Test report

FCC ID: DGF-TSSDX1044VXU

Test Report

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FCC Test Report FOR Manufacturer: 3M Model Number: X1044V FCC ID: DGF-TSSDX1044VXU IC CERTIFICATION NUMBER: 458A-TSSDX1044VX 47 CFR Part 15.231 IC RSS-210 Issue 9 TEST REPORT #: EMC_3MMMM_003_13001_FCC15.231 DATE: 2014-05-02 FCC A2LA Accredited IC recognized # 3462B-1 CETECOM Inc. 411 Dixon Landing Road  Milpitas, CA 95035  U.S.A. Phone: + 1 (408) 586 6200  Fax: + 1 (408) 586 6299  E-mail: info@cetecomusa.com  http://www.cetecom.com CETECOM Inc. is a Delaware Corporation with Corporation number: 2905571 V3.0 2010-10-30 The BLUETOOTH trademarks are owned by Bluetooth SIG, Inc., U.S.A. and licensed to CETECOM Inc. © Copyright by CETECOM

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX TABLE OF CONTENTS 1 Assessment ......................................................................................................................................... 4 2 Administrative Data .......................................................................................................................... 5 2.1 Identification of the Testing Laboratory Issuing the Test Report .............................................................5 2.2 Identification of the Client ........................................................................................................................5 2.3 Identification of the Manufacturer ............................................................................................................5 3 Equipment under Test (EUT) .......................................................................................................... 6 3.1 Specification of the Equipment under Test ..............................................................................................6 3.2 Technical Specification of Supported Radios...........................................................................................7 3.3 Identification of the Equipment Under Test (EUT) ..................................................................................7 3.4 Identification of Accessory equipment .....................................................................................................7 4 Subject of Investigation .................................................................................................................... 8 5 Modes of operation: .......................................................................................................................... 9 6 Testing Notes ..................................................................................................................................... 9 7 Summary of Measurement Results................................................................................................ 10 8 Measurements.................................................................................................................................. 11 8.1 Radiated Emissions Measurement Procedure .........................................................................................11 8.1.1 Sample Calculations ...........................................................................................................................11 8.1.2 Radiated measurement setup ..............................................................................................................12 8.2 Conducted Measurement Procedure .......................................................................................................13 8.3 Measurement Uncertainty .......................................................................................................................13 8.4 Transmitter Fundamental Field Strength ................................................................................................14 8.4.1 Limits: .................................................................................................................................................14 8.4.2 Test Conditions:..................................................................................................................................15 8.4.3 Test Data: ...........................................................................................................................................15 8.4.4 Measurement Result ...........................................................................................................................16 8.5 Transmitter 20dB Bandwidth ..................................................................................................................17 8.5.1 Limits: .................................................................................................................................................17 8.5.2 Test Conditions:..................................................................................................................................17 8.5.3 Measurement Result ...........................................................................................................................17 8.5.4 Test Data: ...........................................................................................................................................18 8.6 Transmitter Duty Cycle...........................................................................................................................19 8.6.1 Reference: ...........................................................................................................................................19 8.6.2 Test Conditions:..................................................................................................................................19 8.6.3 Spectrum Analyzer settings: ...............................................................................................................19 8.6.4 Measurement Result ...........................................................................................................................19 8.6.5 Test Data: ...........................................................................................................................................20 Page 2 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.7 Transmitter Spurious Emissions- Radiated.............................................................................................21 8.7.1 References: .........................................................................................................................................21 8.7.2 Measurement requirements: ...............................................................................................................21 8.7.3 Limits: .................................................................................................................................................21 8.7.4 Measurement Settings: .......................................................................................................................21 8.7.5 Measurement Result ...........................................................................................................................21 8.7.6 Test data/ plots: ..................................................................................................................................22 9 Test Equipment and Ancillaries used for tests ............................................................................. 25 10 Setup Pictures .................................................................................................................................. 26 11 Revision History .............................................................................................................................. 28 Page 3 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 1 Assessment The following device was tested against the applicable criteria specified in FCC rules Parts 15.231 of Title 47 of the Code of Federal Regulations and Industry Canada Standards RSS210 Issue 8. No deviations were ascertained during the course of the tests performed. Company Description Model # 3M Tracking Device X1044V Responsible for Testing Laboratory: Digitally signed by Franz Engert DN: cn=Franz Engert, c=US, o=CETECOM, ou=Complience, Franz Engert email=franz.engert@cetecom. com Date: 2014.05.02 17:27:04 -07'00' 2014-05-02 Compliance (Manager Compliance) Date Section Name Signature Responsible for the Report: Josie Sabado 2014-05-02 Compliance (EMC Lab Manager) Date Section Name Signature The test results of this test report relate exclusively to the test item specified in Section3. CETECOM Inc. USA does not assume responsibility for any conclusions and generalizations drawn from the test results with regard to other specimens or samples of the type of the equipment represented by the test item. The test report may only be reproduced or published in full. Reproduction or publication of extracts from the report requires the prior written approval of CETECOM Inc. USA. Page 4 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 2 Administrative Data 2.1 Identification of the Testing Laboratory Issuing the Test Report Company Name: CETECOM Inc. Department: Compliance Address: 411 Dixon Landing Road Milpitas, CA 95035 U.S.A. Telephone: +1 (408) 586 6200 Fax: +1 (408) 586 6299 Test Lab Manager: Josie Sabado Responsible Project Leader: Yadvinder Garcha 2.2 Identification of the Client Applicant’s Name: 3M Electronic Monitoring Street Address: 3M Center, Building 235-03-A-09 City/Zip Code St. Paul, MN 55144 Country USA Contact Person: Chris Defant Phone No. (651) 733-2990 Fax: e-mail: jcdefant@mmm.com 2.3 Identification of the Manufacturer Manufacturer’s Name: 3M Electronic Monitoring Manufacturers Address: 2 Habarzel St. City/Zip Code Tel Aviv/61131 Country Israel Page 5 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 3 Equipment under Test (EUT) 3.1 Specification of the Equipment under Test Product Type: Portable Prototype/Production: Pre-Production RF Exposure General / Uncontrolled Environment: Dimensions: 67 x 112 x 21 mm Held next to the ear Exposure Conditions: Body worn Marketing Name: Smart XT Model No: X1044V FCC ID: DGF-TSSDX1044VXU IC Certification Number: 458A-TSSDX1044VX Antenna Type: Internal Operating Voltage Vmin: 3.5V/ Vnom: 3.6V/ Vmax: 4.2V Range: Operating Temperature Tmin: 0oC/Tnom: 24oC Tmax: 50oC Range: CDMA Supported Radios: UHF GPS receiver at 1.575 MHz Power Back-Off Modes: None November 15, 2013 – November 18, 2013, Date of Testing: April 10, 2014 – April 11, 2014 Page 6 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 3.2 Technical Specification of Supported Radios Measured Maximum Transmit Conducted Type(s) of Frequency Range Output Power Signal Type Duty Cycle Modulation Band (MHz) (dBm) Band Class 0 824.7 – 848.31 23.12 CDMA 100% QPSK, HPSK Band Class 1 1851.25 – 1908.75 23.05 UHF2 100% FM N/A 433 -29.3 GPS1 N/A N/A L1 N/A N/A NOTES: 1. Bands are supported by the EUT, but outside of the scope of this test report. 2. Output power is an ERP value. 3.3 Identification of the Equipment Under Test (EUT) EUT # Serial Number HW Version SW Version Comment 1 35437702 5.0 V5.1.6.0 Radiated Unit 2 35437696 5.0 V5.1.6.0 Radiated Unit 3 5.0 V5.1.6.0 Conducted Unit 3.4 Identification of Accessory equipment AE # Type Manufacturer Serial No. Cetecom ID Samcon 1 AC Adaptor N/A N/A P/N 70067 Page 7 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 4 Subject of Investigation The objective of the measurements done by CETECOM Inc. was to measure the performance of the EUT as specified by requirements listed in FCC rules Part 15.231 of Title 47 of the Code of Federal Regulations and Industry Canada Standards RSS 210 Issue 8. This test report is to support a request for new equipment authorization under the FCC ID: DGF-TSSDX1044VXU IC ID: 458A-TSSDX1044VX All testing was performed on the product referred to in Section 3 as EUT. This test report contains full radiated and conducted testing results as per  47 CFR Part 15: Title 47 of the Code of Federal Regulations: Chapter I-Federal Communications Commission subchapter A- General, Part 15- Radio Frequency Devices.  RSS-210 Issue 8: Spectrum Management and Telecommunications-Radio Standards Specification. Low-power License-exempt radio communication devices (All frequency bands): Category 1 equipment. Page 8 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 5 Modes of operation: Normal mode of operation is when EUT is connected to cargo and transmitting position via packet switched connection at interval of > 1min. For feasibility of the measurement the fundamental and the emissions were measured with the transmitter permanently set to the -10dBm power set point that the product utilizes in the out of the box configuration. The ChipCon Test SW supplied by the manufacturer (screenshot below) was used to set the product to 433MHz transmission mode. According to the customer the power will be set to -10dBm on the market delivery SW version as this setting pass the fundamental field strength limits. The spurious emissions have been measured with a +10dBm setting to establish a worst case scenario and be able to reuse the spurious measurements in case the customer is planning to change the power later on. The duty cycle was measured with a tool provided by the manufacturer that sets the EUT to a worst case duty cycle of 1 pulse of 24ms each 20sec. 6 Testing Notes Charger was changed to version listed above because initial charger was causing emission fails in 30MHz – 1GHz range. With current charger these emissions disappeared. Page 9 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 7 Summary of Measurement Results Temperature Test Specification Test Case and Voltage Pass Fail NA NP Result Conditions Transmitter §15.231 (e) Fundamental Nominal     Complies RSS 210 A5 (b) Field Strength Transmitter 20dB §15.231 (c) Nominal     Complies bandwidth §15.231 (a) Transmitter Nominal     Complies RSS 210 A5 (a) Duration §15.35 (c) Transmitter Duty Nominal     Complies RSS 210 A5 (a) Cycle Transmitter §15.231 (e) Radiated Nominal     Complies §15.209 Emissions Note: NA= Not Applicable; NP= Not Performed. Page 10 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8 Measurements 8.1 Radiated Emissions Measurement Procedure The radiated measurement is performed according to: ANSI C63.4 (2009) ANSI C63.10 (2009)  The exploratory measurement is accomplished by running a matrix of 12 sweeps over the required frequency range with R&S Test-SW EMC32 for 4 positions of the turntable, two orthogonal positions of the EUT and both antenna polarizations. This procedure exceeds the requirement of the above standards to cover the 3 orthogonal axis of the EUT. A max peak detector is utilized during the exploratory measurement. The Test-SW creates an overall maximum trace for all 12 sweeps and saves the settings for each point of this trace. The maximum trace is part of the test report.  The 10 highest emissions are selected with an automatic algorithm of EMC32 searching for peaks in the noise floor and ensuring that broadband signals are not selected multiple times.  The maxima are then put through the final measurement and again maximized in a 90deg range of the turntable, fine search in frequency domain and height scan between 1m and 4m.  The above procedure is repeated for all possible ways of power supply to EUT and for all supported modulations.  In case there are no emissions above noise floor level only the maximum trace is reported as described above.  The results are split up into up to 4 frequency ranges due to antenna bandwidth restrictions. A magnetic loop is used from 9kHz to 30MHz, a Biconlog antenna is used from 30MHz to 1GHz, two different horn antennas are used to cover frequencies up to 40GHz. 8.1.1 Sample Calculations Measurements from the Spectrum Analyzer/ Receiver are used to calculate the Field Strength, taking into account the following parameters: 1. Measured reading in dBµV 2. Cable Loss between the receiving antenna and SA in dB and 3. Antenna Factor in dB/m FS (dBµV/m)= Measured Value on SA (dBµV)+ Cable Loss (dB)+ Antenna Factor (dB/m) Eg: Antenna Factor Field Strength Frequency Measured SA Cable Loss Correction Result (MHz) (dBµV) (dB) (dB) (dBµV/m) 1000 80.5 3.5 14 98.0 Page 11 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX All radiated measurement plots in this report are taken from a test SW that calculates the Field Strength based on the above equation. 8.1.2 Radiated measurement setup Test Setup for 30M-1GHz Measurements Height Scan 1-4m 3 m Distance EUT at 80 cm BiLog Measurement Antenna Turn-Table Chamber Ground plane EMI Receiver Page 12 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.2 Conducted Measurement Procedure Test Setup for Conducted Measurements Power Attenuator Splitter DUT Spectrum Power Meter Analyzer 1. Connect the equipment as shown in the above diagram. 2. The EUT is programmed using test utility provided by the manufacturer to set the required channel and operating mode. 3. Measurements are to be performed with the EUT set to the required transmit channel. 8.3 Measurement Uncertainty Uncertainty Uncertainty Uncertainty Uncertainty in in dB in dB in dB in dB radiated Conducted radiated radiated > 30MHz - measuremen <30MHz 1GHz 1GHz t standard deviation k=1 2.48 1.93 2.16 0.63 95% confidence interval in dB 4.86 3.79 4.23 1.24 95% confidence interval in dB in delta to Result +-2.5 dB +-2.0 dB +- 2.3dB +-0.7dB Page 13 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.4 Transmitter Fundamental Field Strength 8.4.1 Limits: §15.231 (e) Intentional radiators may operate at a periodic rate exceeding that specified in paragraph (a) of this section and may be employed for any type of operation, including operation prohibited in paragraph (a) of this section, provided the intentional radiator complies with the provisions of paragraphs (b) through (d) of this section, except the field strength table in paragraph (b) of this section is replaced by the following: 1 Linear interpolations. The above field strength limits are specified at a distance of 3 meters. The tighter limits apply at the band edges. Intentional radiators operating under the provisions of this section shall demonstrate compliance with the limits on the field strength of emissions, as shown in the above table, based on the average value of the measured emissions. As an alternative, compliance with the limits in the above table may be based on the use of measurement instrumentation with a CISPR quasi-peak detector. The specific method of measurement employed shall be specified in the application for equipment authorization. If average emission measurements are employed, the provisions in §15.35 for averaging pulsed emissions and for limiting peak emissions apply. Further, compliance with the provisions of §15.205 shall be demonstrated using the measurement instrumentation specified in that section. For the EUT operating at 433.92 MHz, the fundamental field strength limit is calculated as follows: Field Strength = (16.67 x F) – 2833.33 where F is the frequency in MHz = 4400.1164 μV/m = 72.88 dB μV/m Page 14 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.4.2 Test Conditions: Tnom: 22oC; Vnom: 3V DC Spectrum Analyzer settings: RBW=120 kHz; VBW=300 kHz; Detector: Average; Sweep Time: Auto; Span=3MHz The result was maximized for all orientations of the EUT and H/V measurement antenna polarizations. EUT settings: Permanent transmission with duty cycle 100% Set point for output power -10dBm 8.4.3 Test Data: 110 105 100 95 FCC 15.231 Fundamental_Peak 90 85 80 433.889610 MHz 74.143 dBµV/ m 75 70 65 Level in dB µV/m 60 55 50 45 40 35 30 25 20 15 10 5 0 432 432.5 433 433.5 434 434.5 435 Frequenc y in MH z MaxPeak -ClearW rite-PK + MaxPeak -MaxH old-PK+ FCC 15.231 Fundamental_Peak Page 15 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.4.4 Measurement Result Maximum power (dBµV/m at 3m) Calculated Average on Limit Average Limit Peak Measured Peak Verdict worst case duty cycle in (dBμV/m) (dBμV/m) value in dBuV/m dBuV/m 72.88 + 20 = 74.1 74.1 – 6.0 = 68.1 72.88 Pass 94.88 Page 16 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.5 Transmitter 20dB Bandwidth 8.5.1 Limits: §15.231 (c) The bandwidth of the emission shall be no wider than 0.25% of the center frequency for devices operating above 70 MHz and below 900 MHz. For devices operating above 900 MHz, the emission shall be no wider than 0.5% of the center frequency. Bandwidth is determined at the points 20 dB down from the modulated carrier. For 433.92 MHz transmitter, the 20 dB Bandwidth limit is 0.0025 x 433.92 MHz = 1084.8 kHz. Therefore, 20dB bandwidth should be <1084.8 kHz. 8.5.2 Test Conditions: Tnom: 22oC; Vnom: 3V DC Spectrum Analyzer settings: RBW = 3kHz, VBW = 50 kHz, Detector: Peak- Max hold; Sweep Time: 115ms Span = 1 MHz 8.5.3 Measurement Result Measured 20 dB bandwidth (kHz) 20 dB Bandwidth Limit(kHz) Verdict 24.0 + 86.5=110.5 1084.8 Pass Page 17 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.5.4 Test Data: * RBW 3 kHz Delta 3 [T1 ] * VBW 50 kHz -21.00 dB Ref -20 dBm * Att 10 dB SWT 115 ms 24.038461539 kHz -20 Marker 1 [T1 ] -40.17 dBm 433.945641026 MHz A -30 Delta 2 [T1 ] 1 PK -21.01 dB 1 MAXH -40 -86.538461539 kHz -50 2 3 -60 -70 3DB -80 -90 -100 -110 -120 Center 433.9103846 MHz 100 kHz/ Span 1 MHz low Date: 11.APR.2014 10:16:49 Page 18 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.6 Transmitter Duty Cycle 8.6.1 Reference: §15.35 (c) 8.6.2 Test Conditions: Tnom: 22oC; Vnom: 3V DC 8.6.3 Spectrum Analyzer settings: RBW=10MHz, VBW=10 MHz, Detector: Peak Sweep Time: 21s/100ms Span=Zero 8.6.4 Measurement Result Transmit on time = 24.9ms; Period = 20s -> According to §15.35 (c) the maximum period for the correction is 100ms. Duty Cycle = 24.9ms/100ms = 24.9 % Correction factor [dB] = 20 Log (Duty Cycle) = 12.0dB Note: This correction formula is taken from C63.10 section 7.5 and 7.6. The standard explicitly describes that measured values in dBuV shall be corrected for duty cycle according to the above formula. Page 19 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.6.5 Test Data: ON Time: RBW 10 MHz Marker 1 [T1 ] * VBW 10 MHz -21.87 dBm Ref 28.4 dBm * Att 5 dB SWT 100 ms 24.866051 ms Offset 23 dB 20 A SGL 1 PK * CLRWR 10 TRG LVL 0 -10 1 -20 TRG -26.7 dBm 3DB -30 -40 -50 -60 -70 Center 434.479783 MHz 10 ms/ low Date: 9.APR.2014 13:17:56 Period: RBW 10 MHz Delta 2 [T1 ] * VBW 10 MHz -0.05 dB Ref 28.4 dBm * Att 5 dB SWT 21 s -20.005440 s Offset 23 dB Marker 1 [T1 ] -25.17 dBm 20 20.014680 s A SGL 1 PK * CLRWR 10 TRG LVL 0 -10 -20 2 1 TRG -26.7 dBm 3DB -30 -40 -50 -60 -70 Center 434.479783 MHz 2.1 s/ low Date: 9.APR.2014 13:20:09 Page 20 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.7 Transmitter Spurious Emissions- Radiated 8.7.1 References: FCC CFR 2.1053 FCC CFR 15.231 (e) and 15.209 8.7.2 Measurement requirements: FCC 2.1053: Field strength of spurious radiation. Measurements shall be made to detect spurious emissions that may be radiated directly from the cabinet, control circuits, power leads or intermediate circuit elements under normal conditions of installation and operation. Curves or equivalent data shall be supplied showing the magnitude of each harmonic and other spurious emission. 8.7.3 Limits: §15.231 (e) 8.7.4 Measurement Settings: Peak detector used for the measurements- with RBW=120KHz for measurements below 1GHz and RBW= 1MHz for measurements above 1GHz. Testing performed up to 10x Transmit frequency. Measurement distance= 3m 8.7.5 Measurement Result Pass. Page 21 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 8.7.6 Test data/ plots: Radiated spurious emissions: 9kHz- 30MHz 60 55 50 45 40 35 30 FCC 15 9k Hz 25 20 15 Level in dBµV/m 10 5 0 -5 -10 70.236 k H z -17.342 dBµV / m -15 -20 -25 -30 -35 -40 -45 -50 9k 20 30 50 100k 200 300 500 1M 2M 3M 5M 10M 20 30M Fre quency in Hz FCC 15 9k Hz Prev iew Result 1-P K+ Page 22 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX Radiated spurious emissions: 30M-1GHz Measurement with both Peak and Average detector shown below. Signal above the limit line is from the 433 MHz Transmitter. 110 105 100 95 433.653846 MH z 90 85.577 dBµV / m 85 80 75 FCC 15.231_Peak 70 65 Level in dBµV/m 60 55 FCC 15.231_Av erage 50 45 40 35 30 25 20 15 10 5 0 30M 50 60 80 100M 200 300 400 500 800 1G Fre quency in Hz FCC 15.231_Peak FCC 15.231_Av erage Prev iew Result 1-P K+ Prev iew Result 2-A VG D ata Reduc tion Result 1 [3]-PK+ Page 23 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX Radiated spurious emissions: 1GHz-18GHz 90 85 80 75 74 dBuV per m 70 65 60 Level in dB µV/m 55 54 dBuV per m 50 45 40 35 30 25 20 1G 2G 3G 4G 5G 6 8 10G 18G Frequenc y in H z 74 dBuV per m 54 dBuV per m Prev iew Result 1-P K+ Prev iew Result 2-A VG Page 24 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 9 Test Equipment and Ancillaries used for tests Last Calibration Item Name Manufacturer Equipment Type Model Serial # Calibration Cycle Date Binconlog Antenna 3141 EMCO Binconilog Antenna 3141 0005-1186 3 years 4/5/2012 Digital Radio Comm. Tester Digital Radio Comm. CMU 200# 4 R&S Tester CMU 200# 4 110229 2 Years 6/15/2013 Digital Radio Comm. Tester Digital Radio Comm. CMU 200 #1 R&S Tester CMU 200 #1 101821 2 Years 6/17/2013 Digital Radio Comm. Tester Digital Radio Comm. CMU 200 #2 R&S Tester CMU 200 #2 109879 2 Years 6/15/2013 Digital Radio Comm. Tester Digital Radio Comm. CMU 200 #3 R&S Tester CMU 200 #3 110759 2 Years 6/15/2013 ESU Receiver R&S EMI Receiver ESU40 100251 2 Years 9/13/2013 Horn Antenna 3115 EMCO Horn Antenna 3115 35114 3 years 3/6/2012 Horn Antenna 3116 EMCO Horn Antenna 3116 70497 3 years 3/2/2012 LISN ESH3-Z5 R&S LISN ESH3-Z5 836679/003 2 Years 6/18/2013 LISN ESH3-Z6 R&S LISN ESH3-Z6 836154/011 2 Years 6/16/2013 LISN FCC-LISN-50- FCC-LISN-50- 25-2-08 FCC LISN 25-2-08 70497 2 Years 7/12/2012 Log Periodic Antenna 3149 ETS Lindgren Log Periodic Antenna 3149 1186 3 years 8/23/2011 Loop Antenna 6512 ETS Lindgren Loop Antenna 6512 49838 3 years 8/1/2011 Thermometer Thermometer Humidity TM320 Dickson Humidity TM320 5280063 1 Year 4/15/2013 Thermometer Thermometer Humidity TM325 Dickson Humidity TM325 5285354 2 Years 4/15/2013 Page 25 of 28

Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 10 Setup Pictures Conducted measurements: Radiated >1GHz: Page 26 of 28

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Test Report #: EMC_3MMMM_003_13001_FCC15.231 FCC ID: DGF-TSSDX1044VXU Date of Report : 2014-5-02 IC ID: 458A-TSSDX1044VX 11 Revision History Report Date Report Name Changes to report prepared by Initial Version after adding IC 2014-05-02 EMC_3MMMM_003_13001_FCC15.231 Franz Engert Canada scope. Page 28 of 28


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