QP8CORABTATTCORA modular data port

3300 Crane Way Williston, South Carolina 29853 Tel: 1-800-628-8363 P/N: 250654053_G3 CORA Installation Guide COR15x-US101 2 For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. Contents Contents ................................................................................................ 2 Introduction .......................................................................................... 3 Ease of Installation(EOI) ........................................................................ 3 VendMAX .............................................................................................. 3 Components .......................................................................................... 3 CORA Components ................................................................................ 4 Optional Parts ....................................................................................... 4 Installation ............................................................................................ 5 4G External Antenna Installation .......................................................... 6 Connections .......................................................................................... 8 Assignment & Messages ....................................................................... 9 Diagnostics .......................................................................................... 10 Wrench Button LED Codes .................................................................. 11 Wrench Button Interface .................................................................... 11 Signal Strength .................................................................................... 11 Regulatory ........................................................................................... 12 SERIAL NUMBER CONFIGURATION WWYLCCPPPPP WW - Week Manufactured (01 through 52) Y - Year Manufactured (2 for 2002) L - Manufacturing Location CC - Configuration Code PPPPP - Sequential Production Number 3 For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. Introduction This document details the installation, assignment and use of the CORA telemeter when combined with a cashless credit card bezel. This guide assumes that the operator has completed the on-boarding process required to establish a banking relationship with one of our available credit card processors. Ease of Installation(EOI) Once the physical installation is complete and CORA is powered on, the device will automatically assign with our Ease of Installation feature. This will ensure that any cashless transactions are properly credited to the operator. VendMAX For customers using VendMAX, you must continue to use VIX to assign your telemeters or you can use the Crane Cashless app (available in the Apple Store or Google Play Store). Although many of the tests are performed within the VIX program, CORA’s Diagnostic Mode is available for all customers. Minimum software version required for the VIX handheld is build 297. Components Verify that all the components listed on page two are present before beginning installation. CORA should be powered on and communicating 100% of the time. We do not recommend using CORA with energy saving devices that interrupt power to the machine. For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. 4 For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. CORA Components Item # P/N Description Image 1 400046 4000xx Verizon 4G CORA unit AT&T 4G CORA unit 2 400048 4G LTE Antenna, Primary 3 400051 DEX Cable 4 400050 CORA MDB Power Cable Optional Parts Item # P/N Description 1 214137050C 6’ DEX Extension Cable 2 804930670 1’ DEX Extension Cable 3 400011 IDTech Bezel Adaptor Cable 5 For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. Installation 1. Power off the machine. 2. Identify installation location  Determine the best location for the antenna(s). Ensure they are placed as far as possible from interference sources like ballasts and transformers.  Where possible, the antenna should be placed in an area where metal structure is limited. Please refer to 4G External Antenna Installation on the following page for more information.  There should be no interference from the motion of the machine components and cables, nor should movement cause harnesses to flex excessively. 3. Remove any dirt and dust from the installation area and secure the modules’ magnets to the machine. 4. Locate the MDB harness from the validator to the control board (VMC), separate the two MDB connectors, and connect the MDB harness from the cora to both connectors. a. Connect all the harnesses as shown in the diagram on page five. Each connector only matches its appropriate outlet. b. The connection from the MDB harness to the VMC must be the first one in line (closest to the board) then all other MDB peripherals, ending with the coin mechanism. 5. Locate the DEX socket coming from the VMC and plug the male DEX plug from CORA to this connector. 6. Connect the harness from the cashless bezel to the connector on the side of CORA. 7. Dress the harnesses so that there is no stress placed on any of the connections and secure with a zip tie. Do not tighten zip tie until the unit is installed in machine. Adding a service loop to 6 For technical assistance please contact our support team at 1-800-628- 8363 Monday through Friday, from 8am to 5pm Eastern. the harnesses near the connections will reduce the stress on the connectors. 8. Dress the rest of the harnesses and secure them in place with zip ties. 9. Restore power to the machine and allow at least three minutes for CORA to complete the assignment …

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Block Diagram: FCC ID:QP8CORABTATT Crane Payment Innovations

