XKB-IUP250-RFPayment Terminal

Ingenico – 28-32 Boulevard de Grenelle - 75015 PARIS Tél. 33(0)1 58 01 80 00 - Fax 33 (0)1 58 01 91 35 iUP 250 & iUR 250 I n t é g r a t i o n G u i d e Intégration Guide_iUP250&iUR250 2/83 Copyright © 2012 Ingenico 900009151 R11 000 01/1223 All rights reserved The scope of this document is to assist third party integrators when dealing with Ingenico UNattended products (iUN) such as iUP250 and iUR250, both certified PCI PTS 3.x, or others. It offers all information needed for a successful integration of iUP250 and iUR250 products into unattended kiosk machines. For any sales information please refer to your Ingenico contact into the region. Updates table Version Date Nature of modifications Author Visa 1.0 17/11/2011 First version D.GEORGES 2.0 01/06/2012 Official version D.GEORGES Intégration Guide_iUP250&iUR250 3/83 Copyright © 2012 Ingenico 900009151 R11 000 01/1223 All rights reserved Table of contents 1 GENERAL ............................................................................................................. 6 1.1 Definition of acronyms ..................................................................................... 6 1.2 iUP250 & iUR250 payment solution presentation .......................................... 7 1.2.1 Diagram of iUP250 & iUR250 connectivity and communications .................. 8 1.2.2 Examples of integration ................................................................................ 9 1.2.3 Services ...................................................................................................... 10 1.3 Description of modules .................................................................................. 11 1.3.1 iUP250 ........................................................................................................ 11 1.3.1.1 Technical Hardware characteristics ...................................................... 12 1.3.1.2 iUP250 output connectors description .................................................. 14 1.3.1.3 SAM & μSD Installation ........................................................................ 22 1.3.1.4 Buzzer ................................................................................................... 22 1.3.1.5 RGB backlight ....................................................................................... 23 1.3.1.6 Maintenance Button .............................................................................. 23 1.3.1.7 Cable Protection ................................................................................... 24 1.3.1.8 Antenna Installation .............................................................................. 25 1.3.1.9 PINPad and Reader interconnectivity ................................................... 26 1.3.2 iUR250 ........................................................................................................ 27 1.3.2.1 Technical Hardware Characteristics ..................................................... 28 1.3.2.2 iUR250 output connectors description .................................................. 29 1.3.2.3 RGB Leds ............................................................................................. 31 1.3.2.4 iUR250 Optional Lever Lock ................................................................. 31 1.4 Professional installation Requirement ......................................................... 32 2 MAIN ACCESSORIES ........................................................................................ 33 2.1.1 Generality ................................................................................................... 33 2.1.2 Optional PINPad-to-Reader USB cable ...................................................... 33 2.1.3 iUP250 Power supply ................................................................................. 33 2.1.4 Stand-by management cable ...................................................................... 33 2.1.5 Optional Pinshield ....................................................................................... 34 3 SOFTWARE ........................................................................................................ 37 3.1 iUP250 .............................................................................................................. 37 3.1.1 Software Architecture ................................................................................. 38 3.1.2 Secure management of software ................................................................ 39 3.1.3 Operating system ........................................................................................ 40 3.1.4 TELIUM MANAGER ................................................................................... 41 3.1.5 Software downloading ................................................................................ 43 3.1.6 Development station ................................................................................... 45 3.2 iUR250 ............................................................................................................. 47 Intégration Guide_iUP250&iUR250 4/83 Copyright © 2012 Ingenico 900009151 R11 000 01/1223 All rights reserved 3.2.1 Software architecture .................................................................................. 48 3.2.2 Software security management .................................................................. 48 3.2.3 Operating system ........................................................................................ 49 4 TERMINAL MANAGEMENT SYSTEM ............................................................... 50 4.1 Introduction ..................................................................................................... 50 4.2 Basic functions ............................................................................................... 50 4.3 Advanced functions ....................................................................................…

