FCC ID: SEKVAL512 NFC Payment terminal

Worldline s.a./ n.v. VALINA integrated payment terminal Addendum to product and integration manuals Rev 1.0 15/06/2016 D. Verheyden FCC ID: SEKVAL12 IC: 5264A-VAL512 Worldline Model: VALINA payment terminal FCC 47 part 15 The equipment has been tested and found compliant to the requirements of the FCC 47 part 15 for digital devices. IC ICES-003 and RSS-210 This class B equipment has been tested and found compliant to Canadian ICES-003 and RSS-210 for digital devices. Cet quipement de classe B a t test et est conforme aux normes NMB-003 er RSS-210 du Canada FCC rules: 15.105 NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

Reorient or relocate the receiving antenna. Connect the equipment into an outlet on a circuit different from that to which the receiver is Increase the separation between the equipment and receiver. connected. Consult the dealer or an experienced radio/TV technician for help. FCC rules: 15.19 NOTICE:

This device complies with Part 15 of the FCC Rules and with RSS-210 and ICES-003 of Industry Canada. Operation is subject to the following two conditions:

(1) this device may not cause harmful interference, and

(2) this device must accept any interference received, including interference that may cause undesired operation. Le prsent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorise aux deux conditions suivantes:

(1) l'appareil ne doit pas produire de brouillage, et Addendum to product and integration manuals VALINA v1.docx Page 1/2 Worldline s.a./ n.v. VALINA integrated payment terminal Addendum to product and integration manuals Rev 1.0 15/06/2016 D. Verheyden

(2) l'utilisateur de l'appareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible d'en compromettre le fonctionnement. FCC rules: 15.21 NOTICE:

Changes or modifications made to this equipment not expressly approved by Worldline s.a./n.v. may void the FCC authorization to operate this equipment. Radio frequency radiation exposure Information:

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance of 20 cm between the radiator and your body. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. Addendum to product and integration manuals VALINA v1.docx Page 2/2

INTEGRATION MANUAL VALINA the next generation compact, convenient, complete product picture 4.014 x 3.596

an atos company VALINA integration manual Legal disclaimer and copyrights The information in this document is subject to change without notice and shall not be construed as a commitment by Worldline S.A./N.V. (Worldline) The content of this document, including but not limited to trademarks, designs, logos, text, images, is the property of Worldline and is protected by the Belgian Act of 30.06.1994 related to authors rights and by the other applicable Acts. The word VALINA and other trademarks used in this document are the property of Worldline. Worldline trademarks used in this document are indicated. Linux is a registered trademark of Linus Torvalds, Java is a registered trademark of Oracle and/or its affiliates and Android is a trademark of Google Inc. The contents of this document can be reproduced by or on behalf of third parties with the prior written consent of Worldline and following its instructions. Worldline accepts no responsibility for errors and omissions introduced when translating or reworking this document. Except with respect to the limited licence to download and print certain material from this document for non-commercial and personal use only, nothing contained in this document shall grant any licence or right to use any of Worldline's proprietary material. While Worldline has made every attempt to ensure that the information contained in this document is correct, Worldline does not provide any legal or commercial warranty on the document that is described in this specification. The technology is thus provided as is without warranties of any kind, expressed or implied, included those of merchantability and fitness for a particular purpose. Worldline does not warrant or assume any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, product or processes disclosed. To the fullest extent permitted under applicable law, neither Worldline nor its affiliates, directors, employees and agents shall be liable to any party for any damages that might result from the use of the technology as described in this document (including without limitation direct, indirect, incidental, special, consequential and punitive damages, lost profits). These terms shall be governed by and construed in accordance with the laws of Belgium. You irrevocably consent to the jurisdiction of the courts located in Brussels for any action arising from or related to the use of this document. Document information document title security last modified owner author document release 0.1 Worldline 2016 VALINA integration manual unrestricted 6 June 2016 Luc Luyckx Niels Grundtvig Nielsen INTEGRATION MANUAL VALINA Contents 1. About this book.................................................................................................. 1 What is in this book ............................................................................................ 1 Who should use this book .................................................................................. 1 2. VALINA key features.......................................................................................... 3 3. Safety................................................................................................................... 5 Operating safety ................................................................................................. 5 Repairs and end-of-life ....................................................................................... 6 4. Installing VALINA ............................................................................................... 7 Selecting a location ............................................................................................ 8 Installation step by step...................................................................................... 9 Step 1.Check the gasket positioning ......................................................................9 Step 2.Mount the VALINA in the vending machine ................................................9 Step 3.Connect power and communication cables at the back of the VALINA ......9 Step 4.Power up VALINA and fasten cables ........................................................10 Step 5.Install SAM card optional................................................................. 12 Step 6.Install micro SD card optional ................................................................13 Step 7.Install communications board optional ...................................................14 5. Power supply, ports and pin-outs .................................................................. 17 Power supply.................................................................................................... 17 USB-B (device) interface.................................................................................. 18 Ethernet 10/100 Mbit ........................................................................................ 18 RS-232 interface .............................................................................................. 19 USB-A (host) interface ..................................................................................... 19 Vending machine controller.............................................................................. 19 Power consumption.......................................................................................... 20 6. JTAG/DEBUG port............................................................................................ 21 7. Cleaning ............................................................................................................ 23 Cleaning cards ................................................................................................. 23 8. Repairs and end-of-life .................................................................................... 25 Step by step ..................................................................................................... 25 Appendix A. Technical specifications............................................................... 27 Software ........................................................................................................... 30 Appendix B. Approvals....................................................................................... 31 Approvals/certification ...................................................................................... 31 EMC emissions and immunity .................................................................... 31 unrestricted im_valinaTOC.fm document release 0.1 i last updated 6/6/16 VALINA INTEGRATION MANUAL ESD immunity............................................................................................. 32 Safety ......................................................................................................... 32 VALINA with GSM ...................................................................................... 32 VALINA with WLAN.................................................................................... 32 ii empty for double-sided printing im_valinaTOC.fm INTEGRATION MANUAL VALINA Figures Figure 1. VALINA front view................................................................................................4 Figure 2. VALINA back view ...............................................................................................4 Figure 3. Aligning VALINA terminal and mounting plate........................................................9 Figure 4. Power connections Microfit (left), MDB (right) ...................................................10 Figure 5. Cable ties for VALINA...........................................................................................11 Figure 6. VALINA with TELECOM cover [1] in place...........................................................12 Figure 7. Fitting SAM cards .................................................................................................13 Figure 8. Inserting the micro SD card ..................................................................................14 Figure 9. Inserting optional communications board in VALINA............................................15 Figure 10. Fitting the SIM card.............................................................................................15 Figure 11. Power supply / data connectors on the VALINA.................................................17 Figure 12. JTAG/DEBUG port..............................................................................................21 Figure 13. Cleaning card for chip-card reader (sliding brush)..............................................23 Figure 14. Cleaning card for magstripe-card reader............................................................23 Figure 15. Internal mounting details for VALINA..................................................................28 Figure 16. Minimum required space (from EVA Specs).......................................................28 unrestricted im_valinaLOF.fm document release 0.1 iii last updated 6/6/16 VALINA INTEGRATION MANUAL iv empty for double-sided printing im_valinaLOF.fm INTEGRATION MANUAL VALINA 1. About this book The VALINA is the newest unattended payment terminal from Worldline. What is in this book VALINA and its accessories technical specifications integrating the VALINA in other equipment such as a vending machine, including safety considerations powering and maintaining VALINA troubleshooting approvals and certifications, including applicable environmental regulations Who should use this book anyone who will be installing a VALINA in a vending machine or other equipment field and service technicians using the service unit Information from this book may be reused in other documentation such as a user guide. unrestricted im_vln_about.fm document release 0.1 1 last updated 6/6/16 INTEGRATION MANUAL VALINA 2 empty for double-sided printing im_vln_about.fm INTEGRATION MANUAL VALINA 2. VALINA key features The VALINA is an intelligent all-in-one terminal for unattended payments with and without PIN, supporting a range of standards including EMV and Mifare. It handles payments by chip card, NFC cards and devices, and magstripe card. The VALINA is PCI 4.x certified, SRED included. It has been designed to provide a complete solution for EMV payments, and can run either newly-developed Android apps or legacy apps (written for the MAPS platform) from Worldline. Key hardware features include:

3.5 touch TFT colour display for an enjoyable payment experience small footprint matches EVA/CVS 1.3 standards for Standard Door Module

(SDM) dimensions, making integration in vending machines easy The VALINA takes up limited space inside the machine: compare this with the footprint of a bank note acceptor (BNA) or coin detector. onboard Ethernet, serial interface, MDB, USB host and USB device meet most communications requirements out-of-the-box proximity detector (patented) for improved power management Typical integration scenarios for the VALINA include:

vending machines, ticket machines and kiosks petrol forecourts and car-washes on-street and off-street parking dispensers and pre-payment meters self-service checkouts unrestricted im_vln_keyFeatures.fm document release 0.1 3 last updated 6/6/16 INTEGRATION MANUAL VALINA Figure 1. VALINA front view Figure 2. VALINA back view For more information on connectors, see Power supply, ports and pin-outs, on page 17. 4 empty for double-sided printing im_vln_keyFeatures.fm INTEGRATION MANUAL VALINA 3. Safety Follow the guidelines in this manual when integrating the VALINA. Neither Worldline nor its vendor will bear any responsibility or cost for malfunctioning, breakdowns or any anomaly that may result from incorrect handling of the VALINA. Worldline declines any liability if the instructions and precautions contained in this manual are not observed. If you notice that any VALINA component blocks, does not fit, or shows any other malfunction, contact your vendor. Do not try to repair or alter it in any way. Use only accessories (power adaptor, cables and so on) provided by your vendor or by an approved source. Check that the VALINA has completed the required application-loading and key-loading stages. Operating safety Keep the VALINA away from excessive heat, fire, high voltage, radiation, shocks and abrasive chemicals. To guarantee safe operation of the VALINA, make sure:

the VALINA is firmly fixed in the kiosk/vending machine and correctly powered the kiosk/vending machine where the VALINA is mounted is protected from dust, strong sunlight, rain, wind and flying debris (for example, stones thrown up by passing traffic) the operating temperature of the VALINA remains between -20C and 70C This corresponds to an environmental temperature of -20C to +50C, depending on the position of the terminal (in direct sunlight, sheltered ) the VMC is installed, positioned in line with manufacturer recommendations Always:

use only the power adaptor supplied, or a power adaptor compliant with the appropriate specifications disconnect the power adaptor before cleaning the housing and for servicing or repair

!

Never:

drop, throw, slam or vibrate the VALINA let oil, water or other liquids enter the VALINA unrestricted im_vln_safety.fm document release 0.1 5 last updated 6/6/16 INTEGRATION MANUAL VALINA use extension cables to extend the power cable between the power adaptor and the VALINA connect any unused cables to the VALINA store, install or use the VALINA near any source of excessive voltage fluctuations, electromagnetic fields or microwave radiation (for example, electric motors or high-frequency devices) in a deep-freeze or a defrosting system store the VALINA near food, or with explosive substances such as lighter fuel or petrol open the VALINA Repairs and end-of-life All servicing other than the actions described in this manual must be performed by Worldline or an approved service centre. Contact your vendor for information on how to dispose of your VALINA at the end of its life. Do not discard, give away or sell your VALINA as it contains materials that can be recycled and must be treated by a professional party. 6 last updated 6/6/16 document release 0.1 unrestricted im_vln_safety.fm INTEGRATION MANUAL VALINA 4. Installing VALINA read Operating safety, on page 5, before you start installing a VALINA make sure the contents of the VALINA package are complete and correct Inspect the package for damage, and make sure it contains all the items listed. In case of doubt, or if items are missing or damaged, contact your vendor immediately. Make sure that:

there is no sign of unusual cables connected anywhere on the VALINA there is no foreign object in either of the card-readers the terminal is not displaying any warning message the housing is not visibly damaged the terminal serial number (on the label) corresponds to the inventory make sure the vending machine has the necessary front panel openings and spot-

welded connection bolts, and that the weld seams are within permitted limits 85.50 4 welded studs M4 x 25 1 7