Block Diagram: FCC ID:QP8CORABTATT Crane Payment Innovations

Crane Payment Innovations – CORA FCC ID: QP8CORABTATT CORA Back / Product label / FCC ID LABEL: CORA TOP / RIGHT / Interface Side: Crane Payment Innovations – CORA FCC ID: QP8CORABT CORA TOP / LEFT / Product Label Side: CORA BOTTOM / LEFT / Interface Side: Crane Payment Innovations – CORA FCC ID: QP8CORABT CORA BOTTOM / RIGHT / Label Side: CORA FRONT / Interface Side:

COR152-US 101, with Telit “LE910B1: SA cellular radio (AT&T), Label FCC ID: QP8CORABTATT

CORA Printed Circuit Boards – FCC ID: QP8CORABTATT TOP – PT# 300008362C, Control Board Assembly CORA Printed Circuit Boards – FCC ID: QP8CORABTATT BOTTOM – PT# 300008362C, Control Board Assembly CORA Printed Circuit Boards – FCC ID: QP8CORABTATT TOP – PT# 300002382C, Interface Board Assembly CORA Printed Circuit Boards – FCC ID: QP8CORABTATT BOTTOM – PT# 300002382C, Interface Board Assembly

Crane Payment Innovations – CORA Technical Description, FCC ID:QP8CORABTATT Operational Description: Operating Temperature: +60°C to (-15°C) Dimensions: 6” x 3” 1.25” (153mm x 73mm x 35mm) CORA modular data port is a two pcb solution on-line monitoring device that capture transaction activities of bottling and full-service vending machines. This information can then be transmitted through a cellular radio to a distant host through the on-board Telit Communications LE910B1 SA (FCC ID:RI7LE910B1SA) 4G, CAT 1 radio module. Within the vending application the modular data port monitors the machine Multi- Drop Buss (MDB) interface to capture sales information for transfer to a distant server. When CORA is integrated with a credit card reader it enables cashless authoring & settlement in support of vending transactions over cellular connection. CORA can also support token cashless mobile transaction through the onboard blue tooth low energy radio QualComm model CSR1010 . The two radio solution is designed so that the Cellular radio module resides on the Control PCB and the BLE radio module resided on the Utility PCB to reduce the likely hood of interference. The PCB’s are interconnected via multi pin interface header. The LE910B1 SA transmits on cellular bands FDD LTE 2, FDD LTE 4 & FDD LTE 1 2. The antenna provided Genesis has a 6’ RG-58 coax cable with SMA connector on the radio side. It is impedance matched 50Ω with the radio The Qualcomm CSR1010 transmits at 2.4 GHz, BLE. The antenna is a PCB trace antenna that is impedance matched 50Ω with the radio. CORA modular data port receives 24V from its host vending machine to power the system. Tune Up: The Telit Wireless Cellular 4G radio module LE910B1 SA is a self-contained, software controlled radio module and there is no tune up required as a result of integration into CORA. Max. Output power: 0.2W into 50Ω. Fq. Tollerance: 1.0 PM The QualComm Bluetooth radio module is a self-contained radio module and there is no tune up required as a result of integration into CORA. Max. Output power: 7.943mW into 50Ω.

CIRCUIT DESIGN NOTEBOOK 3.3V M DB P6 Service J15 3.3V UART VIA ST3237 DEX P1 3.3V UART VIA MAX3221E Bezel P4 3.3V UART VIA ST3237 Utility P5 SPI, I2C, UART, GPIO Modular Connector 1 J18 36 Pin 3x16 Connector ST3237 2 2 2 2 MAX3221E 3.3V 2 2 ST3237 2 3 I2C SPI UART UART UART GPIO 5V TPS40200 Coldfire V1 (Payrange) 3.3V 4 Modular Connector 2 J14 24 Pin 3x8 Connector 4 3.3V UART 2 SPI CPI BUS P3 2 3.3V Human-Machine Interface RGB LED 1 Push Button 2 Spare Inputs 6 CPI BUS P3 2 CAN 3 3.3V CAN CTRLR EEPROM RTC BATT I2C 2 UART 2 BLE CSR1010 (Payrange) U A R T 3.3V 128Mbit Flash 1Mbit EEPROM S P I I2 CI2 C Slave Master U A R T U A R T V M D B A pplicable Site(s) MVN REF 300002382 C S ubje ct Alliance MD B+PayR ange Utility PCBA Hardware D esign Document ECN Issu e G1 Page 1 of 1 T itle : Alliance MDB+Pa yRange Ut ility P CBA Hardware Design Document Number : 3000023 82C Issue : G1 Date : Septe mber 12, 2018 Auth ors : M. Perreca File : 3000023 82Cg1 Hardware Design Docu ment.doc COPYRIGHT © 2018 Crane Payment Innovations Inc. The inf orm ation contained here in is the property of CPI. and is n ot to be disclosed or use d without the prior written p ermission of CPI. This copyrig ht exten ds to a ll the media in which t his information may be prese rved inclu ding m agnetic st orag e, punched card, p aper tape, computer printout or visual disp lay. +5V Supply