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1/1 Professional installation Requirement Ingenico only sells its products, to qualified partners and integrators. They are in charge of professionally resell, integrate, and install these products inside complete solution for end customers. These end customers solution can be: • Petrol station. • Ticketing kiosk (Airline tickets, cinema, transport, etc.) • Vending machine operator • Parking kiosk (On / off street) • Other Thus, the general public cannot purchase Ingenico hardware or software. Partners, resellers, and Integrators must have qualified electronics engineers to be able to install or integrate our products. Furthermore, they must follow a specific technical training conducted by Ingenico technical experts. In addition installation must follow Ingenico recommendations, as describe in this document, in order to respect: • Local regulations for Electrical Safety and Radio emission levels • Ferrite beam installation Our field support & maintenance engineers are available for follow up and commissioning of installation. Marc Delorme Quality Manager 9 Avenue de la Gare Rovaltain TGV BP 25156 26958 Valence Cedex 9

July 20 th , 2012 CONFIDENTIALITY REQUEST Curtis-Straus LLC One Distribution Center Circle #1 Littleton, MA 01460 USA Re: Confidentiality request for a Low Power Communication Device FCC ID: XKB-IUP250-RF Gentlemen, INGENICO requests, pursuant to 47CFR 0.459, post grant confidentiality for portions of the material contained in this application. The following document regarding this submission for FCC ID: XKB-IUP250-RF shall be kept confidential: 1. Schematic Diagram (file: Schematic- XKB-IUP250-RF.pdf) 2. Block Diagram description (file: Block Diagram- XKB-IUP250-RF.pdf) Specifically, these exhibits contain information relating to circuit function and complexity that could be of benefit to competitors. The material contains trade secrets and confidential information that INGENICO does not customarily release to the public and which is otherwise not generally available to the public. Regards, Marc DELORME Quality Manager

FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 1/5 EXTERNAL PHOTOS OF TESTED EUT FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 2/5 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 3/5 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 4/5 With GPRS module FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 5/5 Bluetooth Antenna tested:

FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 1/4 PRODUCT LABELING FCC ID / IC number label Place of label FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 2/4 FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 3/4 Configuration n°1 FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 4/4 Configuration n°2

FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 1/10 INTERNAL PHOTOS OF TESTED EUT FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 2/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 3/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 4/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 5/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 6/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 7/10 FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 8/10 OPTION PCB – COM2 + MDB+BLUETOOTH: Bluetooth connector FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 9/10 OPTION PCB – COM2 + MDB+BLUETOOTH+GPRS: FCC ID: XKB-IUP250-RF IC : 2586D-IUP250 Page 10/10 BLUETOOTH PART

FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 1/5 OPERATIONAL DESCRIPTION 1.1. EUT description FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 2/5 FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 3/5 1.2. Related Submittal(s) / Grant(s) All host equipment used in the test configuration are FCC granted, when relevant. 1.3. Tested System Details The FCC IDs for all equipment, plus description of all cables used in the tested system are: The system was configured for testing in a typical fashion (as a customer would normally use it). The equipment IUP250 can be used with several internal option cards: COM2 + MDB + Bluetooth Configuration n°1 – IUP250-01T1998 COM2 + MDB + Bluetooth + GPRS modular approval Configuration n°2 – IUP250-01T1869 The Equipment Under Test will be the configuration n°2 to represent others configurations (Worst case) IUP250 has to be is integrated in unattended devices. The test configuration is given by the manufacturer - Internal max frequencies: 400MHz  Modular Approval contained: - 1 x GPRS module, SAGEMCOM , HILO V2 INGENICO, FCC ID: VW3HILOV2  Power supply: 12-30Vdc EUT is not sold with any power supply, an AC/DC power supply adapter is used to provide 12VDC (worst case) during whole tests.(worst case)  Input/output: - 1 x MDB slave port “DC power input (12VDC – 30VDC)“ - 2 x Serial link (COM0 & COM 2) - 1 x Ethernet line - 1 x USB port (Slave) - 4 x USB ports (Host) - 1 x MDB Master (4 wires). - 1 x 5V output port - 2 x SAMs slot - 1 x SIM slot - 1 x MicroSD slot - 2 x SMA connectors, (GSM & Bluetooth)  Cables: - 1 x AC power cord, 2 wires, unshielded: 2m - 1 x DC power supply cable (fixed on mains power unit), unshielded: 1.75m - 1 x Ethernet cable Type: STP Cat 5e, shielded: 2m - 5 x USB cables,shielded, (4 x spiraled: 1m & 1x non spiraled: 1m) - 2 x RS232 Com cables, RJ11, unshielded, 1.5m (COM 0 & Com 2) - 1 x MdB-slave ‘6 pins’ <-> MdB-master ‘8 pins’ cable, unshielded - 1 x Jack cable , unshielded, length: 0.3cm - 1 x GPRS Antenna type GC300M-011-2500, length: 2m FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 4/5  Auxiliaries equipment used during test: - 1 x Laptop TOSHIBA SATELLITE PS141E-04YC sn : 13594938G - 1 x AC/DC Power supply adapter PHIHONG PSM36W-120TW, 100-240VAC / 1.5A / 50-60Hz, output 12VDC / 3A  Functions: - 1 x SAM card reader - 1 x Serial link communication (COM0 & COM2) - 1 x μSD card reader (SAM1 & SAM2) - 1 x Bluetooth at 2400-2483.5MHz, always ON Equipment information: - Type: Bluetooth Other: - Frequency band: [2400.0 – 2483.5] MHz - Number of channel: 79 - Channel tested: Full test on 2402MHz / 2441MHZ / 2480MHz - Modulation Technology: FHSS DSSS - Modulation type: GFSK Pi/4 DQPSK 8DPSK Packet type: DH1 DH3 DH5 Transfert data rate: 1Mbps 2Mbps 3Mbps - RF mode: TX/RX RX Standby - Antenna type: SMA connector + Whip antenna (not supplied) - Antenna connector: Permanent external Permanent internal None Temporary (only for tests) - Normal power source: 12VDC (host) - Extreme temperature range: -30°C to +55°C - Extreme test source voltage: 12VDC ±10% other: FCC ID: XKB-IUP250-RF IC: 2586D-IUP250 Page 5/5  Configuration n°1: A generic program test is loaded on EUT, in order to perform in loop following functions: - Reading / writing SAM card (SAM1 & SAM2) - Reading / writing μSD card (MMC) - RX/TX on Serial port (COM0 & COM2) - RX/TX between MDB master and slave With laptop: Continuous Ethernet communication is performed from EUT to Laptop (Ping)  Configuration n°2: A Bluetooth communication link is performed between CMU 200 and EUT. EUT program wich performed Bluetooth communication is loaded from a terminal application on laptop, through USB link. This running mode allowed to monitor the correct communication between EUT and an external device (Laptop in this test report) through USB link. With Laptop : Continous Ethernet communication is performed from EUT to Laptop (Ping)  Configuration n°3: With a special mode of EUT a communication is performed with CMU, a permanent link with followings parameters is tested (worst case): - Lowest, middle, highest channel - Max power - EDR / DH5 - Hopping mode: ON or OFF following test 1.4. Test Methodology Both conducted and radiated testing were performed according to the procedures in ANSI C63.4-2003, FCC Part 15 Subpart B. Radiated testing was performed at an antenna to EUT distance of 10 meters. During testing, all equipment’s and cables were moved relative to each other in order to identify the worst case set-up. 1.5. Test facility Tests have been performed from January 31 st to February 8 th , 2012. This test facility has been fully described in a report and accepted by FCC as compliant with the radiated and AC line conducted test site criteria in ANSI C63.4-2003 in a letter dated March 25 th , 2008 (registration number 94821). This test facility has also been accredited by COFRAC (French accreditation authority for European Union test lab accreditation organization) according to NF EN ISO/IEC 17025, accreditation number 1-1633 as compliant with test site criteria and competence in 47 CFR Part 15/ANSI C63.4 and EN55022/CISPR22 norms for 89/336/EEC European EMC Directive application. All pertinent data for this test facility remains unchanged.

FCCID : XKB-IUP250-RF IC : 2586D-IUP250 RF Exposure Information When all the antennas are at least 20cm away from the user’s body (excluding hands and wrists during normal operation of the device), but individual antennas cannot be separated by more than 20cm from each other. If [ Pd(1) / LPd(1) ] + [ Pd(2) / LPd(2) ] + ..... + [ Pd(n) / LPd(n) ] < 1, Then, the device complies with FCC’s RF radiation exposure limit for general population as a mobile device (d>20cm). Where; Pd(n) = Power density of n th transmitter at 20cm LPd(n) = Power density limit for the n th transmitter § 1.1310 Radiofrequency radiation exposure limits. Prediction of MPE limit at a given distance Equation from page 18 of OET Bulletin 65, Edition 97-01 where:S = power density P = power input to the antenna G = power gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the center of radiation of the antenna 2 4R PG S p = FCCID : XKB-IUP250-RF IC : 2586D-IUP250 Calculations: For 2.4GHz transmitter: Maximum peak output power at the antenna terminal:8.20(dBm) Maximum peak output power at the antenna terminal:6.61(mW) Antenna gain(typical):0(dBi) Maximum antenna gain:1(numeric) Prediction distance:20(cm) Prediction frequency:2483.5(MHz) MPE limit for uncontrolled exposure at prediction frequency:1(mW/cm^2) Power density at prediction frequency: 0.001314(mW/cm^2) For GPRS transmitter (FCC ID: VW3HILOV2): From its RF exposure exhibit on file with the FCC. GPRS850 is worst case Calculation: (Pd(2.4GHz) / LPd(2.4GHz)) + (Pd( GPRS850) / LPd(GPRS850))<1 ( 0.001314 / 1 ) + ( 0.29 / 0.55 ) = 0.5286 < 1 Conclusion: The device complies with FCC’s RF radiation exposure lim it for general population as a m obile device (d>20cm) under the collocation conditions described above.