. 8 0 1 1 7

. 8 0 1

. 0 1 8 1 1 17.80 50.80 86.40 110.00 view from inside device footprint all measurements in mm make sure the front panel of the vending machine is smooth and rigid with no unfinished edges on any of the holes or openings. installing a SAM card (described on page 12) and installing an optional communications board (described on page 14) are easier before installing the VALINA in a vending machine unrestricted im_vln_installing.fm document release 0.1 7 last updated 6/6/16 INTEGRATION MANUAL VALINA make sure the VALINA cannot be removed from the vending machine after integration Selecting a location The terminal is designed for unattended use both indoors and outdoors. Electrical installations where the VALINA is installed must comply with local and regional codes for office and residential electrical wiring, such as International Electrotechnical Commission

(IEC). Finding a proper location is an important aspect of installing VALINA components. Follow the guidelines given here, and also check local requirements:

select a location on the machine that is conveniently accessible on the front side of the vending machine, make sure that:

the VALINA fits in the mounting position the VALINA faces the cardholder and will be clearly visible the display is readable the card slot is accessible avoid a position that exposes the VALINA to rain or hostile weather make sure air can circulate freely around the components to avoid reflections and guarantee readability, do not expose the display to direct sunlight for the security of the card-holder, make sure that PIN privacy is guaranteed:

locating the display outside the field of vision of cameras, mirrors and so on, and away from stairs check all local regulations and requirements for PIN privacy for the convenience of the technician, make sure there is sufficient space on the vending machine to:

access the ground connection guide the cables without folding them, and use cable ties fit the mounting brace that fastens the terminal tightly into the machine access the rear side of the VALINA the maximum permitted length of the cable between the VALINA and the vending machine controller (VMC) is 3m 8 last updated 6/6/16 document release 0.1 unrestricted im_vln_installing.fm INTEGRATION MANUAL VALINA Packaging packaging item VALINA terminal fixing plates gasket quantity 1 2 1 optional items 1 cable(s) power adaptor RS232 VALINA serial cable 2m (ePOS/ECR to VALINA), Ethernet, RS232, USB, power (TTL) Inspect the package for damage, and make sure it contains all the items listed. In case of doubt, or if items are missing or damaged, contact your shipping company and/or vendor. If you are going to attach the mounting plate direct to the vending machine, you will also need four M4 locknuts. These are not included in the package. Installation step by step Step 1. Check the gasket positioning Lugs (pins) in the rubber should fit into the terminal openings above and below. Step 2. Mount the VALINA in the vending machine 1. Line up the VALINA with the front panel opening on the vending machine. valinaAlign Figure 3. Aligning VALINA terminal and mounting plate 2. Clamp the EVA frame to the rigid front plate of the machine using four locknuts. note: these locknuts are not included in the terminal package 3. Tighten the locknuts in a Z-pattern. To avoid damaging the VALINA, do not over-tighten the nuts. 0.7Nm is recommended, depending on the material the front plate is made from. After mounting the VALINA on the vending machine, continue by connecting the power and communications cables as described under Power up VALINA and fasten cables, on page 10 Step 3. Connect power and communication cables at the back of the VALINA There are six numbered interfaces on the back of the VALINA, for connections to external peripherals. unrestricted im_vln_installing.fm document release 0.1 9 last updated 6/6/16 INTEGRATION MANUAL VALINA For detailed information on pinouts, see Power supply, ports and pin-outs, on page 17. Power up VALINA and fasten cables The VALINA requires an external power supply, using one of these two options:

connector 5 12V DC 2A (Microfit connector) connector 6 24-48VDC (MDB connector) The VALINA cannot be powered through any other port. table Step 4.

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Figure 4. Power connections Microfit (left), MDB (right) To reduce wear on the connectors, use a cable tie to fasten the cables to the strain-relief point on the EVA frame of the VALINA. 10 last updated 6/6/16 document release 0.1 unrestricted im_vln_installing.fm INTEGRATION MANUAL VALINA Figure 5. Cable ties for VALINA

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In normal state, the status LED on the front of the VALINA lights up steadily as soon as you power up the terminal. In tampered state, the device displays a warning message and it is not possible to use the terminal to make a payment. When a warning message is displayed:

remove the terminal from service 1. 2. contact the supplier immediately, who may then report the problem to Worldline 3. keep the terminal available for possible forensic investigation unrestricted im_vln_installing.fm document release 0.1 11 last updated 6/6/16 INTEGRATION MANUAL VALINA Step 5. Install SAM card optional The VALINA has two type ID 0 SAM slots. install any SAM card before installing the optional communications board install both SAM card and communications board before installing the VALINA in the vending machine. 1. open TELECOM cover Remove the retaining screw of the TELECOM cover (if present) and open the cover. Figure 6. VALINA with TELECOM cover [1] in place 2. open SAM holder and insert SAM card Open the SAM holder (with the two bar-code labels on) and insert one or two SAM cards as shown. Make sure the card is completely inserted. 12 last updated 6/6/16 document release 0.1 unrestricted im_vln_installing.fm INTEGRATION MANUAL VALINA Figure 7. Fitting SAM cards 3. close all slots Close the SAM holder, and press it down until it engages with an audible click 4. close the TELECOM cover If you will be installing the optional micro SD card or the optional communications board, do not close the TELECOM cover yet If you are using a retaining screw for the cover, use one 8 torx screw (included). Do not over-tighten the screw. Step 6. Install micro SD card optional 1. open TELECOM cover Remove the retaining screw of the TELECOM cover (if present) and open the cover. insert the microSD card in the holder as shown 2. unrestricted im_vln_installing.fm document release 0.1 13 last updated 6/6/16 INTEGRATION MANUAL VALINA Figure 8. Inserting the micro SD card If you will be installing the optional communications board, do not close the TELECOM cover yet If you are using a retaining screw for the cover, use one 8 torx screw (included). Do not over-tighten the screw Step 7. Install communications board optional When the VALINA is going to use via 2G/3G or WiFi/Bluetooth, a communications board is required. YONEO communications boards are compatible with the VALINA. For easy access to the communications board, install the board in the VALINA before installing the VALINA in the vending machine. 1. Prepare the communications board. unpack the communications board, taking precautions to avoid electrostatic discharge (ESD) make sure that all the required accessories (board, cables, and so on) are correct and present insert SIM under clip 2. Open TELECOM cover if necessary Remove the holding screw of the TELECOM cover (if present) and open the cover. 3. Fit the communications board:

a. carefully align the connector of the communication board with the connector on the VALINA, taking care not to damage the connector. b. slide the communication board under the retention clip on the left side (viewed from the back) 14 empty for double-sided printing im_vln_installing.fm INTEGRATION MANUAL VALINA c. make sure that the connectors are still aligned correctly d. gently press the board down into the holding clip, until it engages with an audible click valinaComms Figure 9. Inserting optional communications board in VALINA 4. Connect antenna cable Connect the antenna cable to the connector on the board. Make sure it is an antenna with a card connector and a resistance of 50 Ohm. Do not plug in cables before installing the communication board in the VALINA 5. Fit the SIM in the SIM card holder The SIM card is required for 2G/3G. valinaSIM Figure 10. Fitting the SIM card Insert the SIM card as shown. Make sure the card is completely inserted, then close the SIM card holder. 6. Guide the cable or antenna and close the TELECOM cover Guide the cable or antenna through the notch in the back housing, then close the TELECOM cover while holding the cable or antenna cable in place. If you are using a retaining screw for the cover, use one 8 torx screw (included). Do not over-tighten the screw. unrestricted im_vln_installing.fm document release 0.1 15 last updated 6/6/16 INTEGRATION MANUAL VALINA 16 empty for double-sided printing im_vln_installing.fm INTEGRATION MANUAL VALINA 5. Power supply, ports and pin-outs This chapter describes the power supply / data connectors on the VALINA. Figure 11. Power supply / data connectors on the VALINA Power supply The VALINA is powered from an external power adaptor through port 5 (TTL) or port 6

(MDB). the TTL interface is a surface-mounted, dual-row, 6 circuit connector (Molex Microfit connector) with a press-fit metal retention clip Pinout for Microfit 43045-0616 interface Table 1 pin 1 2 3 description Vcc in GND IN [0]

the MDB interface is Pinout for MDB interface description Table 2 pin 1 2 description IN [1]

IN [2]

OUT [0]

description pin 4 5 6 pin 4 5 unrestricted im_vln_connections.fm document release 0.1 17 last updated 6/6/16 INTEGRATION MANUAL VALINA Table 2 3 Pinout for MDB interface 6 The VALINA is CE certified in combination with the Powertech ADS 0271-B adaptor. If any other power supply is used, the distributor is responsible for compliance with local safety requirements and regulations. USB-B (device) interface The VALINA is fitted with a USB 2.0 Full Speed (up to 480 MBit/sec) device interface, which can be used to connect to ePOS equipment or a PC and to perform keyloading. The necessary USB-driver is included in recent installation packages of most operating systems (Windows, MacOS and Linux). If the driver is not available, contact your vendor.

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VALINA cannot be powered through the USB device interface: it always needs an external power supply. Pinout for USB-B interface Table 3 pin 1 2 3 4 description VCC (5V) VALINA D- VALINA D+ VALINA GND direction IN IN/OUT IN/OUT Ethernet 10/100 Mbit The VALINA has a standard 10/100 megabit Ethernet interface, using an RJ45 (8p/8c) connector. VALINA cannot be powered through the Ethernet interface.

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Pinout for Ethernet 10 Mbit connector Table 4 pin 8 7 6 5 4 3 2 1 description HF HF RX B HF HF RX A TX B TX A direction GND GND VALINA GND GND VALINA VALINA VALINA

[IN]

from network

[IN]

[OUT]

[OUT]

network network network 18 last updated 6/6/16 document release 0.1 unrestricted im_vln_connections.fm INTEGRATION MANUAL VALINA RS-232 interface The VALINA has one RS-232 interface with RTS/CTS flow-control, for connecting to peripherals such as a vending-machine controller, ePOS equipment or a printer.

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VALINA cannot be powered through the RS-232 interface. The interface allows connections up to 230,400bps and is fitted with an 8p RJ45 connector with the following pinout. Table 5 pin 8 7 6 5 4 3 2 1 Pinout for RS-232 interface direction VALINA VALINA VALINA VALINA VALINA VALINA description VCC VCC TX RX CTS RTS GND GND

[IN]

[IN]

[OUT]

[IN]

[IN]

[OUT]

USB-A (host) interface The VALINA is fitted with a USB 2.0 full speed (up to 480 MBit/sec) host interface, which can be used to connect to a USB stick or other storage device.

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VALINA cannot be powered through the USB host interface: it always needs an external power supply. The pin-out of the USB host interface is as follows:

Table 6 pin 1 2 3 4 Pinout for USB host interface description VCC (5V) VALINA D- VALINA D+ VALINA GND direction OUT IN/OUT IN/OUT Vending machine controller The VALINA communicates with the Vending Machine Controller (VMC) through RJ45 connector 3 (RS-232) or through TTL connector 6. unrestricted im_vln_connections.fm document release 0.1 19 last updated 6/6/16 INTEGRATION MANUAL VALINA Power consumption The VALINA is fitted with a proximity sensor that helps supports smart energy consumption by switching between different states. Table 7 power consumption state transaction transaction stand-by sleep details terminal processing transaction by GPRS (backlight on) terminal processing transaction by Ethernet (backlight on) wake-up triggered by proximity detector wake-up time 1 second wake-up triggered through TTL port wake-up time 1 minute 20 empty for double-sided printing im_vln_connections.fm INTEGRATION MANUAL VALINA 6. JTAG/DEBUG port For development and repair purposes, the VALINA is equipped with a JTAG/Debug port, underneath the SAM cover. This port can be used to connect a PACIFIC Debug Interface for debugging and logging purposes. This port can also be used to connect a JTAG Interface for repair and reflash purposes. The following interfaces are available on this port:

The JTAG/Debug port uses a spring-loaded connector with 2.54 mm pins. It is available on all terminals (normal, production, and development). The following interfaces are available on this port:

JTAG-interface towards the ASIC 3.3V UART interface towards Core 1 (secured UART_A3) 3.3V UART interface towards Core 2 (unsecured UART_B3) jtagDebug Figure 12. JTAG/DEBUG port Table 8 Pinout for JTAG/Debug port all terminals pin 1 3 5 7 9 description GND JTAG TDI JTAG TMS JTAG TSEL(1) DEBUG RXD_B 11 DEBUG RXD_A direction IN IN IN IN IN pin 2 4 6 8 10 12 description JTAG TCK JTAG TDO JTAG TRST 3V3 DEBUG TXD_B DEBUG TXD_A Table 9 Pinout for JTAG/DEBUG port development terminals only pin 1 3 5 7 9 description 3V3 JTAG TRST JTAG TDI JTAG TMS JTAG TCK 11 JTAG TDO direction IN IN OUT IN OUT pin 2 4 6 8 10 12 description JTAG_TSEL(0) GND GND GND GND GND direction IN OUT IN OUT OUT direction IN IN IN IN unrestricted im_vln_jtag.fm document release 0.1 21 last updated 6/6/16 INTEGRATION MANUAL VALINA Table 9 Pinout for JTAG/DEBUG port development terminals only pin 13 15 17 19 description 3V3 JTAG TSEL(1) DEBUG RXD_B DEBUG RXD_A direction IN IN IN pin 14 16 18 20 description JTAG AUTOWR JTAG SRSTn DEBUG TXD_B DEBUG TXD_A direction IN IN/OUT OUT OUT 22 last updated 6/6/16 document release 0.1 unrestricted im_vln_jtag.fm INTEGRATION MANUAL VALINA 7. Cleaning For optimal functioning of your Worldline terminal and accessories, clean them regularly. 1. Disconnect the equipment from the power supply. 2. Clean the equipment with a soft damp cleaning cloth. 3. Clean the display with a soft dry anti-static cleaning cloth. 4. Clean card readers every two weeks, with an appropriate cleaning card. Contact your vendor for information about cleaning cards. After cleaning, do not forget to re-connect the equipment.

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Do not:

immerse the products in water, or use a lot of water while cleaning spray water directly on to countertop or portable terminals let dirt enter the card readers use detergents, solvents, alcohol or abrasive products These products may damage surfaces and make transparent parts opaque.5. Cleaning cards valinaCleanChip Figure 13. Cleaning card for chip-card reader (sliding brush) Follow the instruction found on the packaging of the cleaning card. This card can be used for up to 12 cleanings of the reader before you need to replace it. valinaCleanMag Figure 14. Cleaning card for magstripe-card reader Follow the instructions on the packaging of the cleaning card. This card can be used for up to 8 cleanings of the reader before you need to replace it. unrestricted im_vln_cleaning.fm document release 0.1 23 last updated 6/6/16 INTEGRATION MANUAL VALINA 24 empty for double-sided printing im_vln_cleaning.fm INTEGRATION MANUAL VALINA 8. Repairs and end-of-life All servicing other than the actions described in this manual must be performed by Worldline or an approved service centre. When a VALINA or any of its accessories is at the end of its life, it must not be simply thrown away, given away or sold on. As terminal vendor, you are responsible for the correct decommissioning of terminals and their components or accessories at their end of life. Remember that:

security awareness requires erasing cryptographic components securely and completely sustainability requires recycling as many components as possible environmental awareness requires disposing of hazardous materials professionally Step by step Inspect the terminal for completeness, signs of intrusion and tampering, as explained under Security recommendations, on page 17. 1. If you find any evidence of tampering, report the problem to Worldline and keep the terminal available for possible forensic investigation If you do not find any evidence of tampering, dispose of the terminal following local rules and regulations for disposal of electronic equipment, such as WEEE. Make sure that the person or organisation responsible effectively destroys the terminal and its components. 2. Log the physical disposal of the terminal in the assets register. unrestricted im_vln_decommission.fm document release 0.1 25 last updated 6/6/16 INTEGRATION MANUAL VALINA 26 empty for double-sided printing im_vln_decommission.fm INTEGRATION MANUAL VALINA Appendix A. Technical specifications display 3.5, 320 x 480 pixels, 64K colour, capacitative touchscreen (backlit) communications on-board Ethernet 10/100 RS-232 communications optional extensions 2G/3G GSM, GPRS, EDGE / UMTS, HSDPA Bluetooth/WiFi interfaces Ethernet RS232, to serial peripherals (for example, vending machine controller or printer) Microfit 43045, power input/output socket (12V DC, 2A) MDB USB host and USB device chip security modules 2 SAM slots type ID 0 2G/3G interface board contains 1 SIM slot processing capabilities hardware cryptographic accelerators memory 512 Mbytes RAM 4 Gbytes Flash memory micro USD power supply 12V DC, 2A (when using Microfit) 24 45 VDC (when using MDB) proximity detector weight 573 g unrestricted im_vln_techSpecs.fm document release 0.1 27 last updated 6/6/16 INTEGRATION MANUAL VALINA Dimensions For exact measurements, including tolerances, download drawing 3034910003 from the Partner Extranet. integration dimensions (excluding gasket) mounting aperture: 110 * 146 (height/width) clearance: min. 88 (depth) Figure 15. Internal mounting details for VALINA Figure 16. Minimum required space (from EVA Specs) 28 last updated 6/6/16 document release 0.1 unrestricted im_vln_techSpecs.fm INTEGRATION MANUAL VALINA Optional accessories communications boards debug interface power adaptor input100-240 VAC, 50 60 Hz; output 12 VDC 2A unrestricted im_vln_techSpecs.fm document release 0.1 29 last updated 6/6/16 INTEGRATION MANUAL VALINA Environmental conditions operating temperature/humidity

-20C to +70C (for VALINA without display); 0% to 90% RH non-condensing storage temperature/humidity

-25C to +70C; storage humidity: 0% to 95% RH flammability rating ANSI/UL 94 V-0 dust-/waterproof rating IP65 protection classification vandal-proof class IK08 Software Android and Linux OS Linux-based development kit (C and Java) secured remote download of software (RTL server) 30 empty for double-sided printing im_vln_techSpecs.fm INTEGRATION MANUAL VALINA Appendix B. Approvals Worldline declares that the VALINA complies with Radio and Telecommunications Terminal Equipment directive 1999/5/EC, based on test results referencing harmonised standards. The declaration of conformity (DoC) can be consulted on the partner extranet or on the terminal website:

terminals.worldline.com, under Technology and Innovation internationalpartners.extranet.worldline.com The product is designed for operation in commercial or residential structures that have electrical installations in compliance with local and regional codes for office and residential electrical wiring, such as International Electrotechnical Commission (IEC) 364 parts 1 through 7. The VALINA has been approved/certified in line with international standards including:

Approvals/certification PCI PTS 4.x (SRED and Open Protocols) MasterCard TQM EMVCo Level 1 contact V4.3 EMVCo Contactless V2.5 CE directives 1995/5/CE, 2004/108/CE, 2006/95/CE Environmental directives Reach, RoHS 2, WEEE FCC EMC emissions and immunity EN61000-3 Electromagnetic compatibility (EMC) Part 3, Testing and measurement techniques, Section 2, Limits for harmonic current emissions

(equipment input current 16A per phase) EN61000-4 Electromagnetic compatibility Part 4: Testing and measurement techniques:

Section 3, Electromagnetic compatibility conducted disturbances induced by radio-frequency field: Immunity test Section 5, Surge immunity Section 6, Immunity to conducted disturbances induced by radio-frequency fields Section 8, Power frequency magnetic field: Immunity test EN55022 Limits and methods of measurement of radio disturbance characteristics of IT Equipment unrestricted im_vln_approvals.fm document release 0.1 31 last updated 6/6/16 INTEGRATION MANUAL VALINA ESD immunity EN61000-3 Electromagnetic compatibility Part 3: Testing and measurement techniques, Section 3: Limitation of voltage fluctuations and flicker in low voltage supply systems for equipment with rate current 16A per phase EN61000-4 Electromagnetic compatibility Part 4: Testing and measurement techniques:

Section 2: Electrostatic discharge immunity test Voltage fluctuations and transient Section 4: Electrical fast transient / burst immunity test Section 11: Voltage dips, short interruptions and voltage variations immunity test Safety EN60950-1 Information technology equipment VALINA with GSM EN301 489 Electromagnetic compatibility and radio spectrum matters (ERM);

Electromagnetic compatibility (EMC) standard for radio equipment and services Part 1: Common technical requirements Part 7: Specific conditions for mobile and portable radio and ancillary equipment of digital cellular radio telecommunications systems (GSM and DCS) EN301 511 Global system for mobile communications (GSM); Harmonised EN for mobile stations in the GSM 900 and GSM 1800 bands covering essential requirements of article 3.2 of the R&TTE directive (1999/5/EC) VALINA with WLAN EN301 489 Part 1: Common technical requirements Part 17: Specific conditions for 2.4 GHz wideband transmission systems and 5 GHz high performance WLAN equipment EN300 328 Electromagnetic compatibility and radio spectrum matters (ERM) Wideband transmission systems 32 last updated 6/6/16 document release 0.1 unrestricted im_vln_approvals.fm

PRODUCT MANUAL VALINA the next generation compact, convenient, complete product picture 4.014 x 3.596

an atos company VALINA product manual Legal disclaimer and copyrights The information in this document is subject to change without notice and shall not be construed as a commitment by Worldline S.A./N.V. (Worldline) The content of this document, including but not limited to trademarks, designs, logos, text, images, is the property of Worldline and is protected by the Belgian Act of 30.06.1994 related to authors rights and by the other applicable Acts. The word VALINA and other trademarks used in this document are the property of Worldline. Worldline trademarks used in this document are indicated. Linux is a registered trademark of Linus Torvalds, Java is a registered trademark of Oracle and/or its affiliates and Android is a trademark of Google Inc. The contents of this document can be reproduced by or on behalf of third parties with the prior written consent of Worldline and following its instructions. Worldline accepts no responsibility for errors and omissions introduced when translating or reworking this document. Except with respect to the limited licence to download and print certain material from this document for non-commercial and personal use only, nothing contained in this document shall grant any licence or right to use any of Worldline's proprietary material. While Worldline has made every attempt to ensure that the information contained in this document is correct, Worldline does not provide any legal or commercial warranty on the document that is described in this specification. The technology is thus provided as is without warranties of any kind, expressed or implied, included those of merchantability and fitness for a particular purpose. Worldline does not warrant or assume any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, product or processes disclosed. To the fullest extent permitted under applicable law, neither Worldline nor its affiliates, directors, employees and agents shall be liable to any party for any damages that might result from the use of the technology as described in this document (including without limitation direct, indirect, incidental, special, consequential and punitive damages, lost profits). These terms shall be governed by and construed in accordance with the laws of Belgium. You irrevocably consent to the jurisdiction of the courts located in Brussels for any action arising from or related to the use of this document. Document information document title security last modified owner author document release 0.1 Worldline 2016 VALINA product manual unrestricted 6 June 2016 Luc Luyckx Niels Grundtvig Nielsen VALINA PRODUCT MANUAL Contents About this book.............................................................................................................1 Who should read this book .......................................................................................1 Introduction ...................................................................................................................3 Security recommendations .......................................................................................3 Display ......................................................................................................................4 Technical specifications...............................................................................................5 Size and weight.........................................................................................................5 Integration dimensions..............................................................................................6 External interfaces ....................................................................................................7 Reading cards and devices.......................................................................................7 Operating the contactless reader........................................................................8 Software engines for contactless transactions....................................................9 Security application Modules (SAM) .........................................................................9 System on chip ASIC ................................................................................................9 Audio.........................................................................................................................9 Other features .........................................................................................................10 Accessories .................................................................................................................11 Development environment .........................................................................................13 Logistics information..................................................................................................15 Terminal label .........................................................................................................15 MAC address label..................................................................................................16 UNRESTRICTED pm_valinaTOC.fm document release 0.1 i last updated 6/6/16 VALINA PRODUCT MANUAL ii empty for double-sided printing pm_valinaTOC.fm VALINA PRODUCT MANUAL Figures Figure 1. VALINA ..................................................................................................... 4 Figure 2. General dimensions .................................................................................. 5 Figure 3. Internal mounting details for VALINA........................................................ 6 Figure 4. Minimum required space (from EVA Specs)............................................. 6 Figure 5. Indicators, connectors and controls .......................................................... 7 Figure 6. Front view.................................................................................................. 8 Figure 7. Terminal label.......................................................................................... 15 Figure 8. MAC address label.................................................................................. 16 UNRESTRICTED pm_valinaLOF.fm document release 0.1 iii last updated 6/6/16 VALINA PRODUCT MANUAL iv empty for double-sided printing pm_valinaLOF.fm VALINA PRODUCT MANUAL About this book This book provides product information about:

the VALINA terminal and its accessories technical specifications security considerations approvals and certifications, including applicable environmental regulations VALINA parts list Who should read this book This book is intended for:

anyone who will be installing a VALINA terminal in a vending machine or other equipment field and service technicians working on a VALINA terminal Information from this book may be reused in other documentation such as a user guide UNRESTRICTED pm_vln_about.fm document release 0.1 1 last updated 6/6/16 VALINA PRODUCT MANUAL 2 empty for double-sided printing pm_vln_about.fm VALINA PRODUCT MANUAL Introduction The VALINA is an intelligent all-in-one terminal for unattended payments with and without PIN, supporting a range of standards including EMV and Mifare. It handles payments by chip card, NFC cards and devices, and magstripe card. The VALINA is PCI 4.x certified, SRED included. It has been designed to provide a complete solution for EMV payments, and can run either newly-developed Android apps or legacy apps (written for the MAPS platform) from Worldline. Key hardware features include:

3.5 touch TFT colour display for an enjoyable payment experience small footprint matches EVA/CVS 1.3 standards for Standard Door Module (SDM) dimensions, making integration in vending machines easy The VALINA takes up limited space inside the machine: compare this with the footprint of a bank note acceptor (BNA) or coin detector. onboard Ethernet, serial interface, MDB, USB host and USB device meet most communications requirements out-of-the-box proximity detector (patented) for improved power management Typical integration scenarios for the VALINA include:

vending machines, ticket machines and kiosks petrol forecourts and car-washes on-street and off-street parking dispensers and pre-payment meters self-service checkouts Security recommendations For security reasons, merchants are advised to check their VALINA regularly for:

unusual cables connected anywhere on the terminal visible damage to the housing UNRESTRICTED pm_vln_introduction.fm document release 0.1 3 last updated 6/6/16 VALINA PRODUCT MANUAL Display valinaDisplay The VALINA incorporates a touch-sensitive TFT 64K colour display. The display size is 320 x 480 pixels, 3.5 inches. Figure 1. VALINA 4 last updated 6/6/16 document release 0.1 UNRESTRICTED pm_vln_introduction.fm VALINA PRODUCT MANUAL Technical specifications This chapter provides a summary of the technical specifications, followed by additional information on:

external interfaces processor customisation options Size and weight Figure 2. General dimensions size: 132.42 x 101.59 x 88.00 mm (height x width x depth) weight: 573g For exact measurements, including tolerances, download drawing 3034910003 from the Partner Extranet. UNRESTRICTED pm_vln_techSpecs.fm document release 0.1 5 last updated 6/6/16 VALINA PRODUCT MANUAL Integration dimensions indicative Figure 3. Internal mounting details for VALINA For exact measurements, including tolerances, download drawing 3034910003 from the Partner Extranet. Figure 4. Minimum required space (from EVA Specs) 6 last updated 6/6/16 document release 0.1 UNRESTRICTED pm_vln_techSpecs.fm VALINA product manual External interfaces There are six sockets available for connecting the VALINA to external peripherals. The picture shows the sockets in the connector area at the back of the VALINA. fig_column Figure 5. Indicators, connectors and controls 1 RS-232 RS-232 port with RTS/CTS flow-control, for connecting peripherals such as ePOS equipment or a printer. The port allows connection speeds up to 115,200 bps and is fitted with an 8p RJ45 connector. 2 Ethernet Ethernet connection 10/100 Mbit, using an RJ45 connector. 3 USB host USB 2.0 full speed (up to 480 MBit/sec) host interface, which can be used to connect to a USB stick or other storage device. 4 USB device USB 2.0 Full Speed (up to 480 MBit/sec) device interface, which can be used to connect to ePOS equipment/PC and to perform key loading. 5 TTL TTL connector Microfit 43045, providing power supply, one output and up to three inputs: used to attach a peripheral to the terminal. 6 MDB MDB interface supports the MDB 4.2 protocol, for communicating with vending machines or other devices supporting the standard. Reset button The reset button is used to reset the terminal without unplugging the power. For application developers, it provides an easy way of rebooting the terminal. The reset button is slightly recessed to prevent accidental use. Menu button The menu button can be used to activate a menu on the terminal, for example to check settings. Reading cards and devices The VALINA contactless reader is ergonomically designed and supports fast, fully secure payments with both contact and contactless cards and devices of all signalling schemes defined in the ISO14443 standard. UNRESTRICTED pm_vln_techSpecs.fm document release 0.1 7 last updated 6/6/16 VALINA PRODUCT MANUAL fig_column Figure 6. Front view contactless cards/devices The landing zone for contactless payment is:

illuminated, easily recognisable and accessible marked by the contactless symbol The contactless symbol is placed where the signal is strongest, and shows the landing zone where customers should tap the card or device chip (contact) cards the chip-card reader is at the bottom of the terminal, 45 from the vertical the slot is illuminated to show the user where to insert the card magstripe cards the magstripe-card reader is on the right-hand side of the terminal cards are swiped from the top of the slot to the bottom Operating the contactless reader VALINA is designed for use with both contact and contactless cards/devices. Contactless cards/devices may be tapped on the front of the terminal. The terminal can communicate with cards up to 40mm from the reader, in line with the EMV standard. Other characteristics include:

contactless communication in 13.56MHz band contactless communication up to 424kbit/s ISO/IEC 14443A ISO/IEC 14443B MIFARE classic/desfire compatible FeliCa compatible ISO/IEC 18092 NFCIP-1 integrated LEDs indicate NFC transaction progress The VALINA offers card holders the real tap & go experience. Thanks to the powerful antenna in the terminal, the contactless device only has to be held near the landing zone. 8 last updated 6/6/16 document release 0.1 UNRESTRICTED pm_vln_techSpecs.fm VALINA product manual Software engines for contactless transactions The MasterCard PayPass and the Visa payWave engines are available. Other engines, for example American Express ExpressPay, can be provided on customer request. Specific contactless applications are developed locally, since they deal with communications between terminal and host. Security application Modules (SAM) VALINA contains two internal chip card interfaces (type ID0) for security application modules (SAM). Both 3V and 5V SAMs can be read. Standard current provided to the SAMs is 55 mA. To reach the SAM slots, the telecom cover needs to be opened using a Torx screwdriver. System on chip ASIC The processor for the new generation of terminals from Worldline is a high-tech Application Specific Integrated Circuit (ASIC). For the VALINA, this single chip provides all essential features, including:

ARM Cortex A9 main processor (600 MHz) security / communication core application / communication core 512 MB RAM memory 4 GB memory real-time clock (RTC) hardware DES / 3-DES encryption device Linux and Android operating systems support for MAPS/Linux applications Audio VALINA is equipped with a speaker for audible feedback to the user. Developed to generate single tones, it can also play music (supported formats include mp3 and wav) and voice output. UNRESTRICTED pm_vln_techSpecs.fm document release 0.1 9 last updated 6/6/16 VALINA PRODUCT MANUAL Other features security 3DES, AES and RSA encryption algorithms DUKPT key management (other schemes available on request) SSL (v3.0) additional security schemes available power supply either of:

12 VDC via Microfit 24-45 VDC via MDB different power management profiles can be used software Linux and Android operating systems Linux-based development kit (C and Java) secure remote download of software hardware integration options hardware integration kit key-loading interface communications and peripherals standard Ethernet interface 1 x RS232 1 x USB device 1 x USB host 1 x MDB interface 1 x I/O (1 out, 3 in) comms board interface microSD card slot proximity detector 10 last updated 6/6/16 document release 0.1 UNRESTRICTED pm_vln_techSpecs.fm VALINA PRODUCT MANUAL Accessories A number of optional accessories are available, to make the VALINA easier to use and integrate:

communication boards Separate boards and external antennas are available for Bluetooth/WiFi, 2G and 2G/3G communications. Only one board at a time can be fitted. Any extra communication board must be requested when ordering the VALINA. debug cable and connector To facilitate software development, a debug cable and connector is available.

(delivered as standard with a VALINA development terminal) The cable connects to the internal electronics of the terminal, making it possible to develop and validate a payment application on a PC before transferring it to the terminal. power adaptor plug-in adaptor (Microfit) 12 VDC, 2A UNRESTRICTED pm_vln_accessories.fm document release 0.1 11 last updated 6/6/16 VALINA PRODUCT MANUAL 12 empty for double-sided printing pm_vln_accessories.fm VALINA PRODUCT MANUAL Development environment Developing custom applications for the VALINA is supported by a development terminal and a complete software development kit (SDK). SDK The VALINA platform includes a professional, full-featured, Linux-based application development environment supporting both C and Java. An SDK for Android will be made available in phase 2. development frameworks backward-compatibility environment (MAPS), making it easy to port existing applications to VALINA application programming environment, for developing new applications that exploit the full functionality of VALINA comprehensive set of development tools C and Java development tools for MAPS applications comprehensive documentation description of the MAPS Application Programming Interfaces (API) for C and Java introduction to the System-on-Chip hardware, software and security architecture interface design guidelines application development and porting guidelines UNRESTRICTED pm_vln_devEnv.fm document release 0.1 13 last updated 6/6/16 VALINA PRODUCT MANUAL 14 empty for double-sided printing pm_vln_devEnv.fm VALINA PRODUCT MANUAL Logistics information This chapter provides:

samples of labels for the VALINA terminal, accessories and packaging information on product packaging Terminal label Examples of product labels are provided to show what information is given on each label. Minor differences in layout may occur. Figure 7. Terminal label The VALINA terminal label shows:

makers name: Worldline model name: VALINA article number, referring to the specific terminal hardware This number identifies the specific terminal hardware and customisations, and is used for certification purposes. It is not the same as the commercial article number mentioned on the packaging box, which is customer-specific. serial number:

human-readable, for example Serial N: AZY3694 barcode production date in the format yywk, so 1631 for week 31 in 2016 country of origin: Made in Singapore voltage and current: 12.0 VDC 2 A safety labels, for example CE, FCC WEEE-logo UNRESTRICTED pm_vln_logistics.fm document release 0.1 15 last updated 6/6/16 VALINA PRODUCT MANUAL MAC address label Figure 8. MAC address label The MAC address label contains communications and software information. MAC address, which can be read from the barcode consulted via software HW/ID (hardware ID) made up from a four-character prefix 424B in the example followed by the hexadecimal MAC address 00B81901805A in the example the full HW/ID is not provided as a single barcode HW (production) code, for example TT002 this information can also be read from the barcode REV (hardware revision code) 16 last updated 6/6/16 document release 0.1 UNRESTRICTED pm_vln_logistics.fm