CIRCUIT DESIGN NOTEBOOK Scale: (none) Sheet: ___ of ___ Rev: File: Size: BDrawn By: Project Engineer: Tony RadiceChecked: NOTICE OF CONFIDENTIALITY: This document and the information contained in it a re confidential and are the property of Crane Payment Innovations. They may not in any way be disclosed copied or used by anyone except as expressly authorized by same. This document should always be kept in a secure place and should be destroyed or returned to CPI when it is no longer needed. Crane Payment InnovationsVending Machine Services EngineeringTitle: 1234567891110 1234567891 10 1 A B C D E F G H J K L M N P R S A B C D E F G H J K L M N P R S TT Alliance Family“Irene” Processor Board Architecture Secondary Regulators 3.8V3.3V 5V Rest / Clock / Boot Control DDR3L eMMC 4GB Processor iMX6ULL Cellular Modem USB1 USB0 Ctrl [2] 3.3V SPI I2C1 HMI Control / GPIO DDR 3.3V 1.35V 3.3V UARTS MDBMon MDB DEX Bezel Service BLE Interface Share Serial 3.3V eMMC Required BLE Svc “Free” Intfc 1.35V Applicable Site(s) REF C Subject Alliance Pr ogram, MX6ULL Implementation Hardware Description Document ECN Issue G1 Page 1 of 1 3222 Phoenixville Pike Malver n, PA 19355 Tel: (61 0) 430-2500 Fax: (610) 430-2694 TITLE : Advanced Feature Telemeter (AFT) Hardware Design Document Alliance Program; MX6ULL Implementation NUMBER : 300008362C ISSUE : G1 ECN : N /A DATE : 12 September 2018 AUTHORS : Tony Radice/ Michael Perreca COPYRIGHT   2018 CPI The information contained here-in is the property o f Crane Payment Innovations (CPI) and is not to be disclosed or used without the prior written permiss ion of CPI. This copyright extends to all the medi a in which this information may be preserved including f lash, magnetic or optical storage, punched card, pa per tape, computer printout or visual display. USB Current Limited Switch S c a le : ( n o n e ) S h e e t: 1 o f 1 R e v : 3 . 0 F ile : S iz e : AD r a w n B y : P r o je c t E n g in e e r: T o n y R a d ic eC h e c k e d : C r a n e P a y m e n t I n n o v a tio n sV M S E n g in e e r in gT it le : 12 A B 34 C D E F G 5 6 7891110 1234567891101 A B C D E F G H H In t e r fa c e L a y o u t - P in M a pA llia n c e A r c h it e c tu r e 5 V 5 V ( P w r E n ) n c n c ( P w r E n ) U A 1 R X G N D S P I C L K U A 1 T X D E X T S S P I M I S O U A 2 R X G N D S P I M O S I U A 2 T X D E X C E N S P I C S 1 U A 3 R X G N D S P I C S 2 U A 3 T X B P E N V D P E U A 4 R X G N D U A 5 R X U A 4 T X U A 6 R X U A 5 T X I 2 C C lk G N D V D C D I 2 C D a t V 3 P 3 V 3 P 3 A B C 123456789 1 01 11 2 J 1 J 2 S i g n a l D e s c r ip t io n D L v l V 5 P 0 P o w e r t o M o d u le I 5 V 3 P 3 In te r f a c e / S ig n a l L v l O 3 . 3 I 2 C C l k I 2 C I n t e r f a c e C l k O 3 . 3 I 2 C D a t I 2 C I n t e r f a c e D a t a B 3 . 3 ( P w r E n ) P in s s h o r t e d t o e n a b le P S - - H M I O n H M I O u t p u t s ( L E D P W M ) O 3 . 3 H M I I n H M I I n p u t s ( t o G P I O ) I 3 . 3 U A 1 R X M D B – V M C O U T P U T I 3 . 3 U A 1 T X M D B – V M C I N P U T O 3 . 3 U A 2 x x D E X U A R T - 3 . 3 U A 3 x x B e z e l U A R T - 3 . 3 U A 4 x x S e r v i c e P o r t U A R T - 3 . 3 U A 5 x x U t il it y P o r t U A R T - 3 . 3 U A 6 R X M D B M o n it o r – V M C In p u t I 3 . 3 B P E N B e z e l P o w e r E n a b l e O 3 . 3 D E X C E N D E X C o m E n a b l e 1 O 3 . 3 1 N e c t a M a c h in e S u p p o r t V D P E V id e o D is p la y P o w e r E n . O 3 . 3 V D C D V id e o D is p la y C o m m D r . O 3 . 3 S P I C L K S e r P e r I n t f c C lo c k O 3 . 3 S P IM O S I S e r P e r I n t f c M a s t e r O u t O 3 . 3 S P IM I S O S e r P e r I n t f c M a s t e r I n I 3 . 3 S P I C S n S e r P e r I n t f c S e le c t O u t O 3 . 3 S ig n a l D e s c r ip t io n D L v l H M I O 1 G N D H M I I1 / A D C 6 H M I O 2 V 3 P 3 H M I I2 / A D C 7 H M I O 3 G N D H M I I3 / A D C 9 B T S D C L K ( P W M 3 ) C A N S B Y B T S D D A T G N D C A N T X B T R S T S P I C S 3 C A N R X A B C B T S D C L K B lu e t o o t h P r o g r a m m in g O 3 . 3 D E X T S D E X C o m T r i- S t a t e 2 O 3 . 3 2 S e il a f M a c h in e S u p p o r t N o t e : S P I C S 1 : U tility P o r tS P I C S 2 : I n te r f a c e B o a r d B lu e t o o t h C SS P I C S 3 : ( R e s e r v e d )S P I C S 4 : ( N o t o n In t e r f a c e ) B T / P r o c B r d N o t e : B T S D C L K – A lt U s e : A D C 1B T S D D A T – A lt U s e : A D C 2 B T S D D A T B lu e t o o t h P r o g r a m m in g B 3 . 3 B T R S T B lu e t o o t h R e s e t O 3 . 3 C A N T X C A N A d a p t e r T X D a t a O 3 . 3 C A N R X C A N A d a p t e r R X D a t a I 3 . 3 U A 7 x x B lu e t o o t h C o m m * 3 . 3 C A N S B Y C A N S t a n d b y S t a t u s O 3 . 3 ( P W M 1 ) R e s e r v e d * 3 . 3 U A 7 T X G N D U A 7 R X

