EMC Test Report. Client: Tyco Safety Products/Sensormatic. Applicable Standards: ANSI C63.10: 2013 (FCC Part 15 Subpart C, ) RSS-247, Issue 2

Transcription

1 Page: 1 of 51 EMC Test Report Project Number: Report Number: EMC05 Revision Level: 0 Client: Tyco Safety Products/Sensormatic Equipment Under Test: Business Intelligence Accessory Model: BIX1000 FCC ID: BVCBIX1000 IC ID: 3506A-BIX1000 Applicable Standards: ANSI C63.10: 2013 (FCC Part 15 Subpart C, ) RSS-247, Issue 2 RSS-GEN Issue 4 Report issued on: 22 February 2018 Test Result: Compliant Tested by: Shawn McGuinness, EMC Engineering Leader Reviewed by: David Schramm, Operations Manager Remarks: This report details the results of the testing carried out on one sample, the results contained in this test report do not relate to other samples of the same product. The manufacturer should ensure that all products in series production are in conformity with the product sample detailed in this report. This document is issued by the Company under its General Conditions of Service accessible at Attention is drawn to the limitation of liability, indemnification and jurisdiction issues defined therein. Any holder of this document is advised that information contained hereon reflects the Company s findings at the time of its intervention only and within the limits of Client s instructions, if any. The Company s sole responsibility is to its Client and this document does not exonerate parties to a transaction from exercising all their rights and obligations under the transaction documents. Any unauthorized alteration, forgery or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law.

2 Table of Contents Page: 2 of 51 1 SUMMARY OF TEST RESULTS MODIFICATIONS REQUIRED FOR COMPLIANCE GENERAL INFORMATION CLIENT INFORMATION TEST LABORATORY GENERAL INFORMATION OF EUT OPERATING MODES AND CONDITIONS EUT CONNECTION BLOCK DIAGRAM CONDUCTED MEASUREMENTS EUT CONNECTION BLOCK DIAGRAM RADIATED MEASUREMENTS SYSTEM CONFIGURATIONS BANDWIDTH TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA OUTPUT POWER TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA POWER SPECTRAL DENSITY TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA CONDUCTED SPURIOUS EMISSIONS TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA DTS BANDEDGE TEST DATA CONDUCTED SPURIOUS EMISSIONS FIELD STRENGTH OF SPURIOUS RADIATION TEST RESULT TEST METHOD TEST SITE TEST EQUIPMENT TEST DATA PEAK PLOTS (2.05DBI CHIP ANTENNA, BIX1000) TEST DATA TABULAR DATA (2.05DBI CHIP ANTENNA, BIX1000) TEST DATA PEAK PLOTS (3.8DBI MONOPOLE, BIM1000) TEST DATA TABULAR DATA (3.8DBI MONOPOLE, BIM1000) RADIATED EMISSIONS AT BAND EDGE / RESTRICTED BAND TEST RESULT TEST METHOD... 47

3 Page: 3 of TEST SITE TEST EQUIPMENT CONDUCTED EMISSIONS REVISION HISTORY... 51

4 Page: 4 of 51 1 Summary of Test Results Test Description Test Specification Test Result Bandwidth (d) RSS-247 S5.2 (1) RSS-GEN S6.6 Compliant (1) Transmitter Output Power (b)(3) RSS-247 S5.4 (4) Compliant (1) Power Spectral Density (e) RSS-247 S5.2 (2) Compliant (1) Conducted Spurious Emissions / Band edge Radiated Spurious Emissions / Restricted Bands AC Powerline Conducted Emission (d) RSS-247 S5.5 Compliant (1) 15.35(b), RSS-GEN S6.13 RSS-GEN S , RSS-GEN S8.8 Compliant (1) Not Applicable (3) Antenna Requirement RSS-GEN S8.3 Compliant (2) (1) The BIX1000 utilizes the exact RF components and RF layout to the antenna port(s) of the certified BIM1000 (FCC ID: BVCBIM1000 and IC: 3506A-BIM1000); therefore, the antenna port conducted results and the spurious emissions with the 3.8dBi monopole from the BIM1000 evaluation were leveraged. The results are included in this test report. (2) The module can utilize a 2.05dBi Chip antenna or it can be fitted with a Reverse Polarity SMA connector. (3) The EUT is powered over Ethernet. 1.1 Modifications Required for Compliance Hardware None (1) EUT Settings at Ch 25, 2475MHz reduced to 16dBm for restricted band edge compliance.

5 Page: 5 of 51 2 General Information 2.1 Client Information Name: Tyco Safety Products/Sensormatic Address: 6600 Congress Avenue City, State, Zip, Country: Boca Raton, FL 33487, USA 2.2 Test Laboratory Name: SGS North America, Inc. Address: 620 Old Peachtree Road NW, Suite 100 City, State, Zip, Country: Suwanee, GA 30024, USA Accrediting Body: A2LA Type of lab: Testing Laboratory Certificate Number: General Information of EUT Type of Product: Business Intelligence Accessory Model Number: BIX1000 Serial Number: Not Labeled Range: MHz Modulation: Antenna: Weii 2.4Ghz Chip Antenna 2.05 dbi Gain (Optional antennas identified in the user manual) Rated Voltage: P.O.E. Test Voltage: P.O.E Sample Received Date: 20 October 2017 Dates of testing: 23 October to 21 February Operating Modes and Conditions Continuous traffic was generated using test commands. The device was programmed to transmit at 100% duty cycle at low, middle, and high channels. Channel 11, 2405MHz Channel 18, 2440MHz Channel 25, 2475MHz

6 2.5 EUT Connection Block Diagram Conducted Measurements Page: 6 of 51 EUT Output connector Laptop PC Spectrum Analyzer

7 2.6 EUT Connection Block Diagram Radiated Measurements Page: 7 of 51 EUT (A) Inside Chamber Laptop (B) Outside Chamber 2.7 System Configurations Device reference A B Manufacturer Description Model Number Serial Number Tyco / Sensormatic H/P Business Intelligence Accessory Business Intelligence Module Laptop PC(Client) BIX1000 BIM1000 (1) wm Not Labeled Not Labeled 5CD6415H9V (1) BIM1000 antenna port conducted measurements and 3.8dBi antenna radiated measurements included as representative of the BIX1000 due to RF circuitry being the same.

8 3 Bandwidth Page: 8 of Test Result Test Description Test Specification Test Result RSS-247 S5.2 (1) 6 db bandwidth / 99% OBW (d) Compliant RSS-GEN S Test Method The procedures from ANSI C63.10: 2013 clause 11.8 and D01 DTS Measurement Guidance v04 were used to determine the 6 db bandwidth and 99% OBW. 3.3 Test Site 3m Absorber Lined Shielded Enclosure (ALSE), Suwanee, GA Environmental Conditions Temperature: 23.2 C Relative Humidity: 47.5 % 3.4 Test Equipment Test End Date: 24-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Note: The equipment calibration period is 1 year except for the FSV which is on a 2-year calibration cycle. 3.5 Test Data 6dB Bandwidth (MHz) Occupied Bandwidth (99%) (MHz) Channel Measurements recorded using the BIM1000.

9 Page: 9 of 51 Sample Plot for 6 db bandwidth Sample Plot for 99% bandwidth

10 4 Output Power Page: 10 of Test Result Test Description Test Specification Test Result Peak Output Power (b) (3) RSS-247 S5.4 (4) Compliant 4.2 Test Method Fundamental power measurements were recorded using the peak power procedures from ANSI C63.10: 2013 clause 11.9 and KDB D01 Measurement Guidance v04. Limit (3) For systems using digital modulation in the MHz, MHz, and MHz bands: 1 Watt. For using antennas with greater than 6dBi of gain, the limit is reduced in db by the amount the gain exceeds 6dBi 4.3 Test Site 3m Absorber Lined Shielded Enclosure (ALSE), Suwanee, GA Environmental Conditions Temperature: 23.2 C Relative Humidity: 47.5 % 4.4 Test Equipment Test End Date: 24-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I l 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Note: The equipment calibration period is 1 year except for the FSV which is on a 2-year calibration cycle. Because the measured RF output power at nominal temperature and volatge was less than 10dBm EIRP, it was not necessary to perform power spectral density measurements.

11 4.5 Test Data Channel (MHz) Peak Power (dbm) Limit (30dBm) Margin (db) Measurements recorded using the BIM1000. Page: 11 of 51 Sample Plot

12 5 Power Spectral Density Page: 12 of Test Result Test Description Test Specification Test Result Power Spectral Density (e) RSS-247 S5.2 (2) Compliant 5.2 Test Method Power spectral density measurements were recorded using the peak PSD procedures from ANSI C63.10: 2013 clause and KDB D01 Measurement Guidance v04. Limit The limit is 8 dbm. 5.3 Test Site 3m Absorber Lined Shielded Enclosure (ALSE), Suwanee, GA Environmental Conditions Temperature: 23.2 C Relative Humidity: 51.5 % 5.4 Test Equipment Test End Date: 24-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Note: The equipment calibration period is 1 year except for the FSV which is on a 2-year calibration cycle. 5.5 Test Data Channel (MHz) Peak PSD (dbm) Limit (8dBm) Margin (db) Measurements recorded using the BIM1000.

13 Page: 13 of 51 Sample Plot

14 6 Conducted Spurious Emissions Page: 14 of Test Result Test Description Test Specification Test Result Conducted Spurious Emissions (d) RSS-247 S5.5 Compliant 6.2 Test Method Spurious emissions in non-restricted frequency bands were recorded using the methods defined in ANSI C63.10: 2013 clause and KDB D01 Measurement Guidance v04. Lowest, middle, and highest channels were investigated. Only the worst-case (lowest data rate) for each modulation was reported. Antenna Port 2 yielded the higher output power levels and was used for conducted spurious measurements. The maximum target power was used (20dBm). Because the maximum conducted peak output power was used to determine compliance with the output power limits, the limit is 20 db below the maximum in-band peak PSD level in 100 khz. 6.3 Test Site 3m Absorber Lined Shielded Enclosure (ALSE), Suwanee, GA Environmental Conditions Temperature: 23.2 C Relative Humidity: 47.5 % 6.4 Test Equipment Test End Date: 24-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Test End Date: 26-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Note: The equipment calibration period is 1 year except for the FSV which is on a 2-year calibration cycle.

15 6.5 Test Data DTS Bandedge Lower band edge / Upper band edge Page: 15 of 51 Measurements recorded using the BIM1000.

16 Amplitude dbm Amplitude dbm Amplitude dbm 6.6 Test Data Conducted Spurious Emissions Conducted Spurs Channel 11 Page: 16 of Conducted Spurious Emissions SigBee, Channel MHz M M 1.00G 10.00G 26.00G Info:: Tyco BIX1000/ ZigBee Board Conducted Spurs Channel Conducted Spurious Emissions SigBee, Channel MHz M M 1.00G 10.00G 26.00G Info:: Tyco BIX1000/ ZigBee Board Conducted Spurs Channel Conducted Spurious Emissions SigBee, Channel MHz M M 1.00G 10.00G 26.00G Info:: Tyco BIX1000/ ZigBee Board Measurements recorded using the BIM1000.

17 7 Field Strength of Spurious Radiation 7.1 Test Result Page: 17 of 51 Test Description Test Specification Test Result Spurious Emissions (d) and RSS-247 S5.5 Compliant 7.2 Test Method Radiated emission measurements were performed with the chip antennas installed as intended. The measurement methods defined in ANSI C63.4: 2014 were used. Lowest, middle, and highest channels were investigated. Test distance: 9k to 30 MHz Near field pre-scan to determine if there were any emissions 30 to 1000 MHz - The EUT to measurement antenna distance was 3 meters 1 to 18 GHz - The EUT to measurement antenna distance was 3 meters 18 to 26 GHz - The EUT to measurement antenna distance was 1 meter Limits within restricted bands of operation: Microvolts/m Limits (1) Peak Limits dbuv/m dbuv/m MHz (2) MHz (2) MHz (2) MHz (2) GHz (3) 74 (1) These limits are applicable to emissions outside of the intentional transmit frequency band. (2) