RF exposure information - SAR report 1.pdf

FCC ID: XKB-D5000CLWIBT

RF Exposure Info

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FCCID_3298808

                                              The Testcenter facility ‘Dosimetric Test Lab’ within IMST GmbH is accredited by the German National ‘Deutsche
                                     Akkreditierungsstelle GmbH (DAkkS)’ for testing according to the scope as listed in the accreditation certificate: D-PL-12139-01-00.


                                                                                 SAR Evaluation Report
                                                                                           EUT Information
                                     Manufacturer                         INGENICO
                                     Model Name                           Desk/5000
                                     FCC ID                               XKB-D5000CLWIBT
                                     IC number                            2586D-D5000CLWIBT
                                     EUT Type                             Payment terminal / Hand-held device
                                                                                              Prepared by
                                                                          IMST GmbH, Test Center
                                                                          Carl-Friedrich-Gauß-Str. 2 – 4
                                     Testing Laboratory
                                                                          47475 Kamp-Lintfort
                                                                          Germany
                                                                                              Prepared for
                                                                          INGENICO
                                                                          Avenue de la Gare Rovaltain TGV - BP 25156
                                     Applicant
                                                                          26958 Valence Cedex 9
                                                                          France
                                                                                          Test Specification
                                     Standard Applied                     FCC CFR 47 § 2.1093; IEEE 1528-2013 and the published KDB procedures
                                     Exposure Category                    General Public / Uncontrolled Exposure
                                     Usage Configuration                  Extremity Exposure Configuration
                                                                                          Report Information
                                     Data Stored                          60320_6170078_XKB-D5000
                                     Issue Date                           February 24, 2017
                                     Revision Date                        February 28, 2017
                                     Revision Number                      1
                                                                          This report relates only to the item(s) evaluated. This report shall not be reproduced, except in
                                                                          its entirety, without the prior written approval of IMST GmbH.
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                                     Remarks                              The results and statements contained in this report reflect the evaluation for the certain model
                                                                          described above. The manufacturer is responsible for ensuring that all production devices
                                                                          meet the intent of the requirements described in this report.


                                              Report Issue Date: February 24, 2017                               Revision Date: February 28, 2017                                       Revision No.: 1


                                              Table of Contents

                                              1       Subject of Investigation and Test Results ............................................................................................ 3
                                                  1.1          Technical Data of EUT ..................................................................................................................................... 3
                                                  1.2          Antenna Configuration ..................................................................................................................................... 3
                                                  1.3          Test Specification / Normative References ...................................................................................................... 4
                                                  1.4          Attestation of Test Results ............................................................................................................................... 4
                                              2       Exposure Criteria and Limits .................................................................................................................. 5
                                                  2.1          Distinction between Exposed Population, Duration of Exposure and Frequencies .......................................... 5
                                                  2.2          Distinction between Maximum Permissible Exposure and SAR Limits ............................................................ 5
                                              3       Measurement Procedure ......................................................................................................................... 6
                                                  3.1          General Requirement ....................................................................................................................................... 6
                                                  3.2          Phantom Requirements ................................................................................................................................... 6
                                                  3.3          Information for IEEE 802.11 (Wi-Fi) Transmitters ............................................................................................ 6
                                                  3.4          Measurement Variability ................................................................................................................................... 7
                                              4       The Measurement System....................................................................................................................... 8
                                                  4.1          Phantoms ......................................................................................................................................................... 9
                                                  4.2          E-Field-Probes ............................................................................................................................................... 10
                                                  4.3          Measurement Procedure ................................................................................................................................ 11
                                              5       System Verification and Test Conditions ............................................................................................ 12
                                                  5.1          Date of Testing ............................................................................................................................................... 12
                                                  5.2          Environment Conditions ................................................................................................................................. 12
                                                  5.3          Tissue Simulating Liquid Recipes .................................................................................................................. 12
                                                  5.4          Tissue Parameters ......................................................................................................................................... 13
                                                  5.5          Simplified Performance Checking .................................................................................................................. 13
                                              6       SAR Measurement Conditions and Results ........................................................................................ 13
                                                  6.1          Test Conditions .............................................................................................................................................. 13
                                                  6.2          Tune-Up Information ...................................................................................................................................... 14
                                                  6.3          Measured Output Power for WLAN 2.4 GHz .................................................................................................. 14
                                                  6.4          Measured Output Power for WLAN 5 GHz ..................................................................................................... 15
                                                  6.5          Standalone SAR Test Exclusion .................................................................................................................... 17
                                                  6.6          SAR Test Consideration .............................................................................................................................. 18
                                                  6.7          SAR Results ................................................................................................................................................... 19
                                              7       Simultaneous Transmission Consideration........................................................................................ 20
                                              8       Administrative Measurement Data ....................................................................................................... 21
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                                                  8.1          Calibration of Test Equipment ........................................................................................................................ 21
                                                  8.2          Uncertainty Assessment ................................................................................................................................ 22
                                              9   Report History ........................................................................................................................................ 24
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                                              Appendixes ..................................................................................................................................................... 25
                                                  Appendix A - Pictures ................................................................................................................................................... 26
                                                  Appendix B - SAR Distribution Plots ............................................................................................................................. 30
                                                  Appendix C - System Verification Plots ........................................................................................................................ 32
                                                  Appendix D – Certificates of Conformity ....................................................................................................................... 35
                                                  Appendix E – Calibration Certificates for DAEs ............................................................................................................ 37
                                                  Appendix F – Calibration Certificates for E-Field Probes.............................................................................................. 42
                                                  Appendix G – Calibration Certificates for Dipoles ......................................................................................................... 53




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                                              Report Issue Date: February 24, 2017                Revision Date: February 28, 2017      Revision No.: 1




                                              1 Subject of Investigation and Test Results

                                              1.1 Technical Data of EUT
                                                                                                   Product Specifications
                                               IMEI / SN                             160587313331013301015984
                                               Operation Mode                        IEEE 802.11 (2,4 GHz and 5 GHz), BT Classic 4.1
                                               Frequency Band                        2.4 GHz, 5.3GHz and 5.6GHz
                                               Usage Configuration                   Extremity Exposure Configuration
                                               Antenna Type                          integrated (1xWLan, 1xBT)
                                               Max. Output Power                     see chapter 6.2
                                               Power Supply                          DC 8V (4A)
                                               Used Accessory                        -
                                               Notes:


                                              1.2 Antenna Configuration
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                                                                                             Fig. 1:     Antenna location of the EUT.




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                                              1.3 Test Specification / Normative References
                                              The tests documented in this report were performed according to the standards and rules described below.

                                                                                                             Test Specifications
                                                     Test Standard / Rule                                                  Description                                           Issue Date
                                                                                        IEEE Recommended Practice for Determining the Peak Spatial-
                                                     IEEE 1528-2013                     Average Specific Absorption Rate (SAR) in the Human Head from                     June 14, 2013
                                                                                        Wireless Communications Devices: Measurement Techniques.
                                                                                        Code of Federal Regulations; Title 47.
                                                     FCC CFR 47 § 2.1091                                                                                                  October 01, 2010
                                                                                        Radiofrequency radiation exposure evaluation: Mobile Devices.
                                                                                        Code of Federal Regulations; Title 47.
                                                     FCC CFR 47 § 2.1093                                                                                                  October 01, 2010
                                                                                        Radiofrequency radiation exposure evaluation: Portable Devices.
                                                                                        Radio Frequency (RF) Exposure Compliance of Radiocommunication
                                                     RSS-102, Issue 5                                                                                                     March, 2015
                                                                                        Apparatus (All Frequency Bands)
                                                                                                      Measurement Methodology KDB
                                                     KDB 865664 D01 v01r04              SAR measurement 100 MHz to 6 GHz                                                  August 07, 2015
                                                     KDB 865664 D02 v01r01              Exposure Reporting                                                                October 23, 2015
                                                                                                                    Product KDB
                                                     KDB 447498 D01 v06                 General RF Exposure Guidance                                                      October 23, 2015
                                                                                                               Technology KDB
                                                     KDB 248227 D01 v02r02              802.11 Wi-Fi SAR                                                                  October 23, 2015


                                              1.4 Attestation of Test Results
                                                                                                 Highest MeasuredSAR10g [W/kg]
                                                                  Frequency                          Exposure Edge            Gap                Highest Reported          Extremity Exposure
                                                    Band                                CH                                           Pic. No.
                                                                    [MHz]                               of EUT               [mm]                 SAR10g [W/kg]            SAR10g Limit W/kg]
                                                   U-NII-2C
                                                                      5500             100                   Left              0         4               0.569                 4.0            PASS
                                                IEEE 802.11 a

                                               Notes: To establish a connection at a specific channel and with maximum output power, engineering test software has been used.

                                                       All measured SAR results and configurations are shown in chapter 6.7 on page 19.




                                                                                      Simultaneous Transmission Scenario [W/kg]
                                               Exposure Edge                                 Highest Reported SAR10g Values
                                                  of EUT                                                                                                                          Σ   SAR10g
                                                                             Bluetooth                         WLAN 2.4 GHz                     WLAN 5 GHz
                                                     Left                      0.00                                  0.045                           -                       0.045            PASS
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                                                     Left                      0.00                                    -                          0.569                      0.569            PASS
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                                              Prepared by:        ........................................                    Reviewed by:         ........................................

                                                                  Dessislava Patrishkova                                                           Alexander Rahn
                                                                  Test Engineer                                                                    Quality Assurance



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                                              Report Issue Date: February 24, 2017             Revision Date: February 28, 2017                  Revision No.: 1


                                              2 Exposure Criteria and Limits

                                              In the USA the FCC exposure criteria [KDB 865664] are based on the withdrawn IEEE Standard C95.1-1999
                                              [IEEE C95.1-1999].

                                              General population / uncontrolled environments are defined as locations where there is the exposure of
                                              individuals who have no knowledge or control of their exposure. The exposures may occur in living quarters
                                              or workplaces.

                                              Occupational / controlled environments are locations where there is exposure that may be incurred by
                                              persons who are aware of the potential for exposure as a concomitant of employment or by other cognizant
                                              persons. For exposure in controlled environments higher field strengths are admissible.

                                                                                               Human Exposure Limits
                                                                                                  Uncontrolled Environment                 Controlled Environment
                                                               Condition                             (General Population)                          (Occupational)
                                                                                            SAR Limit [W/kg]        Mass Avg.        SAR Limit [W/kg]          Mass Avg.

                                              SAR averaged over the whole body mass                0.08             whole body             0.4                 whole body

                                              Peak spatially-averaged SAR for the head,
                                                                                                   1.6             1 g of tissue*          8.0                1 g of tissue*
                                              neck and trunk

                                              Peak spatially-averaged SAR in the limbs             4.0             10 g of tissue*         20.0               10 g of tissue*

                                              Note: *Defined as a tissue volume in the shape of a cube

                                              Table 1:     SAR limits.

                                              In this report the comparison between the FCC exposure limits and the measured data is made using the
                                              spatial peak SAR; the power level of the device under test guarantees that the whole body averaged SAR is
                                              not exceeded.

                                              2.1 Distinction between Exposed Population, Duration of Exposure and Frequencies
                                              The American Standard [IEEE C95.1-1999] distinguishes between controlled and uncontrolled environment.
                                              Controlled environments are locations where there is exposure that may be incurred by persons who are
                                              aware of the potential for exposure as a concomitant of employment or by other cognizant persons.
                                              Uncontrolled environments are locations where there is the exposure of individuals who have no knowledge
                                              or control of their exposure. The exposures may occur in living quarters or workplaces. For exposure in
                                              controlled environments higher field strengths are admissible. In addition the duration of exposure is
                                              considered.
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                                              Due to the influence of frequency on important parameters, as the penetration depth of the electromagnetic
                                              fields into the human body and the absorption capability of different tissues, the limits in general vary with
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                                              frequency.

                                              2.2 Distinction between Maximum Permissible Exposure and SAR Limits
                                              The biological relevant parameter describing the effects of electromagnetic fields in the frequency range of
                                              interest is the specific absorption rate SAR (dimension: power/mass). It is a measure of the power absorbed
                                              per unit mass. The SAR may be spatially averaged over the total mass of an exposed body or its parts. The
                                              SAR is calculated from the r.m.s. electric field strength E inside the human body, the conductivity  and the
                                              mass density  of the biological tissue:



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                                                                                          E2        T
                                                                                SAR          c                  .                                            (1)
                                                                                                   t   t 0 


                                              The specific absorption rate describes the initial rate of temperature rise      T /  t as a function of the specific
                                              heat capacity c of the tissue. A limitation of the specific absorption rate prevents an excessive heating of the
                                              human body by electromagnetic energy.

                                              As it is sometimes difficult to determine the SAR directly by measurement (e.g. whole body averaged SAR),
                                              the standard specifies more readily measurable maximum permissible exposures in terms of external electric
                                              E and magnetic field strength H and power density S, derived from the SAR limits. The limits for E, H and S
                                              have been fixed so that even under worst case conditions, the limits for the specific absorption rate SAR are
                                              not exceeded.

                                              For the relevant frequency range the maximum permissible exposure may be exceeded if the exposure can
                                              be shown by appropriate techniques to produce SAR values below the corresponding limits.


                                              3 Measurement Procedure

                                              3.1 General Requirement
                                              The test shall be performed in a laboratory with an environment which avoids influence on SAR
                                              measurements by ambient EM sources and any reflection from the environment itself. The ambient
                                              temperature shall be in the range of 20°C to 26°C and 30-70% humidity. All tests have been conducted
                                              according the latest version of all relevant KDBs.

                                              3.1.1 Extremity exposure conditions
                                              Devices that are designed or intended for use on extremities or mainly operated in extremity only exposure
                                              conditions; i.e. hands, wrist, feet and ankles, may require extremity SAR evaluation according to chapter
                                              4.2.3 of KDB 447498 D01.

                                              3.2 Phantom Requirements
                                              For body-worn and other configurations a flat phantom shall be used which is comprised of material with
                                              electrical properties similar to the corresponding tissues.

                                              3.3 Information for IEEE 802.11 (Wi-Fi) Transmitters
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                                              For both DSSS and OFDM wireless modes an initial test position must be established for each applicable
                                              exposure configuration using either:

                                                      Design implementation defined by the manufacturer, or
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                                                      Investigative results by the test lab based on:

                                                            o    Exclusions based on the distance from the antenna to the surface, or

                                                            o    Highest measured SAR from the area-scan-only measurements on all applicable test
                                                                 positions at the Initial Test Configuration, if found to require SAR tests.

                                              Then, the initial test position procedure defines the required complete SAR scan measurements on each
                                              exposure configuration as following:



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                                                      When the reported SAR of the initial test position is ≤ 0.4 W/kg, further SAR measurements is not
                                                       required for the remaining test positions in that configuration as well as 802.11 transmission mode
                                                       combinations within the frequency or aggregated band.

                                                      When the reported SAR of the initial test position is > 0.4 W/kg, further SAR measurements is
                                                       required in the initial test position or next closest/smallest test separation distance based on
                                                       manufacturer justification, on the following highest maximum output power channel, until the
                                                       reported SAR is ≤ 0.8 W/kg or all required test positions are tested.

                                                      When the reported SAR for all initial and subsequent test positions is > 0.8 W/kg, further SAR
                                                       measurements is required on these positions on the subsequent next highest measured output
                                                       power channels, until the reported SAR is ≤ 1.2 W/kg or all required channels have been tested.

                                              For OFDM transmission configurations in 2.4 GHz and 5 GHz bands, it is important to determine SAR Initial
                                              Test Configuration for each stand alone and aggregated frequency band according to the maximum output
                                              power and tune-up tolerance specified for production units. The procedure is as following:

                                                      Highest output power channel is chosen; if there are channels with same maximum output power
                                                       then the closest to the mid-band frequency is preferred. If there are more than one channel with
                                                       same maximum output power and same distance to the mid-band frequency, then the channel with
                                                       the higher frequency is preferred.

                                                      When SAR measurement is required for a subsequent test configuration and the channel bandwidth
                                                       is smaller than that in the initial test configuration, all channels in the subsequent test configuration
                                                       that overlap with the larger bandwidth channel tested in the initial test configuration should be used
                                                       to determine the highest maximum output power channel in the subsequent test configuration.

                                              Along with the initial test position reduction guidelines, the following procedures are also applied to SAR
                                              measurement requirements when multiple OFDM configurations are supported:

                                                      When the reported SAR of the initial test configuration with the highest output power channel is > 0.8
                                                       W/kg, further SAR measurements is required for next highest output power channel in the initial test
                                                       configuration, until the reported SAR is ≤ 1.2 W/kg or all required channels have been tested.

                                                      When the reported SAR of the subsequent test configuration with the highest output power channel
                                                       is > 1.2 W/kg, further SAR measurements is required for next highest output power channel in this
                                                       test configuration, until the reported SAR is ≤ 1.2 W/kg or all required channels have been tested.

                                                      When the reported SAR of the subsequent test configuration is > 1.2 W/kg, further SAR
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                                                       measurements for the following subsequent test configurations are required.

                                              3.4 Measurement Variability
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                                              According KDB 865664 repeated measurements are required only when the measured SAR is ≥ 0.80 W/kg.
                                              If the measured SAR value of the initial repeated measurement is < 1.45 W/kg with ≤ 20% variation, only one
                                              repeated measurement is required to reaffirm that the results are not expected to have substantial variations,
                                              which may introduce significant compliance concerns. A second repeated measurement is required only if
                                              the measured result for the initial repeated measurement is within 10% of the SAR limit and vary by more
                                              than 20%, which are often related to device and measurement setup difficulties. The following procedures
                                              are applied to determine if repeated measurements are required.




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                                                  1)    Repeated measurement is not required when the original highest measured SAR is < 0.80 W/kg;
                                                        steps 2) through 4) do not apply.

                                                  2)    When the original highest measured SAR is ≥ 0.80 W/kg, repeat that measurement once.

                                                  3)    Perform a second repeated measurement only if the ratio of largest to smallest SAR for the original
                                                        and first repeated measurements is > 1.20 or when the original or repeated measurement is ≥ 1.45
                                                        W/kg (~ 10% from the 1-g SAR limit).

                                                  4)    Perform a third repeated measurement only if the original, first or second repeated measurement is ≥
                                                        1.5 W/kg and the ratio of largest to smallest SAR for the original, first and second repeated
                                                        measurements is > 1.20.


                                              4 The Measurement System

                                              DASY is an abbreviation of „Dosimetric Assessment System“ and describes a system that is able to
                                              determine the SAR distribution inside a phantom of a human being according to different standards. The
                                              DASY4 system consists of the following items as shown in Fig: 2. Additionally, Fig: 3 shows the equipment,
                                              similar to the installations in other laboratories.

                                                     Fully compliant with all current measurement standards as stated in Fig. 4
                                                     High precision robot with controller
                                                     Measurement server (for surveillance of the robot operation and signal filtering)
                                                     Data acquisition electronics DAE (for signal amplification and filtering)
                                                     Field probes calibrated for use in liquids
                                                     Electro-optical converter EOC (conversion from the optical into a digital signal)
                                                     Light beam (improving of the absolute probe positioning accuracy)
                                                     Two SAM phantoms filled with tissue simulating liquid
                                                     DASY4 software
                                                     SEMCAD
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                                              Fig. 2:   The DASY4 measurement system.


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                                              Fig. 3:   The measurement set-up with two SAM phantoms containing tissue simulating liquid.

                                              The EUT operating at the maximum power level is placed by a non-metallic device holder (delivered from
                                              Schmid & Partner) in the above described positions at a shell phantom of a human being. The distribution of
                                              the electric field strength E is measured in the tissue simulating liquid within the shell phantom. For this
                                              miniaturised field probes with high sensitivity and low field disturbance are used. Afterwards the corre-
                                              sponding SAR values are calculated with the known electrical conductivity  and the mass density  of the
                                              tissue in the SEMCAD FDTD software. The software is able to determine the averaged SAR values
                                              (averaging region 1 g or 10 g) for compliance testing.

                                              The measurements are done by two scans: first a coarse scan determines the region of the maximum SAR,
                                              afterwards the averaged SAR is measured in a second scan within the shape of a cube.

                                              4.1 Phantoms
                                                                                              TWIN SAM PHANTOM V4.0
                                                                                Specific Anthropomorphic Mannequin defined in IEEE 1528 and IEC 62209-1 and delivered by
                                                                                Schmid & Partner Engineering AG. It enables the dosimetric evaluation of left and right hand
                                                                                phone usage as well as body mounted usage at the flat phantom region.
                                                                                The details and the Certificate of conformity can be found in Fig. 5.
                                               Shell Thickness                  2 ± 0.2 mm (6 ± 0.2 mm at ear point)
                                                                                Length: 1000 mm; Width: 500 mm
                                               Dimensions
                                                                                Height: adjustable feet
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                                               Filling Volume                   approx. 25 liters
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                                              4.2 E-Field-Probes
                                              For the measurements the Dosimetric E-Field Probes ET3DV6R or EX3DV4 with following specifications are
                                              used. They are manufactured and calibrated in accordance with FCC and IEEE 1528-2013
                                              recommendations annually by Schmid & Partner Engineering AG.

                                                                                                           ET3DV6R
                                                                             Symmetrical design with triangular core
                                                                             Built-in optical fiber for surface detection system (ET3DV6 only)
                                               Construction
                                                                             Built-in shielding against static charges
                                                                             PEEK enclosure material (resistant to organic solvents, e.g., DGBE)

                                                                             Overall length: 337 mm (Tip: 16 mm)
                                               Dimensions                    Tip diameter: 6.8 mm (Body: 12 mm)
                                                                             Distance from probe tip to dipole centers: 2.7 mm

                                                                             10 MHz to 2.3 GHz
                                               Frequency
                                                                             Linearity: ± 0.2 dB (30 MHz to 2.3 GHz)

                                                                             Axial isotropy: ± 0.2 dB in TSL (rotation around probe axis)
                                               Directivity
                                                                             Spherical isotropy: ± 0.4 dB in TSL (rotation normal to probe axis)

                                               Dynamic Range                 5 µW/g to > 100 mW/g; Linearity: ± 0.2 dB

                                                                             450 MHz / 750 MHz / 900 MHz / 1750 MHz / 1900 MHz / 1950 MHz
                                               Calibration Range
                                                                             for head and body simulating liquid



                                                                                                            EX3DV4
                                                                             Symmetrical design with triangular core
                                               Construction                  Built-in shielding against static charges
                                                                             PEEK enclosure material (resistant to organic solvents, e.g., DGBE)

                                                                             Overall length: 337 mm (Tip: 20 mm)
                                               Dimensions                    Tip diameter: 2.5 mm (Body: 12 mm)
                                                                             Typical distance from probe tip to dipole centers: 1 mm

                                                                             10 MHz to > 6 GHz
                                               Frequency
                                                                             Linearity: ± 0.2 dB (30 MHz to 6 GHz)

                                                                             Axial isotropy: ± 0.3 dB in TSL (rotation around probe axis)
                                               Directivity
                                                                             Spherical isotropy: ± 0.5 dB in TSL (rotation normal to probe axis)

                                                                             10 µW/g to > 100 mW/g
                                               Dynamic Range
                                                                             Linearity: ± 0.2 dB (noise: typically < 1 µW/g)

                                                                             1950 MHz / 2450 MHz / 2600 MHz / 3500 MHz / 5200 MHz / 5300 MHz / 5600 MHz / 5800 MHz for
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                                               Calibration Range
                                                                             head and body simulating liquid
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                                              4.3 Measurement Procedure
                                              The following steps are used for each test position:

                                                        Establish a call with the maximum output power with a base station simulator. The connection
                                                         between the mobile phone and the base station simulator is established via air interface.
                                                        Measurement of the local E-field value at a fixed location (P1). This value serves as a reference
                                                         value for calculating a possible power drift.
                                                        Measurement of the SAR distribution with resolution settings for area scan and zoom scan according
                                                         KDB 865664 D01 as shown in Table 2.
                                                        The used extrapolation and interpolation routines are all based on the modified Quadratic Shepard´s
                                                         method [DASY4].
                                                        Repetition of the E-field measurement at the fixed location (P1) and repetition of the whole
                                                         procedure if the two results differ by more than  0.21dB.


                                                                                                                               ≤ 3 GHz                           ≥ 3 GHz
                                               Maximum      distance     from    closest    measurement       point
                                                                                                                                5 ± 1 mm                   ½δln(2) ± 0.5 mm
                                               (geometric center of probe sensors) to phantom surface
                                               Maximum probe angle from probe axis to phantom surface normal
                                                                                                                                30° ± 1°                         20° ± 1°
                                               at the measurement location
                                                                                                                            ≤ 2 GHz: ≤ 15 mm               3 - 4 GHz: ≤ 12 mm
                                                                                                                           2 - 3 GHz: ≤ 12 mm              4 - 6 GHz: ≤ 10 mm
                                                                                                                      When the x or y dimension of the test device, in the
                                               Maximum area scan spatial resolution: Δx Area, Δy Area                 measurement plane orientation, is smaller than the above,
                                                                                                                      the measurement resolution must be ≤ the corresponding x or
                                                                                                                      y dimension of the test device with at least one measurement
                                                                                                                      point on the test device.
                                                                                                                            ≤ 2 GHz: ≤ 8 mm                3 - 4 GHz: ≤ 5 mm*
                                               Maximum zoom scan spatial resolution: ΔX Zoom, ΔY Zoom
                                                                                                                           2 - 3 GHz: ≤ 5 mm*              4 - 6 GHz: ≤ 4 mm*
                                                                                                                                                           3 - 4 GHz: ≤ 4 mm
                                                                  Uniform grid: ΔZ Zoom(n)                                       ≤ 5 mm                    4 - 5 GHz: ≤ 3 mm
                                               Maximum zoom
                                                                                                                                                           5 - 6 GHz: ≤ 2 mm
                                               scan spatial
                                               resolution,                                                                                                 3 - 4 GHz: ≤ 3 mm
                                                                              ΔZ Zoom(1): between 1 two points
                                                                                                        st
                                               normal to
                                                                                                                                 ≤ 4 mm                    4 - 5 GHz: ≤ 2.5 mm
                                               phantom            graded      closest to phantom surface
                                                                                                                                                           5 - 6 GHz: ≤ 2 mm
                                               surface            grid
                                                                              ΔZ Zoom(n>1): between subsequent
                                                                                                                                           ≤ 1.5 ΔZ Zoom(n-1)
                                                                              points
                                                                                                                                                           3 - 4 GHz: ≥ 28 mm
                                               Minimum zoom
                                                                  x, y, z                                                       ≥ 30 mm                    4 - 5 GHz: ≥ 25 mm
                                               scan volume
                                                                                                                                                           5 - 6 GHz: ≥ 22 mm
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                                               Note: δ is the penetration depth of a plane-wave at normal incidence to the tissue medium: see draft standard IEEE P1528-2011 for
                                               details.
                                               * When zoom scan is required and the reported SAR from the area scan based 1-g SAR estimation procedures of KDB 447498 is ≤
                                               1.4 W/kg, ≤ 8 mm, ≤ 7 mm and ≤ 5 mm zoom scan resolution may be applied, respectively, for 2 GHz to 3 GHz, 3 GHz to 4 GHz and
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                                               4 GHz to 6 GHz
                                              Table 2:      Parameters for SAR scan procedures.




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                                              Report Issue Date: February 24, 2017                      Revision Date: February 28, 2017                          Revision No.: 1


                                              5 System Verification and Test Conditions

                                              5.1 Date of Testing
                                                                                                              Date of Testing
                                                                   Band                                Frequency [MHz]            Date of System Check             Date of SAR Measurement

                                               IEEE 802.11 / WLAN 2,4 GHz               Body                 2450                    February 10, 2017                  February 10, 2017
                                               IEEE 802.11 / WLAN 5 GHz                 Body             5250 / 5600                 February 22, 2017                 February 22-23, 2017

                                              Table 3:       Date of testing.


                                              5.2 Environment Conditions
                                                                                                        Environment Conditions
                                                         Ambient Temperature[°C]                             Liquid Temperature [°C]                                 Humidity [%]

                                                                 22.0  2                                              22.0  2                                         40.0  5

                                               Notes: To comply with the required noise level (less than 12 mW/kg) periodically measurements without a DUT were conducted.

                                              Table 4:       Environment Conditions.


                                              5.3 Tissue Simulating Liquid Recipes
                                                                                                        Tissue Simulating Liquid
                                                  Frequency                                                                                              Triton        TWEEN        GERMABEN
                                                                      Water      Sugar         Cellulose      Salt       Preventol       DGBE
                                                    Range                                                                                                X/100           80
                                                     [MHz]              [%]       [%]            [%]           [%]          [%]           [%]             [%]            [%]           [%]
                                                                                                                    Head Tissue
                                                           300         37.1       56.1            0.9          5.8          0.2            -               -              -              -
                                                           450         38.9       56.9            0.3          3.8          0.1            -               -              -              -
                                                           835         40.3       57.9            0.2          1.4          0.2            -               -              -              -
                                                           900         40.3       57.9            0.2          1.4          0.2            -               -              -              -
                                                          1800         55.2         -              -           0.3           -            44.5             -              -              -
                                                          1900         55.4         -              -           0.1           -            44.5             -              -              -
                                                          2450         55.0         -              -            -            -            45.0             -              -              -
                                                          2600         54.8         -              -           0.1           -            45.1             -              -              -
                                                     5000 - 6000       65.5         -              -            -            -            17.2           17.25            -              -
                                                                                                                    Body Tissue
                                                           450         46.2       51.2            0.2          2.3          0.1            -               -              -              -
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                                                           835         52.4       45.0            1.0          1.5          0.1            -               -              -              -
                                                           900         50.8       48.2             -           0.9          0.1            -               -              -              -
                                                          1800         70.2         -              -           0.4           -            29.4             -              -              -
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                                                          1900         69.8         -              -           0.2           -            30.0             -              -              -
                                                          2450         68.6         -              -            -            -            31.4             -              -              -
                                                          2600         68.1         -              -           0.1           -            31.8             -              -              -
                                                     5000 - 6000       79.7         -              -            -            -             -               -             20.0          0.3

                                              Table 5:       Recipes of the tissue simulating liquid.




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                                              Report Issue Date: February 24, 2017                   Revision Date: February 28, 2017                            Revision No.: 1


                                              5.4 Tissue Parameters
                                              For the measurement of the following parameters the Speag DAK-3.5 dielectric probe kit is used,
                                              representing the open-ended coaxial probe measurement procedure.
                                                                                                     Tissue Simulating Liquids
                                                                                                                      Permittivity                                     Conductivity
                                                                 Frequency
                                                   Band                               Channel         Measured          Target             Delta        Measured         Target          Delta
                                                                   [MHz]                                  ε'               ε'             +/- 5 [%]      σ [S/m]         σ [S/m]        +/- 5 [%]
                                                                    2450        System Check            51.7             52.7               -1.9          1.96             1.95             0.7

                                                  WLAN              2412                 1              51.9             52.8               -1.7          1.91             1.91             0.1
                                                 2.4 GHz            2437                 6              51.7             52.7               -1.9          1.95             1.94             0.8
                                                                    2462                11              51.7             52.7               -1.9          1.98             1.96             0.7
                                                  WLAN             5250.0       System Check            50.4             48.9               2.9           5.41             5.36             1.0
                                                  5 GHz
                                                 U-NII-2A          5300.0               60              50.2             48.9               2.8           5.50             5.42             1.5
                                                                   5600.0       System Check            49.5             48.5               2.2           5.96             5.77             3.3
                                                  WLAN             5500.0               100             49.8             48.6               2.4           5.80             5.65             2.6
                                                  5 GHz
                                                 U-NII-2C          5660.0               132             49.4             48.4               2.1           6.06             5.84             3.9
                                                                   5700.0               140             49.3             48.3               2.1           6.12             5.88             4.0
                                              Notes: -

                                              Table 6:      Parameters of the tissue simulating liquid.


                                              5.5 Simplified Performance Checking
                                              The simplified performance check was realized using the dipole validation kit. The input power of the dipole
                                              antenna was 250 mW (CW signal) and it was placed under the flat part of the SAM phantom. The target and
                                              measured results are listed in the table 7 and shown in Appendix C - System Verification Plots. The target
                                              values were adopted from the calibration certificates found also in the appendix.
                                                                                                       System Check Results
                                                                                                                        SAR1g [W/kg]                                    SAR10g [W/kg]
                                                Frequency
                                                                 Tissue      Dipole      Dipole SN                                                                                           Delta
                                                  [MHz]                                                   Measured          Target          Delta [%]     Measured           Target
                                                                                                                                                                                              [%]
                                                   2450          Body       D2450V2           709              13.4             13.08          -2.9          6.10             6.18            -1.3
                                                   5250          Body       D5GHzV2           1028             18.5             19.43          -4.8          5.22             5.45            -4.2
                                                   5600          Body       D5GHzV2           1028             19.8             20.6           -3.9          5.56             5.70            -2.5

                                              Table 7:      Dipole target and measured results.
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                                              6 SAR Measurement Conditions and Results
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                                              6.1 Test Conditions
                                                                                                          Test Conditions
                                                                                 TX Range                  RX Range                                          Crest
                                                          Band                                                                         Used Channels                               Phantom
                                                                                   [MHz]                    [MHz]                                            Factor
                                                   WLAN 2.4 GHz               2412.0 – 2462.0           2412.0 – 2462.0                    1, 6, 11                1
                                                    WLAN 5 GHz
                                                                              5260.0 – 5320.0           5260.0 – 5320.0                      60                    1                  SAM
                                                     U-NII-2A
                                                                                                                                                                            Twin Phantom V4.0
                                                    WLAN 5 GHz
                                                                              5500.0 – 5700.0           5500.0 – 5700.0                 100, 132, 140              1
                                                     U-NII-2C
                                              Table 8:      Used channels and crest factors during the test.


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                                              Report Issue Date: February 24, 2017              Revision Date: February 28, 2017                         Revision No.: 1


                                              6.2 Tune-Up Information
                                                                                                  Tune-Up Information
                                                                             Frequency                   Nominal               Power Tolerance                     Max. Tune-Up
                                                   Band          Mode
                                                                               [MHz]            Target Power [dBm]                     [dB]                  Tolerance Limit [dBm]
                                                 Bluetooth        4.1        2402 - 2480                    0                           +/-3                            3
                                                                   b                                       13                           +/-2                           15

                                                  WLAN             g                                       13                           +/-2                           15
                                                                             2412 – 2462
                                                 2.4 GHz         n HT20                                    13                           +/-2                           15
                                                                 n HT40                                    13                           +/-2                           15
                                                  WLAN             a                                       11                           +/-2                           13
                                                  5 GHz
                                                                 n HT20      5180 – 5320                   11                           +/-2                           13
                                                 U-NII-1
                                                 U-NII-2A        n HT40                                    11                           +/-2                           13
                                                  WLAN             a                                       14                           +/-2                           16
                                                  5 GHz
                                                                 n HT20      5500 - 5700                   14                           +/-2                           16
                                                 U-NII-2C        n HT40                                    14                           +/-2                           16

                                              Table 9:       Maximum transmit output power values declared by the manufacturer.


                                              6.3 Measured Output Power for WLAN 2.4 GHz
                                              Measurements for IEEE 802.11 b/g/n has been performed with test software settings for power level 13
                                              (PWL) supported by the device and provided by the manufacturer.

                                                                                     Max. Averaged Output Power (RMS) [dBm]
                                                                             Frequency                                              Data Rate [Mbit/s]
                                                          Mode                             CH
                                                                               [MHz]                       1                    2                     5.5                     11
                                                             2.4 GHz Range                                                            PWL 13
                                                                                2412       1              13.2
                                                             b                  2437       6              13.0
                                                                                2462       11             13.6                 13.6                   13.5                    13.8

                                                                             Frequency                                              Data Rate [Mbit/s]
                                                          Mode                             CH
                                                                               [MHz]               6.0            9      12            18       24            36        48           54
                                                                                2412       1      12.0
                                                             g                  2437       6      12.7
                                                                                2462       11     13.0

                                                                             Frequency                                                MCS Index No.
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                                                          Mode                             CH
                                                                               [MHz]             MCS0            MCS1   MCS2          MCS3     MCS4          MCS5      MCS6        MCS7
                                                                                2412       1      11.9
                                                           n
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                                                                                2437       6      12.7
                                                          HT20
                                                                                2462       11     12.7
                                                           n
                                                                                2437       6      12.1
                                                          HT40
                                              Table 10:      Conducted output power values for IEEE 802.11 b/g/n.




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                                              Report Issue Date: February 24, 2017            Revision Date: February 28, 2017                    Revision No.: 1


                                              6.4 Measured Output Power for WLAN 5 GHz
                                              Measurements for IEEE 802.11 a/n has been performed with test software settings for power level 11 (PWL)
                                              supported by the device and provided by the manufacturer.

                                                                                     Max. Averaged Output Power (RMS) [dBm]
                                                                                 Frequency                                 Data Rate [Mbit/s]
                                                           Mode
                                                                                   [MHz]      CH       6.0       9       12        18       24         36           48    54
                                                           5.2 - 5.3 GHz Range                                                   PWL 11
                                                                                   5180       36      11.9

                                                            a                      5200       40      11.9
                                                          U-NII-1                  5220       44      11.2
                                                                                   5240       48      11.2
                                                                                   5260       52      11.6

                                                             a                     5280       56      11.6
                                                          U-NII-2A                 5300       60      12.3      12.0     12.0     12.2     12.1       12.1      12.2       12.2
                                                                                   5320       64      12.3
                                                           5.5 - 5.7 GHz Range                                                   PWL 11
                                                                                   5500      100      15.9      15.7     15.8     15.8     15.6       15.5      15.7       15.6
                                                                                   5560      112      14.7
                                                                                   5580      116      14.5
                                                             a                     5640      128      14.6
                                                          U-NII-2C
                                                                                   5660      132      14.7      14.3     14.3     14.2     14.1       14.0      14.0       14.1

                                                                                   5680      136      14.5
                                                                                   5700      140      14.5

                                              Table 11:     Conducted output power values for IEEE 802.11 a - 5 GHz.
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                                              Report Issue Date: February 24, 2017               Revision Date: February 28, 2017                   Revision No.: 1


                                                                                        Max. Averaged Output Power (RMS) [dBm]
                                                                            Frequency                                          Data Rate [Mbit/s]
                                                           Mode                            CH
                                                                              [MHz]              MCS0     MCS1     MCS2     MCS3       MCS4    MCS5     MCS6           MCS7
                                                           5.2 - 5.3 GHz Range                                                      PWL 11
                                                                                 5180      36     11.7

                                                          n - HT20               5200      40     11.8
                                                           U-NII-1               5220      44     11.2
                                                                                 5240      48     11.1
                                                                                 5260      52     11.5

                                                      n - HT20                   5280      56     11.5
                                                      U-NII-2A                   5300      60     12.2     12.0     12.1     12.2       12.2   12.3      12.3          12.3
                                                                                 5320      64     12.2
                                                           5.5 - 5.7 GHz Range                                                      PWL 11
                                                                                 5500      100    15.8
                                                                                 5560      112    14.7
                                                                                 5580      116    14.5
                                                         a
                                                                                 5640      128    14.4
                                                      U-NII-2C
                                                                                 5660      132    13.4
                                                                                 5680      136    13.1
                                                                                 5700      140    13.0
                                                           5.2 - 5.3 GHz Range                                                      PWL 11

                                                          n - HT40               5190      38     11.5
                                                           U-NII-1               5230      46     10.8

                                                      n - HT40                   5270      54     11.1
                                                      U-NII-2A                   5310      62     11.9
                                                           5.5 - 5.7 GHz Range                                                      PWL 11
                                                                                 5510      102    15.5
                                                                                 5550      110    14.4

                                                      n - HT40                   5590      118    14.3
                                                      U-NII-2C                   5630      126    14.0
                                                                                 5670      134    12.9
                                                                                 5690      138    12.7

                                              Table 12:       Conducted output power values for IEEE 802.11 n - 5 GHz.
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                                              Report Issue Date: February 24, 2017              Revision Date: February 28, 2017            Revision No.: 1


                                              6.5 Standalone SAR Test Exclusion
                                              SAR test exclusion is determined for the EUT according to KDB 447498 D01v05 with 1g SAR exclusion
                                              thresholds for 100 MHz to 6GHz at test separation distances ≤ 50 mm determined by:
                                                   [(max power of channel. incl. tune-up tolerance. mW) / (min test separation distance. mm)] * [√f(GHz)]
                                                                               ≤ 3.0 for 1g SAR and ≤ 7.5 for 10g extremity SAR, where

                                              • f(GHz) is the RF channel transmit frequency in GHz
                                              • Power and distance are rounded to the nearest mW and mm before calculation
                                              • The result is rounded to one decimal place for comparison

                                              When the minimum test separation distance is < 5 mm, a distance of 5 mm is applied to determine SAR test
                                              exclusion.
                                                                                             Standalone SAR Test Exclusion
                                                                                                                             Exclusion
                                                                                                                                            Testing            Testing
                                                           Frequency Distance         Pavg        Pavg       Calculated      Threshold
                                                  Mode                                                                                     Exclusion          Required
                                                             [MHz]     [mm]          [dBm]        [mW]        Values          SAR 10g
                                                                                                                             Extremity     Extremity          Extremity
                                                   BT        2480          5           3          2.00           0.6               ≤ 7.5     YES                 NO
                                                             2450          5           15         31.62          9.9               ≤ 7.5      NO                YES
                                                  WLAN       5250          5           13         19.95          9.1               ≤ 7.5      NO                YES
                                                             5600          5           16         39.81          18.8              ≤ 7.5      NO                YES

                                              Table 13:    Standalone SAR test exclusion for the applicable transmitter.


                                              When the standalone SAR test exclusion applies to an antenna that transmits simultaneously with other
                                              antennas the standalone SAR must be estimated according to KDB 447498 in order to determine
                                              simultaneous transmission SAR test exclusion:
                                               (max. power of channel. including tune-up tolerance. mW)/(min. test separation distance.
                                                mm)]·[√f(GHz)/x] W/kg for test separation distances ≤ 50 mm;
                                                  where x = 7.5 for 1-g SAR and x = 18.75 for 10-g SAR

                                              When the minimum test separation distance is < 5 mm, a distance of 5 mm is applied to determine SAR test
                                              exclusion.
                                                   0.4 W/kg for 1g SAR and 1.0 W/kg for 10g SAR. when the test separation distance is > 50 mm
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                                              Report Issue Date: February 24, 2017                   Revision Date: February 28, 2017                    Revision No.: 1


                                              6.6 SAR Test Consideration
                                              Desk/5000 from INGENICO is a device intended to be used in the hands. The table below shows the SAR
                                              test exclusion consideration for the applicable modes against the different device edges with the relevant
                                              distances.
                                              The 1g and 10g SAR test exclusion thresholds for 100 MHz to 6 GHz at test separation distances ≤ 50mm
                                              are determined by:
                                                  [(max power of channel. incl. tune-up tolerance. mW) / (min test separation distance. mm)] * [√f(GHz)]
                                                                            ≤ 3.0 for 1g SAR and ≤ 7.5 for 10g extremity SAR
                                              When the minimum test separation distance is < 5mm a distance of 5mm is applied to determine SAR test
                                              exclusion.
                                              At 100 MHz to 6GHz and a test separation distance of > 50 mm, the SAR test exclusion threshold is
                                              determined according to the following and illustrated in Appendix B of KDB 447498 D01:
                                               [(Power allowed at numeric threshold for 50 mm) + (test separation distance – 50mm) * (f(MHz)/150] mW
                                                at 100 MHz to 1500 MHz
                                               [(Power allowed at numeric threshold for 50 mm) + (test separation distance – 50mm)* 10] mW
                                                at 1500 MHz to 6 GHz
                                                                            Transmission Scenario for Test Exclusion Considerations
                                                                                                                                    Extremity Exposure
                                                                                  Antenna
                                                                                                           Bluetooth       WLAN 2.4 GHz         WLAN 5 GHz             WLAN 5 GHz
                                                                                    Mode                  BDR / GFSK       IEEE 802.11 b/g/n   IEEE 802.11 a/n        IEEE 802.11 a/n
                                                    Exposure Edge
                                                      of the EUT
                                                                               Frequency [GHz]               2.402              2.412               5.180                   5.500

                                                                           Frame Avg. Power [dBm]             3.0                15.0               13.0                     16.0

                                                                           Frame Avg. Power [mW]              2.0                31.6               20.0                     39.8

                                                                           Antenna to user [mm]               10.0               10.0               10.0                     10.0

                                                                           SAR exclusion threshold            0.3                 4.9                4.5                     9.3
                                                          Back
                                                                           SAR testing required?              no                  no                 no                      yes

                                                                           Estimated SAR [W/kg]               0.02               0.26               0.24                   measured

                                                                           Antenna to user [mm]               5.0                 5.0                5.0                     5.0

                                                                           SAR exclusion threshold            0.6                 9.8                9.1                     18.7
                                                          Front
                                                                           SAR testing required?              no                 yes                 yes                     yes

                                                                           Estimated SAR [W/kg]               0.03             measured           measured                 measured

                                                                           Antenna to user [mm]               40.0                2.0                2.0                     2.0

                                                                           SAR exclusion threshold            0.1                24.6               22.7                     46.7
                                                           Left
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                                                                           SAR testing required?              no                 yes                 yes                     yes

                                                                           Estimated SAR [W/kg]               0.00             measured           measured                 measured

                                                                           Antenna to user [mm]               2.0                50.0               50.0                     50.0
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                                                          Right            SAR exclusion threshold            1.5                 1.0                0.9                     1.9

                                                                           SAR testing required?              no                  no                 no                      no

                                                                           Antenna to user [mm]              130.0              125.0               125.0                   125.0

                                                           Top             SAR exclusion threshold         1042.0 mW          991.5 mW            914.8 mW                 909.9 mW

                                                                           SAR testing required?              no                  no                 no                      no

                                                                           Antenna to user [mm]               15.0               15.0               15.0                     15.0

                                                          Bottom           SAR exclusion threshold            0.2                 3.3                3.0                     6.2

                                                                           SAR testing required?              No                  no                 no                      no

                                              Table 14:      SAR test exclusion consideration for the applicable modes against different device edges.


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                                              Report Issue Date: February 24, 2017               Revision Date: February 28, 2017                   Revision No.: 1


                                              6.7 SAR Results
                                              The tables below contain the measured SAR values averaged over a mass of 10g. SAR assessment was
                                              conducted in the worst case configuration with output power values according to Table 9 - 12.

                                              According KDB 447498 D01 V05, the reported SAR is the measured SAR value adjusted for maximum
                                              tune-up tolerance.

                                                         Scaling Factor = tune-up limit power (mW) / RF power (mW)
                                                         Reported SAR = measured SAR * scaling factor

                                              Furthermore, testing of other required channels within the operating mode of frequency band is not
                                              required when the reported SAR for the mid-band or highest output power channel is ≤ 0.4 W/kg for
                                              transmission band ≥ 200 MHz.

                                                                           SAR Measurement Results in Extremity Configurations
                                                                                                     Measured                  Output Power [dBm]    Tune-Up     Reported
                                                            Freq.          Edge       Gap   Pic.                   Power                                                       Plot
                                                 Band               CH                                SAR10g                                         Scaling     SAR10g
                                                            [MHz]         of EUT     [mm]   No.                   Drift [dB]   Measured    Limit                               No.
                                                                                                       [W/kg]                                         Factor      [W/kg]
                                                                          Front        0     3         0.014        0.101         13.6     15.0        1.380          0.014     -
                                                            2462    11
                                                IEEE                       Left        0     4         0.023        0.192         13.6     15.0        1.380          0.032     -
                                               802.11 b
                                               2.4 GHz      2412     1     Left        0     4         0.030        0.075         13.2     15.0        1.514          0.045     1
                                                            2437     6     Left        0     4         0.024        0.196         13.0     15.0        1.585          0.038     -
                                                IEEE        5300    60    Front        0     3         0.139       -0.047         12.3     13.0        1.175          0.163     -
                                               802.11 a
                                               U-NII-2A     5300    60     Left        0     4         0.203       -0.177         12.3     13.0        1.175          0.239     -
                                                            5500    100   Front        0     3         0.171        0.082         15.9     16.0        1.023          0.175     -
                                                            5500    100    Left        0     4         0.556       -0.155         15.9     16.0        1.023          0.569     2
                                                IEEE
                                               802.11 a     5500    100   Back         0     5         0.259       -0.185        15.94     16.04      1.0234      0.2654        -
                                               U-NII-2C
                                                            5660    132    Left        0     4         0.246       -0.162        14.74     16.04      1.3494      0.3324        -
                                                            5700    140    Left        0     4         0.188       -0.068         14.5     16.0        1.413          0.266     -

                                               Notes: Since the measured max SAR is < 2.0 W/kg measurement variability assessment according to KDB 865664 is not applicable.

                                              Table 15:     SAR measurement results.


                                              To control the output power stability during the SAR test the used DASY4 system calculates the power drift
                                              by measuring the e-field at the same location at the beginning and at the end of the measurement for each
                                              test position. These drift values can be found in the above tables labeled as: (Power Drift [dB]). This ensures
                                              that the power drift during one measurement is within 5%.
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                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                                   Page 19 of 76


                                              Report Issue Date: February 24, 2017                 Revision Date: February 28, 2017            Revision No.: 1


                                              7 Simultaneous Transmission Consideration

                                              According to KDB 447498, the following table gives an overview about the ∑SAR for simultaneous
                                              transmitting modes. When ∑SAR > 1.6 W/kg. a SAR test exclusion is determined by the SAR to peak
                                              location separation ratio.

                                              The ratio is determined by (SAR1 + SAR2)1.5/Ri rounded to two decimal digits and must be ≤ 0.04 for all
                                              antenna pairs in the configuration to qualify for 1-g SAR test exclusion. Where Ri is the separation distance
                                              between the peak SAR locations for the antenna pair in mm. When SAR is measured for both antennas in a
                                              pair the peak location separation distance is computed by the square root of [(x1-x2)2 + (y1-y2)2 + (z1-z2)2]
                                              where (x1, y1, z1) and (x2, y2, z2) are the coordinates of the area scans or extrapolated peak SAR locations
                                              in the zoom scans as appropriate.

                                                                                      Simultaneous Transmission Scenario [W/kg]
                                               Exposure Edge                            Highest Reported SAR10g Values                                            SPLSR
                                                                                                                                               ΣSAR
                                                  of EUT                 Bluetooth              WLAN 2.4 GHz               WLAN 5 GHz                            Analysis

                                                       Left                    0.00                  0.045                       -             0.045               NO
                                                       Left                    0.00                        -                   0.569           0.569               NO
                                               Note:                 Estimated SAR values marked in blue

                                              Table 16:       Simultaneous transmission consideration for the applicable modes against different device edges for BT and WLAN
                                                              transmissions.
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                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                             Page 20 of 76


                                              Report Issue Date: February 24, 2017            Revision Date: February 28, 2017                Revision No.: 1


                                              8 Administrative Measurement Data

                                              8.1 Calibration of Test Equipment

                                                                                              Test Equipment Overview
                                                                                                                                   Serial        Last              Next
                                                            Test Equipment                   Manufacturer         Model
                                                                                                                                  Number      Calibration       Calibration
                                              DASY System Components
                                                   Software Versions DASY4                      SPEAG              V4.7             N/A           N/A              N/A
                                                   Software Versions SEMCAD                     SPEAG              V1.8             N/A           N/A              N/A
                                                   Dosimetric E-Field Probe                     SPEAG           ET3DV6R             1579        02/2016          02/2018
                                                   Dosimetric E-Field Probe                     SPEAG           ET3DV6R             1669        02/2017          02/2018
                                                   Dosimetric E-Field Probe                     SPEAG            EX3DV4             3536        09/2016          09/2017
                                                   Dosimetric E-Field Probe                     SPEAG            EX3DV4             3860        09/2015          09/2017
                                                   Data Acquisition Electronics                 SPEAG             DAE 3             335         02/2017          02/2018
                                                   Data Acquisition Electronics                 SPEAG             DAE 4             631         09/2016          09/2017
                                                   Phantom                                      SPEAG              SAM              1059          N/A              N/A
                                                   Phantom                                      SPEAG              SAM              1176          N/A              N/A
                                                   Phantom                                      SPEAG              SAM              1340          N/A              N/A
                                                   Phantom                                      SPEAG              SAM              1341          N/A              N/A
                                                  Phantom                                       SPEAG              ELI4             1004          N/A              N/A
                                              Dipoles
                                                   System Validation Dipole                     SPEAG            D450V2             1014        03/2015          03/2018
                                                   System Validation Dipole                     SPEAG            D835V2             470         03/2015          03/2018
                                                   System Validation Dipole                     SPEAG            D900V2             006         11/2015          11/2018
                                                   System Validation Dipole                     SPEAG            D1640V2            311         09/2015          09/2018
                                                   System Validation Dipole                     SPEAG            D1750V2            1005        03/2015          03/2018
                                                   System Validation Dipole                     SPEAG            D1900V2            535         03/2015          03/2018
                                                   System Validation Dipole                     SPEAG            D2450V2            709         11/2015          11/2018
                                                   System Validation Dipole                     SPEAG            D2600V2            1019        11/2015          11/2018
                                                  System Validation Dipole                      SPEAG           D5GHzV2             1028        06/2014          06/2017
                                              Material Measurement
                                                   Network Analyzer                             Agilent          E5071C          MY46103220     07/2015          07/2017
                                                   Dielectric Probe Kit                         SPEAG            DAK-3.5            1234        01/2016          01/2018
                                                 Thermometer                                 LKMelectronic       DTM3000            3511        01/2016          01/2018
                                              Power Meters and Sensors
                                                   Power Meter                                  Agilent          E4416A          GB41050414     02/2015          02/2017
                                                   Power Sensor                                 Agilent          E9301H          US40010212     03/2015          03/2017
                                                   Power Meter                                  Agilent          E4417A          GB41050441     02/2015          02/2017
                                                   Power Sensor                                 Agilent          E9301A          MY41495584     03/2015          03/2017
                                                   Power Meter                                  Anritsu          ML2488A         6K00002319     06/2016          06/2018
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                                                   Power Sensor                                 Anritsu          MA2490A         6K00002078     06/2016          06/2018
                                                   Power Sensor                                 Anritsu          ML2472A           002122       06/2016          06/2018
                                                  Power Meter                                   Anritsu          MA2472A           990365       06/2016          06/2018
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                                              RF Sources
                                                   Network Analyzer                             Agilent           E5071C         MY46103220     07/2015          07/2017
                                                 RF Generator                               Rohde & Schwarz       SM300            100142         N/A              N/A
                                              Amplifiers
                                                   Amplifier 10 MHz – 4200 MHz                Mini Circuits    ZHL-42-42W         D080504-1       N/A              N/A
                                                  Amplifier 2 GHz – 6 GHz                    Ciao Wireless       CA26-451           37452         N/A              N/A
                                              Radio Tester
                                                   Radio Communication Tester                   Anritsu          MT8815B         6200576536     04/2016          04/2018
                                                  Radio Communication Tester                   Anritsu           MT8820C         6200918336     04/2016          04/2018
                                              Notes: Used test equipment for measurement is checked above.

                                              Table 17:    Calibration of test equipment.


                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                            Page 21 of 76


                                              Report Issue Date: February 24, 2017              Revision Date: February 28, 2017                    Revision No.: 1


                                              8.2 Uncertainty Assessment

                                                                  Uncertainty Budget for SAR Measurements according to IEEE 1528-2013
                                                                                                        (300 MHz - 6 GHz)

                                                                                             Uncertainty                                                     Standard             vi²
                                                                                                               Probability
                                                               Error Sources                   Value                             Divisor      ci      ci    Uncertainty           or
                                                                                                               Distribution
                                                                                               [± %]                                                           [± %]             veff

                                              Measurement System                                                                             1g      10g     1g           10g
                                              Probe calibration                                   6.7             Normal            1         1       1      6.7          6.7     

                                              Axial isotropy                                      0.3          Rectangular         3             0.1          0.1     

                                              Hemispherical isotropy                              1.3          Rectangular         3             0.5          0.5     

                                              Boundary effects                                    1.0          Rectangular         3        1       1      0.6          0.6     

                                              Linearity                                           0.3          Rectangular         3        1       1      0.2          0.2     

                                              System detection limit                              1.0          Rectangular         3        1       1      0.6          0.6     

                                              Modulation response                                 4.0          Rectangular         3        1       1      2.3          2.3     

                                              Readout electronics                                 0.3             Normal            1         1       1      0.3          0.3     

                                              Response time                                       0.8          Rectangular         3        1       1      0.5          0.5     

                                              Integration time                                    1.4          Rectangular         3        1       1      0.8          0.8     

                                              RF ambient conditions - noise                       3.0          Rectangular         3        1       1      1.7          1.7     

                                              RF ambient conditions - refl.                       3.0          Rectangular         3        1       1      1.7          1.7     

                                              Probe positioner mech. tol.                         0.4          Rectangular         3        1       1      0.2          0.2     

                                              Probe positioning                                   2.9          Rectangular         3        1       1      1.7          1.7     

                                              Algorithms for max SAR eval.                        4.0          Rectangular         3        1       1      2.3          2.3     
                                              Test Sample Related

                                              Test sample positioning                             2.9             Normal            1         1       1      2.9          2.9    145

                                              Device holder uncertainty                           3.6             Normal            1         1       1      3.6          3.6     5

                                              SAR drift measurement (< 0.2 dB)                    4.7          Rectangular         3        1       1      2.7          2.7     

                                              SAR scaling                                         2.0          Rectangular         3        1       1      1.2          1.2     
                                              Phantom and Set-up

                                              Phantom uncertainty                                 4.0          Rectangular         3        1       1      2.3          2.3     

                                              SAR correction for perm./cond.                      1.9             Normal            1         1     0.84     1.9          1.6     

                                              Liquid conductivity (meas.)                         1.5             Normal            1       0.78    0.71     1.2          1.1     

                                              Liquid permittivity (meas.)                         1.2             Normal            1       0.23    0.26     0.3          0.3     

                                              Liquid conductivity temp. unc.                      2.9          Rectangular         3      0.78    0.71     1.3          1.2     
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                                              Liquid permittivity temp. unc.                      1.8          Rectangular         3      0.23    0.26     0.2          0.3     

                                              Combined Standard Uncertainty                                                                                 10.4          10.3
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                                              Coverage Factor for 95%                                                                                              kp=2

                                              Expanded Standard Uncertainty                                                                                 20.8      20.7

                                              Notes: Worst case probe calibration uncertainty has been applied for all available probes and frequencies.

                                              Table 18:     Uncertainty budget for SAR measurements.




                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                                      Page 22 of 76


                                              Report Issue Date: February 24, 2017              Revision Date: February 28, 2017                    Revision No.: 1




                                                                 Uncertainty Budget for SAR System Validation according to IEEE 1528-2013
                                                                                                        (300 MHz - 6 GHz)

                                                                                             Uncertainty                                                     Standard             vi²
                                                                                                               Probability
                                                               Error Sources                   Value                             Divisor      ci      ci    Uncertainty           or
                                                                                                               Distribution
                                                                                               [± %]                                                           [± %]             veff

                                              Measurement System                                                                             1g      10g     1g           10g
                                              Probe calibration                                   6.7             Normal            1         1       1     6.7           6.7     
                                              Axial isotropy                                      0.3          Rectangular         3        1       1     0.1           0.1     
                                              Hemispherical isotropy                              1.3          Rectangular         3        0       0     0.0           0.0     
                                              Boundary effects                                    1.0          Rectangular         3        1       1     0.6           0.6     
                                              Linearity                                           0.3          Rectangular         3        1       1     0.2           0.2     
                                              System detection limit                              1.0          Rectangular         3        1       1     0.6           0.6     
                                              Modulation response                                 0.0          Rectangular         3        0       0     0.0           0.0     
                                              Readout electronics                                 0.3             Normal            1         1       1     0.3           0.3     
                                              Response time                                       0.0          Rectangular         3        0       0     0.0           0.0     
                                              Integration time                                    0.0          Rectangular         3        0       0     0.0           0.0     
                                              RF ambient conditions - noise                       1.0          Rectangular         3        1       1     0.6           0.6     
                                              RF ambient conditions - refl.                       1.0          Rectangular         3        1       1     0.6           0.6     
                                              Probe positioner mech. tol.                         0.4          Rectangular         3        1       1     0.2           0.2     
                                              Probe positioning                                   2.9          Rectangular         3        1       1     1.7           1.7     
                                              Algorithms for max SAR eval.                        4.0          Rectangular         3        1       1     2.3           2.3     
                                              Validation Dipole

                                              Dev. of exp. dipole from num.                       5.0             Normal            1         1       1     5.0           5.0     
                                              Input power and SAR drift (< 0.2 dB)                4.7          Rectangular         3        1       1     2.7           2.7     
                                              Dipole axis to liquid distance (< 2deg)             2.0          Rectangular         3        1       1     1.2           1.2     
                                              Phantom and Set-up

                                              Phantom uncertainty                                 4.0          Rectangular         3        1       1     2.3           2.3     
                                              SAR correction for perm./cond.                      1.9             Normal            1         1     0.84    1.9           1.6     
                                              Liquid conductivity (meas.)                         1.5             Normal            1       0.78    0.71    1.2           1.1     
                                              Liquid permittivity (meas.)                         1.2             Normal            1       0.23    0.26    0.3           0.3     
                                              Liquid conductivity temp. unc.                      2.9          Rectangular         3      0.78    0.71    1.3           1.2     
                                              Liquid permittivity temp. unc.                      1.8          Rectangular         3      0.23    0.26    0.2           0.3     

                                              Combined Standard Uncertainty                                                                                 10.0          10.0
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                                              Coverage Factor for 95%                                                                                              kp=2

                                              Expanded Standard Uncertainty                                                                                 20.0          19.9
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                                              Notes: Worst case probe calibration uncertainty has been applied for all available probes and frequencies.

                                              Table 19:    Uncertainty budget for SAR system validation.




                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                                      Page 23 of 76


                                              Report Issue Date: February 24, 2017            Revision Date: February 28, 2017               Revision No.: 1


                                              9 Report History

                                                                                                   Revision History
                                               Revision                      Description of Revision                             Date        Revised Page      Revised By

                                                   /       Initial Release                                               February 24, 2017         -                -

                                                   1       IC number corrected                                           February 28, 2017       1, 25             AR



                                                                                             END OF THE SAR REPORT


                                              Please refer to separated appendix file for the following data:

                                                      Appendix A - Pictures
                                                      Appendix B - SAR Distribution Plots
                                                      Appendix C - System Verification Plots
                                                      Appendix D – Certificates of Conformity
                                                      Appendix E – Calibration Certificates for DAEs
                                                      Appendix F – Calibration Certificates for E-Field Probes
                                                      Appendix G – Calibration Certificates for Dipoles
SAR_Report_EN50566_EN62209-2_1.0.docx/09.06
SAR_Report_FCC_ISED_Extremity_v2.0




                                              SAR_Report_FCC_ISED_60320_6170078_Ingenico_Desk5000_r1                                                           Page 24 of 76



Document Created: 2017-12-23 20:38:32
Document Modified: 2017-12-23 20:38:32

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