-9 Female to DE-9 Female null modem cable. Please note that this cable differs from standard null modem cables in that it use Pin 9 for input power for the JETT. Figure 6-6: DE-9 Female to DE-9 Female Null Modem Cable 987654321Female DE9 ConnectorPin 1 (Blue)Pin 2 (Green)Pin 3 (Yellow)Pin 4 (Orange)Pin 5 (Gray)Pin 6 (Blue)Pin 7 (Red)Pin 8 (Violet)Pin 9 (Brown)Pin 7Pin 9Pin 8Pin 3Pin 6Pin 5Pin 4Pin 2Pin 1Power JackFemale DE9 ConnectorViewed FacingConnector987654321

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A C-1Appendix C: Keyboard Mapping Files Allowed Values The following table lists the allowable values and the names of allowable values that you can map to a keypad. Table C-1: Allowed Values in Key Map Files A V CARET F9 NUMPAD1 SEMICOLON B W CLEAR F10 NUMPAD2 SHIFT C X COLON F11 NUMPAD3 SLASH D Y COMMA F12 NUMPAD4 SPACE E Z CONTROL FUNCTION NUMPAD5 STAR F ( DELETE HASH NUMPAD6 SUBTRACT G ) DOLLAR HOME NUMPAD7 TAB H [ DOUBLEQUOTE INSERT NUMPAD8 TILDA I ] DOWN LEFT NUMPAD9 UNDERLINE J { END KEY0 PAGEDOWN UP K } EQUAL KEY1 PAGEUP USER_DEF1 L < ESCAPE KEY2 PAUSE USER_DEF2 M > EXCLAMATION KEY3 PERCENT USER_DEF3 N ADD F1 KEY4 PERIOD USER_DEF4 O ALT F2 KEY5 PIPE USER_DEF5 P AMPERSAND F3 KEY6 PRINT USER_DEF6 Q AT F4 KEY7 QUESTION USER_DEF7 R BACKQUOTE F5 KEY8 QUOTE USER_DEF8 S BACKSLASH F6 KEY9 RETURN USER_DEF9 T BACKSPACE F7 NUMLOCK RIGHT USER_DEF10 U CAPSLOCK F8 NUMPAD0 SCROLL WINMENU Scan codes “USER_DEF1” through “USER_DEF10” can produce some proprietary action, such as backlight adjustment, display rotation, etc. For each user-defined key-function (except as noted below), you must supply the appropriate code in the keyboard driver to produce the desired effect. "USER_DEF3" defines the Backlight+ key and "USER_DEF4" defines the Backlight– key. The "FUNCTION" keyword identifies those function accessed through the "2nd" key. The “RETURN" keyword identifies the "ENTER" key. The "WINMENU" keyword produces the Windows "Start" menu. The number in COLS must always be set to five regardless of the actual number of columns (applies to 15-key keypads as well). Do not change the ID number, it must match the number stored in the JETT’s hardware configuration block.$

$Troubleshooting C-245-Key Key Map # 55 Key JettCE keyboard for P/N 11406 Rev A. keypad # The keyword "FUNCTION" is used for the "2nd" key. # The keyword "RETURN" is used for the "ENTER" key. # "USER_DEF1" defines the Contrast+ key # "USER_DEF2" defines the Contrast- key # "USER_DEF3" defines the Backlight-INCREASE key # "USER_DEF4" defines the Backlight-DECREASE key # "WINMENU" produces the Windows "Start" menu. # The line and the end of the line ROWS 11 COLS 5 # The id of the keyboard. ID 55 # The basic scan codes. # Row,Col,Scan Code SCANCODE 0, 0 -> A SCANCODE 0, 1 -> B SCANCODE 0, 2 -> C SCANCODE 0, 3 -> D SCANCODE 1, 0 -> E SCANCODE 1, 1 -> F SCANCODE 1, 2 -> G SCANCODE 1, 3 -> H SCANCODE 2, 0 -> I SCANCODE 2, 1 -> J SCANCODE 2, 2 -> K SCANCODE 2, 3 -> L SCANCODE 3, 0 -> M SCANCODE 3, 1 -> N SCANCODE 3, 2 -> O SCANCODE 3, 3 -> P SCANCODE 4, 0 -> Q SCANCODE 4, 1 -> R SCANCODE 4, 2 -> S SCANCODE 4, 3 -> T SCANCODE 5, 0 -> U SCANCODE 5, 1 -> V SCANCODE 5, 2 -> W SCANCODE 5, 3 -> X SCANCODE 6, 0 -> Y SCANCODE 6, 1 -> KEY7 SCANCODE 6, 2 -> KEY8 SCANCODE 6, 3 -> KEY9 SCANCODE 7, 0 -> Z SCANCODE 7, 1 -> KEY4 SCANCODE 7, 2 -> KEY5 SCANCODE 7, 3 -> KEY6 SCANCODE 8, 0 -> PERIOD SCANCODE 8, 1 -> KEY1 SCANCODE 8, 2 -> KEY2 SCANCODE 8, 3 -> KEY3 SCANCODE 9, 0 -> BACKSPACE SCANCODE 9, 1 -> SPACE SCANCODE 9, 2 -> KEY0 SCANCODE 9, 3 -> RETURN SCANCODE 10, 0 -> SHIFT SCANCODE 10, 1 -> FUNCTION SCANCODE 10, 2 -> CONTROL SCANCODE 10, 3 -> ALT SCANCODE 10, 4 -> ESCAPE # Table 0 is always the unshifted values. TABLE 0, basic, UNSHIFTED TABLE 1, func, FUNCTION TABLE 2, shift, SHIFT # Func remapping table. REMAPPING func, A -> DELETE REMAPPING func, B -> PAGEUP REMAPPING func, C -> PAGEDOWN REMAPPING func, D -> INSERT REMAPPING func, E -> CAPSLOCK REMAPPING func, F -> HOME REMAPPING func, G -> CLEAR REMAPPING func, H -> SCROLL REMAPPING func, I -> { REMAPPING func, J -> TILDA REMAPPING func, K -> PAUSE REMAPPING func, L -> } REMAPPING func, M -> BACKTAB REMAPPING func, N -> CARET REMAPPING func, O -> COLON REMAPPING func, P -> TAB REMAPPING func, Q -> USER_DEF2 REMAPPING func, R -> PIPE REMAPPING func, S -> HASH REMAPPING func, T -> USER_DEF1 REMAPPING func, U -> USER_DEF4 REMAPPING func, V -> COMMA REMAPPING func, W -> WINMENU REMAPPING func, X -> USER_DEF3 REMAPPING func, Y -> F11 REMAPPING func, Z -> F12 REMAPPING func, PERIOD -> BACKSLASH REMAPPING func, KEY7 -> F7 REMAPPING func, KEY8 -> F8 REMAPPING func, KEY9 -> F9$

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A C-3REMAPPING func, KEY4 -> F4 REMAPPING func, KEY5 -> F5 REMAPPING func, KEY6 -> F6 REMAPPING func, KEY1 -> F1 REMAPPING func, KEY2 -> F2 REMAPPING func, KEY3 -> F3 REMAPPING func, KEY0 -> F10 # Shift remapping table. REMAPPING shift, A -> LEFT REMAPPING shift, B -> UP REMAPPING shift, C -> DOWN REMAPPING shift, D -> RIGHT REMAPPING shift, E -> < REMAPPING shift, F -> END REMAPPING shift, G -> UNDERLINE REMAPPING shift, H -> > REMAPPING shift, I -> ( REMAPPING shift, J -> EXCLAMATION REMAPPING shift, K -> SEMICOLON REMAPPING shift, L -> ) REMAPPING shift, M -> [ REMAPPING shift, N -> QUESTION REMAPPING shift, O -> BACKQUOTE REMAPPING shift, P -> ] REMAPPING shift, Q -> AMPERSAND REMAPPING shift, R -> AT REMAPPING shift, S -> QUOTE REMAPPING shift, T -> DOLLAR REMAPPING shift, U -> SUBTRACT REMAPPING shift, V -> SLASH REMAPPING shift, W -> EQUAL REMAPPING shift, X -> ADD REMAPPING shift, Y -> PERCENT REMAPPING shift, Z -> STAR REMAPPING shift, PERIOD -> DOUBLEQUOTE #REMAPPING shift, KEY7 -> #REMAPPING shift, KEY8 -> #REMAPPING shift, KEY9 -> #REMAPPING shift, KEY4 -> #REMAPPING shift, KEY5 -> #REMAPPING shift, KEY6 -> #REMAPPING shift, KEY1 -> #REMAPPING shift, KEY2 -> #REMAPPING shift, KEY3 -> #REMAPPING shift, KEY0 ->

Troubleshooting C-430-Key Key Map # 31 Key JettCE keyboard definition file # The keyword "FUNCTION" is used for the "2nd" key. # The keyword "RETURN" is used for the "ENTER" key. # "USER_DEF1" defines the Contrast+ key # "USER_DEF2" defines the Contrast- key # "USER_DEF3" defines the Backlight-INCREASE key # "USER_DEF4" defines the Backlight-DECREASE key # "WINMENU" produces the Windows "Start" menu. # The line and the end of the line ROWS 10 COLS 5 # The id of the keyboard. ID 31 # Table 0 is always the unshifted values. TABLE 0, basic, UNSHIFTED TABLE 1, shift, SHIFT # The basic scan codes. # Row,Col,Scan Code SCANCODE 0, 0 -> A SCANCODE 0, 1 -> B SCANCODE 0, 2 -> C SCANCODE 1, 0 -> D SCANCODE 1, 1 -> E SCANCODE 1, 2 -> F SCANCODE 2, 0 -> G SCANCODE 2, 1 -> H SCANCODE 2, 2 -> I SCANCODE 3, 0 -> J SCANCODE 3, 1 -> K SCANCODE 3, 2 -> L SCANCODE 4, 0 -> M SCANCODE 4, 1 -> N SCANCODE 4, 2 -> O SCANCODE 5, 0 -> P SCANCODE 5, 1 -> Q SCANCODE 5, 2 -> R SCANCODE 6, 0 -> S SCANCODE 6, 1 -> T SCANCODE 6, 2 -> U SCANCODE 7, 0 -> V SCANCODE 7, 1 -> W SCANCODE 7, 2 -> X SCANCODE 8, 0 -> Y SCANCODE 8, 1 -> Z SCANCODE 8, 2 -> ESCAPE SCANCODE 9, 0 -> SHIFT SCANCODE 9, 1 -> SPACE SCANCODE 9, 2 -> RETURN # Shift remapping table. REMAPPING shift, A -> LEFT REMAPPING shift, B -> DOWN REMAPPING shift, C -> RIGHT REMAPPING shift, D -> SUBTRACT REMAPPING shift, E -> UP REMAPPING shift, F -> ADD REMAPPING shift, G -> TAB REMAPPING shift, H -> QUESTION REMAPPING shift, I -> COMMA REMAPPING shift, J -> BACKSLASH REMAPPING shift, K -> COLON REMAPPING shift, L -> SLASH REMAPPING shift, M -> USER_DEF4 REMAPPING shift, N -> STAR REMAPPING shift, O -> USER_DEF3 REMAPPING shift, P -> KEY7 REMAPPING shift, Q -> KEY8 REMAPPING shift, R -> KEY9 REMAPPING shift, S -> KEY4 REMAPPING shift, T -> KEY5 REMAPPING shift, U -> KEY6 REMAPPING shift, V -> KEY1 REMAPPING shift, W -> KEY2 REMAPPING shift, X -> KEY3 REMAPPING shift, Y -> ALT REMAPPING shift, Z -> KEY0 REMAPPING shift, ESCAPE -> PERIOD REMAPPING shift, SPACE -> BACKSPACE

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A C-515-Key Key Map # Copyright (c) 2003 Two Technologies Corporation. All rights reserved. # File: JET15Key.txt # # 15 Key JETT.ce keyboard, REV 1 # The keyword "FUNCTION" is used for the "2nd" key. # The keyword "RETURN" is used for the "ENTER" key. # "USER_DEF1" defines the Contrast+ key # "USER_DEF2" defines the Contrast- key # "USER_DEF3" defines the Backlight-On key # "USER_DEF4" defines the Backlight-Off key # "WINMENU" produces the Windows "Start" menu. # The number of rows and columns. # Note: COLS MUST ALWAYS be a 5 ROWS 5 COLS 5 # The id of the keyboard. ID 15 # The basic scan codes. # Row,Col,Scan Code SCANCODE 0, 0 -> TAB SCANCODE 0, 1 -> UP SCANCODE 0, 2 -> ALT SCANCODE 1, 0 -> LEFT SCANCODE 1, 1 -> BACKSLASH SCANCODE 1, 2 -> RIGHT SCANCODE 2, 0 -> SUBTRACT SCANCODE 2, 1 -> DOWN SCANCODE 2, 2 -> ADD SCANCODE 3, 0 -> ESCAPE SCANCODE 3, 1 -> PERIOD SCANCODE 3, 2 -> RETURN SCANCODE 4, 0 -> FUNCTION SCANCODE 4, 1 -> CONTRO SCANCODE 4, 2 -> SPACE # Table 0 is always the unshifted values. TABLE 0, basic, UNSHIFTED TABLE 1, func, FUNCTION TABLE 2, shift, SHIFT # func remapping table. REMAPPING func, TAB -> KEY1 REMAPPING func, UP -> KEY2 REMAPPING func, ALT -> KEY3 REMAPPING func, LEFT -> KEY4 REMAPPING func, BACKSLASH -> KEY5 REMAPPING func, RIGHT -> KEY6 REMAPPING func, SUBTRACT -> KEY7 REMAPPING func, DOWN -> KEY8 REMAPPING func, ADD -> KEY9 REMAPPING func, ESCAPE -> USER_DEF4 REMAPPING func, PERIOD -> KEY0 REMAPPING func, RETURN -> USER_DEF3 #REMAPPING func, FUNCTION -> REMAPPING func, CONTROL -> WINMENU REMAPPING func, SPACE -> BACKSPACE