CIRCUIT DESIGN NOTEBOOK 3.3V M DB P6 Service J15 3.3V UART VIA ST3237 DEX P1 3.3V UART VIA MAX3221E Bezel P4 3.3V UART VIA ST3237 Utility P5 SPI, I2C, UART, GPIO Modular Connector 1 J18 36 Pin 3x16 Connector ST3237 2 2 2 2 MAX3221E 3.3V 2 2 ST3237 2 3 I2C SPI UART UART UART GPIO 5V TPS40200 Coldfire V1 (Payrange) 3.3V 4 Modular Connector 2 J14 24 Pin 3x8 Connector 4 3.3V UART 2 SPI CPI BUS P3 2 3.3V Human-Machine Interface RGB LED 1 Push Button 2 Spare Inputs 6 CPI BUS P3 2 CAN 3 3.3V CAN CTRLR EEPROM RTC BATT I2C 2 UART 2 BLE CSR1010 (Payrange) U A R T 3.3V 128Mbit Flash 1Mbit EEPROM S P I I2 CI2 C Slave Master U A R T U A R T V M D B A pplicable Site(s) MVN REF 300002382 C S ubje ct Alliance MD B+PayR ange Utility PCBA Hardware D esign Document ECN Issu e G1 Page 1 of 1 T itle : Alliance MDB+Pa yRange Ut ility P CBA Hardware Design Document Number : 3000023 82C Issue : G1 Date : Septe mber 12, 2018 Auth ors : M. Perreca File : 3000023 82Cg1 Hardware Design Docu ment.doc COPYRIGHT © 2018 Crane Payment Innovations Inc. The inf orm ation contained here in is the property of CPI. and is n ot to be disclosed or use d without the prior written p ermission of CPI. This copyrig ht exten ds to a ll the media in which t his information may be prese rved inclu ding m agnetic st orag e, punched card, p aper tape, computer printout or visual disp lay. +5V Supply

CIRCUIT DESIGN NOTEBOOK Scale: (none) Sheet: ___ of ___ Rev: File: Size: BDrawn By: Project Engineer: Tony RadiceChecked: NOTICE OF CONFIDENTIALITY: This document and the information contained in it a re confidential and are the property of Crane Payment Innovations. They may not in any way be disclosed copied or used by anyone except as expressly authorized by same. This document should always be kept in a secure place and should be destroyed or returned to CPI when it is no longer needed. Crane Payment InnovationsVending Machine Services EngineeringTitle: 1234567891110 1234567891 10 1 A B C D E F G H J K L M N P R S A B C D E F G H J K L M N P R S TT Alliance Family“Irene” Processor Board Architecture Secondary Regulators 3.8V3.3V 5V Rest / Clock / Boot Control DDR3L eMMC 4GB Processor iMX6ULL Cellular Modem USB1 USB0 Ctrl [2] 3.3V SPI I2C1 HMI Control / GPIO DDR 3.3V 1.35V 3.3V UARTS MDBMon MDB DEX Bezel Service BLE Interface Share Serial 3.3V eMMC Required BLE Svc “Free” Intfc 1.35V Applicable Site(s) REF C Subject Alliance Pr ogram, MX6ULL Implementation Hardware Description Document ECN Issue G1 Page 1 of 1 3222 Phoenixville Pike Malver n, PA 19355 Tel: (61 0) 430-2500 Fax: (610) 430-2694 TITLE : Advanced Feature Telemeter (AFT) Hardware Design Document Alliance Program; MX6ULL Implementation NUMBER : 300008362C ISSUE : G1 ECN : N /A DATE : 12 September 2018 AUTHORS : Tony Radice/ Michael Perreca COPYRIGHT   2018 CPI The information contained here-in is the property o f Crane Payment Innovations (CPI) and is not to be disclosed or used without the prior written permiss ion of CPI. This copyright extends to all the medi a in which this information may be preserved including f lash, magnetic or optical storage, punched card, pa per tape, computer printout or visual display. USB Current Limited Switch S c a le : ( n o n e ) S h e e t: 1 o f 1 R e v : 3 . 0 F ile : S iz e : AD r a w n B y : P r o je c t E n g in e e r: T o n y R a d ic eC h e c k e d : C r a n e P a y m e n t I n n o v a tio n sV M S E n g in e e r in gT it le : 12 A B 34 C D E F G 5 6 7891110 1234567891101 A B C D E F G H H In t e r fa c e L a y o u t - P in M a pA llia n c e A r c h it e c tu r e 5 V 5 V ( P w r E n ) n c n c ( P w r E n ) U A 1 R X G N D S P I C L K U A 1 T X D E X T S S P I M I S O U A 2 R X G N D S P I M O S I U A 2 T X D E X C E N S P I C S 1 U A 3 R X G N D S P I C S 2 U A 3 T X B P E N V D P E U A 4 R X G N D U A 5 R X U A 4 T X U A 6 R X U A 5 T X I 2 C C lk G N D V D C D I 2 C D a t V 3 P 3 V 3 P 3 A B C 123456789 1 01 11 2 J 1 J 2 S i g n a l D e s c r ip t io n D L v l V 5 P 0 P o w e r t o M o d u le I 5 V 3 P 3 In te r f a c e / S ig n a l L v l O 3 . 3 I 2 C C l k I 2 C I n t e r f a c e C l k O 3 . 3 I 2 C D a t I 2 C I n t e r f a c e D a t a B 3 . 3 ( P w r E n ) P in s s h o r t e d t o e n a b le P S - - H M I O n H M I O u t p u t s ( L E D P W M ) O 3 . 3 H M I I n H M I I n p u t s ( t o G P I O ) I 3 . 3 U A 1 R X M D B – V M C O U T P U T I 3 . 3 U A 1 T X M D B – V M C I N P U T O 3 . 3 U A 2 x x D E X U A R T - 3 . 3 U A 3 x x B e z e l U A R T - 3 . 3 U A 4 x x S e r v i c e P o r t U A R T - 3 . 3 U A 5 x x U t il it y P o r t U A R T - 3 . 3 U A 6 R X M D B M o n it o r – V M C In p u t I 3 . 3 B P E N B e z e l P o w e r E n a b l e O 3 . 3 D E X C E N D E X C o m E n a b l e 1 O 3 . 3 1 N e c t a M a c h in e S u p p o r t V D P E V id e o D is p la y P o w e r E n . O 3 . 3 V D C D V id e o D is p la y C o m m D r . O 3 . 3 S P I C L K S e r P e r I n t f c C lo c k O 3 . 3 S P IM O S I S e r P e r I n t f c M a s t e r O u t O 3 . 3 S P IM I S O S e r P e r I n t f c M a s t e r I n I 3 . 3 S P I C S n S e r P e r I n t f c S e le c t O u t O 3 . 3 S ig n a l D e s c r ip t io n D L v l H M I O 1 G N D H M I I1 / A D C 6 H M I O 2 V 3 P 3 H M I I2 / A D C 7 H M I O 3 G N D H M I I3 / A D C 9 B T S D C L K ( P W M 3 ) C A N S B Y B T S D D A T G N D C A N T X B T R S T S P I C S 3 C A N R X A B C B T S D C L K B lu e t o o t h P r o g r a m m in g O 3 . 3 D E X T S D E X C o m T r i- S t a t e 2 O 3 . 3 2 S e il a f M a c h in e S u p p o r t N o t e : S P I C S 1 : U tility P o r tS P I C S 2 : I n te r f a c e B o a r d B lu e t o o t h C SS P I C S 3 : ( R e s e r v e d )S P I C S 4 : ( N o t o n In t e r f a c e ) B T / P r o c B r d N o t e : B T S D C L K – A lt U s e : A D C 1B T S D D A T – A lt U s e : A D C 2 B T S D D A T B lu e t o o t h P r o g r a m m in g B 3 . 3 B T R S T B lu e t o o t h R e s e t O 3 . 3 C A N T X C A N A d a p t e r T X D a t a O 3 . 3 C A N R X C A N A d a p t e r R X D a t a I 3 . 3 U A 7 x x B lu e t o o t h C o m m * 3 . 3 C A N S B Y C A N S t a n d b y S t a t u s O 3 . 3 ( P W M 1 ) R e s e r v e d * 3 . 3 U A 7 T X G N D U A 7 R X

A2LA Accredited IC recognized # 3462B-2 CETECOM Inc. 411 Dixon Landing Road  Milpitas, CA 95035  U.S.A. Phone: + 1 (408) 586 6200  Fax: + 1 (408) 586 6299  E-mail: [email protected]  http://www.cetecom.com CETECOM Inc. is a Delaware Corporation with Corporation number: 2905571 V4.0 2012-07-25 The BLUETOOTH trademarks are owned by Bluetooth SIG, Inc., U.S.A. and licensed to CETECOM Inc. © Copyright by CETECOM FCC Test Report FOR: Crane Payment Innovations Model Name: CORA152-US Product Description: Vending machine cashless payment and system FCC ID: QP8CORABTATT Per: 47 CFR: Part 24, Part 27 REPORT #: EMC_MEIGR-010-20001_FCC_24_27 DATE: 2020-05-07 Test Report #: EMC_MEIGR-010-20001_FCC_24_27 FCC ID: QP8CORABTATT Date of Report 2020-05-07 Page 2 of 47 TABLE OF CONTENTS 1 ASSESSMENT ...................................................................................................................................................................................... 3 2 ADMINISTRATIVE DATA ...................................................................................................................................................................... 4 2.1 IDENTIFICATION OF THE TESTING LABORATORY ISSUING THE EMC TEST REPORT ................................................................................... 4 2.2 IDENTIFICATION OF THE CLIENT ............................................................................................................................................................ 4 2.3 IDENTIFICATION OF THE MANUFACTURER .............................................................................................................................................. 4 3 EQUIPMENT UNDER TEST (EUT) ....................................................................................................................................................... 5 3.1 EUT SPECIFICATIONS ......................................................................................................................................................................... 5 3.2 EUT SAMPLE DETAILS ......................................................................................................................................................................... 6 3.3 ACCESSORY EQUIPMENT (AE) DETAILS ................................................................................................................................................ 6 3.4 SUPPORT EQUIPMENT ......................................................................................................................................................................... 6 3.5 TEST SAMPLE CONFIGURATION ............................................................................................................................................................ 6 3.6 MODE OF OPERATION DETAILS ............................................................................................................................................................. 7 3.7 JUSTIFICATION FOR WORST CASE MODE OF OPERATION ....................................................................................................................... 7 4 SUBJECT OF INVESTIGATION ........................................................................................................................................................... 8 4.1 DATES OF TESTING: ............................................................................................................................................................................ 8 4.2 MEASUREMENT UNCERTAINTY ............................................................................................................................................................. 8 4.3 ENVIRONMENTAL CONDITIONS DURING TESTING: .................................................................................................................................. 8 5 MEASUREMENT PROCEDURES ......................................................................................................................................................... 9 5.1 RADIATED MEASUREMENT ................................................................................................................................................................... 9 5.2 SAMPLE CALCULATIONS FOR FIELD STRENGTH MEASUREMENTS ......................................................................................................... 11 6 MEASUREMENT RESULTS SUMMARY ............................................................................................................................................ 12 6.1 FCC 24: ........................................................................................................................................................................................... 12 6.2 FCC 27: ........................................................................................................................................................................................... 13 7 TEST RESULT DATA .......................................................................................................................................................................... 14 7.1 E(I)RP ............................................................................................................................................................................................. 14 7.2 RADIATED SPURIOUS EMISSIONS ....................................................................................................................................................... 15 8 TEST SETUP PHOTO ......................................................................................................................................................................... 47 9 TEST EQUIPMENT AND ANCILLARIES USED FOR TESTING ....................................................................................................…