Rapport d’essai / Test report N° 249987-R1-E JDE : 110606 DELIVRE A / ISSUED TO : INGENICO 9 Avenue de la Gare Rovaltain TGV - BP 25156 26958 VALENCE Cedex 9 Objet / Subject : Essais de compatibilité électromagnétique conformément aux normes FCC CFR 47 Part 15, Subpart B et C RSS-210 Issue 8 Electromagnetic compatibility tests according to the standards FCC CFR 47 Part 15, Subpart B and C RSS-210 Issue 8 Matériel testé / Apparatus under test :  Produit / Product : Clavier pour automate banquaire / Bank automate keyboard  Marque / Trade mark : INGENICO  Constructeur / Manufacturer : INGENICO  Type / Model : IUP250-01T1869  N° de série / serial number : 1293IU0000041  FCC ID : XKB-IUP250-RF  IC : 2586D-IUP250 Date des essais / Test date : Du 31 Janvier au 8 Février 2012 / From January 31 st to February 8 th , 2012 Lieu d’essai / Test location : LCIE SUD-EST ZI Centr’Alp – 170 rue de Chatagnon 38430 MOIRANS - FRANCE Test réalisé par / Test performed by : Jonathan PAUC Ce document comporte /Composition of document : 47 pages. MOIRANS, LE 19 JUILLET 2012, JULY 19TH, 2012 Ecrit par / Written by, Approuvé par / Approved by, Anthony MERLIN Jacques LORQUIN La reproduction de ce document n'est autorisée que sous sa forme intégrale. Toute reproduction partielle ou toute insertion de résultats dans un texte d'accompagnement en vue de leur diffusion doit recevoir un accord préalable et formel du LCIE. Ce document résulte d’essais effectués sur un spécimen, un échantillon ou une éprouvette. Il ne préjuge pas de la conformité de l’ensemble des produits fabriqués à l’objet essayé. Sauf indication contraire, la décision de conformité prend en compte l’incertitude de mesures. Il ne préjuge en aucun cas d’une décision de certification. This document shall not be reproduced, except in full, without the written approval of the LCIE. This document contains results related only to the item tested. It does not imply the conformity of the whole production to the item tested .Unless otherwise specified; the decision of conformity takes into account the uncertainty of measures. This document does not anticipate any certification decision. RAPPORT D'ESSAI / TEST REPORT N° 249987-R1-E Page : 2 / 47 SUMMARY 1. TEST PROGRAM ............................................................................................................................... 3 2. SYSTEM TEST CONFIGURATION ..................................................................................................... 4 3. CONDUCTED EMISSION DATA......................................................................................................... 8 4. RADIATED EMISSION DATA ........................................................................................................... 10 5. MAXIMUM PEAK OUTPUT POWER (15.247) .................................................................................. 16 6. HOPPING CHANNEL SEPARATION (15.247) .................................................................................. 18 7. NUMBER OF HOPPING FREQUENCIES (15.247) ........................................................................... 25 8. TIME OF OCCUPANCY (DWELL TIME) (15.247) ............................................................................. 27 9. BAND EDGE MEASUREMENT (15.247) .......................................................................................... 31 10. OCCUPIED BANDWIDTH ................................................................................................................. 36 11. ANNEX 1 (GRAPHS) ........................................................................................................................ 39 12. UNCERTAINTIES CHART ................................................................................................................ 47 RAPPORT D'ESSAI / TEST REPORT N° 249987-R1-E Page : 3 / 47 1. TEST PROGRAM Standard: - FCC Part 15, Subpart C 15.247 - ANSI C63.4 (2003) - RSS-210 Issue 8 – Dec 2010 - RSS-Gen Issue 3 – Dec 2010 EMISSION TEST LIMITS RESULTS (Comments) Limits for conducted disturbance at mains ports 150kHz-30MHz Frequency Quasi-peak value (dBμV) Average value (dBμV) COMPLY 150-500kHz 66 to 56 56 to 46 0.5-5MHz 56 46 5-30MHz 60 50 Radiated emissions 9kHz-30MHz CFR 47 §15.209 (a) CFR 47 §15.247 (d) RSS-210 §A8.5 Measure at 300m 9kHz-490kHz : 67.6dBμV/m /F(kHz) Measure at 30m 490kHz-1.705MHz : 87.6dBμV/m /F(kHz) 1.705MHz-30MHz : 29.5 dBμV/m COMPLY Radiated emissions 30MHz-25GHz* CFR 47 §15.209 (a) CFR 47 §15.247 (d) RSS-210 §A8.5 Measure at 3m 30MHz-88MHz : 40 dBμV/m 88MHz-216MHz : 43.5 dBμV/m 216MHz-960MHz : 46.0 dBμV/m Above 960MHz : 54.0 dBμV/m COMPLY Maximum Peak Output Power CFR 47 §15.247 (b) RSS-210 §A8.4(1) Limit: 21dBm Conducted or Radiated measurement COMPLY Hopping Channel Separation CFR 47 §15.247 (a) (1) RSS-210 §A8.1(b) Minimum between: Two-third 20dB Bandwidth or 25kHz Whichever is greater COMPLY Number of Hopping Frequencies CFR 47 §15.247 (a) (1) (iii) RSS-210 §A8.1(d) At least 15 channels used COMPLY Time of Occupancy (Dwell Time) CFR 47 §15.247 (a) (1) (iii) RSS-210 §A8.1(d) Maximum 0.4 sec within 31.6sec COMPLY Band Edge Measurement CFR 47 §15.209 (a) CFR 47 §15.247 (d) RSS-210 §A8.5 Limit: -20dBc COMPLY Occupied bandwidth RSS-Gen §4.6.1 No limit COMPLY Transmitter Frequency Stability RSS-Gen §4.7 +/-0.01% of the operating frequency N/A Receiver Spurious Emission** RSS-Gen §4.10 See RSS-Gen §4.10 COMPLY *§15.33: The highest internal source of a testing device is defined like more the highest frequency generated or used in the testing device or on which the testing device works or agrees. - If the highest frequency of the internal sources of the testing device is lower than 108 MHz, measurement must be only performed until 1GHz. - If the highest frequency of the internal sources of the testing device ranges between 108 MHz and 500 MHz, measurement must be only performed until 2GHz. - If the highest frequency of the internal sources of the test…

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FCC ID: XKB-IUP250-RF Page 1/2 CONDUCTED AND RADIATED MEASUREMENT PHOTO 1.1 Conducted emission FCC ID: XKB-IUP250-RF Page 2/2 1.2 Radiated emissions