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A D-1Appendix D: Supported RFID Tag Formats Texas Instruments Tag-It HF-I Tag Format The Texas Instruments Tag-It HF-I RFID tag is ISO/IEC 15693 compliant and has 2K bits (256 bytes) of user memory available for read/write operations A 64-bit ID (factory programmed) uniquely identifies each Tag-It HF-I chip. TID 0xE0 0x07 Unique Tag ID - 48 bits (6 bytes) Philips I·Code SLI Tag Format The Philips I·Code SLI RFID tag is ISO/IEC 15693 compliant and has 896 bits (112 bytes) of user memory available for read/write operations Block # 32 bits (4 bytes per block) 0 (0x00) Data Data Data Data 1 (0x01) Data Data Data Data 2 (0x02) Data Data Data Data . . . . . . . . . . . . . . . 26 (0x1A) Data Data Data Data 27 (0x1B) Data Data Data Data A 64-bit ID (factory programmed) uniquely identifies each I·Code SLI chip (SL2 ICS20). TID 0xE0 0x04 0x01 Unique Tag ID - 40 bits (5 bytes) Block # 32 bits (4 bytes per block) 0 (0x00) Data Data Data Data 1 (0x01) Data Data Data Data 2 (0x02) Data Data Data Data . . . . . . . . . . . . . . . 62 (0x3E) Data Data Data Data 63 (0x3F) Data Data Data Data

Troubleshooting D-2Philips MIFARE A 1k Tag Format The Philips Standard Card IC MF1 IC S50 RFID tag is ISO 14443 A compliant and has 1024 x 8-bit of EEPROM memory organized in 16 sectors with 4 blocks of 16 bytes each. In the erased state, the EEPROM cells are read logical “0,” in the written state as a logical “1.” Sector Block 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 3 Key A Access Bits Key B 2 D D D D D D D D D D D D D D D 1 D D D D D D D D D D D D D D D 15 0 D D D D D D D D D D D D D D D . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Key A Access Bits Key B 2 D D D D D D D D D D D D D D D 1 D D D D D D D D D D D D D D D 2 0 D D D D D D D D D D D D D D D 3 Key A Access Bits Key B 2 D D D D D D D D D D D D D D D 1 D D D D D D D D D D D D D D D 1 0 Manufacturer Block Notes: D indicates the user area.

JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A D-3Philips MIFARE A 4k Tag Format The Philips Standard Card IC MF1 IC S70 RFID tag is ISO 14443 A compliant and has 4k byte EEPROM memory organized in 32 sectors with 4 blocks, and 8 sectors with 16 blocks each. One block consists of 16 bytes. In the erased state, the EEPROM cells are read logical “0,” in the written state as a logical “1.” Sector Block 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 15 Key A Access Bits Key B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 D D D D D D D D D D D D D D D 39 0 D D D D D D D D D D D D D D D . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 Key A Access Bits Key B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 D D D D D D D D D D D D D D D 32 0 D D D D D D D D D D D D D D D . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 Key A Access Bits Key B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 D D D D D D D D D D D D D D D 1 0 Manufacturer Data Notes: D indicates the user area.

Troubleshooting D-4Philips MIFARE Ultralight Tag Format This Philips Contactless Single-trip Ticket IC MF0 IC U1 tag is ISO 14443 A compliant and has 512 bits of EEPROM memory organized in 16 blocks with 4 bytes each. In the erased state, the EEPROM cells are read logical “0,” in the written state as a logical “1.” Block # Byte 0 Byte 1 Byte 2 Byte 3 0 (0x00) Serial #0 Serial #1 Serial #1 BCC0 1 (0x01) Serial #3 Serial #4 Serial #5 Serial #6 2 (0x02) BCC1 Internal Lock 0 Lock1 3 (0x03) Counter #1 Counter #2 Counter #3 Counter #4 4 (0x04) Data Data Data Data . . . . . . . . . . . . . . . 15 (0x0F) Data Data Data Data Atmel ISO 14443 B Tag Format The Atmel ISO 14443 B RFID tag has 1904 bits (238 bytes) available for user-defined purposes. Bytes marked "---" are user-defined and are set to 0x00 upon shipment form Atmel. Block # Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 0 (0x00) Unique ID Lock Bits 1 (0x01) Application Data Reserved 2 (0x02) Reserved Counter 3 (0x03) Password 4 (0x04) --- --- --- --- --- --- --- --- . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 (0x1A) --- --- --- --- --- --- --- --- 31 (0x1B) --- --- --- --- --- --- --- --- Note: Bytes marked “---“ are user-defined and are set to 0x00 upon shipment form Atmel.

$JETT•RFID+ Technical Reference Manual, MAN0352, Rev. A I-1Index 1 1210 Series Modular Cable ......................................2-5, B-2 15-Key Key Map...............................................................C-5 15-Key Keypad..................................................................3-6 2 2ND Key.............................................................................3-7 2ND Mode .........................................................................3-7 3 30-Key Key Map...............................................................C-4 30-Key Keypad..................................................................3-6 4 45-Key Key Map...............................................................C-2 45-Key Keypads ................................................................3-6 A About RFID........................................................................1-2 About the JETT•RFID ......................................................1-2 About this Manual............................................................1-1 About Two Technologies.................................................1-1 ActiveSync .........................................................................5-1 Allowed Values in Key Map Files .................................C-1 ALT Key.............................................................................3-7 Application Development................................................5-1 Application Types.............................................................5-1 Atmel ISO 14443 B Tag Format..................................... D-4 AuthorizeTag......................................................... 5-23, 5-35 AuthorizeTagB ...................................................... 5-23, 5-36 Aux Switch.........................................................................4-1 Auxiliary Power..............................................................5-13 AuxSwitchIsOn ..................................................... 5-13, 5-15 B Backlight.............................................................................4-1 Battery Compartment.......................................................2-2 Battery Indicator ...............................................................2-1 Battery Select .....................................................................4-1 Beep Driver Control........................................................5-13 Beep Select .........................................................................4-1 Bluetooth Device Properties............................................4-1 C Cable Connections............................................................2-5 JETT•connect System 2-4 Case Dimensions .............................................................A-2 CE Keyboard..................................................................... 3-8 CeKeys ............................................................................... 3-8 CELAT-P Adapter.................................................... 2-5, B-3 CenterCeKeys ........................................................5-13, 5-17 Certificates.........................................................................4-1 Changing System Settings...............................................4-3 Charge\Low Battery Indicator.......................................3-2 Charge\Low Battery Indicator Functions.....................3-2 Charging the Unit............................................................. 3-1 CHG Indicator ..................................................................3-2 ClearDataBlocks ....................................................5-23, 5-31 CloseRFID...............................................................5-23, 5-27 Compact Flash Slot Cover...............................................2-3 Closed Position 2-3 Modified 2-3 Open Position 2-3 Connecting to a Mail Server............................................ 4-7 Connector Covers.............................................................1-4 Control Panel ....................................................................4-1 Control Panel Functions ..................................................4-1 CPU Specifications ..........................................................A-1 CPU Speed.........................................................................4-1 Creating a Wired Ethernet Network Connection.........4-6 Creating a Wireless Connection .....................................4-6 CTRL Key ..........................................................................3-7 D Data Entry .........................................................................3-9 Date/Time.........................................................................4-1 DE-9 Female Metal Plug..................................................1-4 DE-9 Male Metal Plug......................................................1-4 DecBrightness ........................................................5-13, 5-14 Desktop Functions.......................................................... 3-10 Development Tools ..........................................................5-1 Dialing ...............................................................................4-1 Display........................................................................2-1, 4-1 Display Rotation...............................................................4-1 Display Specifications.....................................................A-1$

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