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DEKRA Testing and Certification, S.A.U. Parque Tecnológico de Andalucía, c/ Severo Ochoa nº 2 · 29590 Campanillas · Málaga · España Report No: (NIE) 51917RRF.001 2017-08-11 FCC LISTED, REGISTRATION NUMBER: 720267 ISED LISTED REGISTRATION NUMBER 4621A-2 Test report No: NIE: 51917RRF.001 Test report REFERENCE STANDARD: USA FCC Part 24 & Part 27 CANADA IC RSS-133, RSS-139, RSS-130 Identificación del objeto ensayado ...................... : Identification of item tested LTE Module Marca ................................................................... : Trademark Telit Modelo y/o referencia tipo .................................. : Model and /or type reference LE910B1-SA Other identification of the product .................... : FCC ID: RI7LE910B1SA IC: 5131A-LE910B1SA Final HW version ................................................ : 00 Final SW version ................................................. : 20.00.513 Características ..................................................... : Features LTE Module supporting Band 2, 4 and 12 Solicitante ............................................................. : Applicant TELIT COMMUNICATIONS Via Stazione di Prosecco 5/B. 34010 Sgonico. Trieste-Italy. Método de ensayo solicitado, norma ................... : Test method requested, standard USA FCC Part 27 10-1-16 Edition. CANADA IC RSS-139 Issue 3, Jul. 2015. CANADA IC RSS-130 Issue 1, Oct. 2013. USA FCC Part 24 10-1-16 Edition. CANADA IC RSS-133 Issue 6, Jan. 2013. Measurement Guidance 971168 D01 v02r02 for certification of Licensed Digital Transmitters. ANSI/TIA-603-E (2016). Resultado .............................................................. : Summary IN COMPLIANCE Aprobado por (nombre / cargo y firma) ........... : Approved by (name / position & signature) A. Llamas RF Lab. Manager Fecha de realización ........................................... : Date of issue 2017-08-11 Formato de informe No. ...................................... : Report template No FDT08_20 DEKRA Testing and Certification, S.A.U. Parque Tecnológico de Andalucía, c/ Severo Ochoa nº 2 · 29590 Campanillas · Málaga · España Report No: (NIE) 51917RRF.001 Page 2 of 253 2017-08-11 Index Competences and guarantees ......................................................................................................................... 3 General conditions ......................................................................................................................................... 3 Uncertainty .....................................................................................................................…

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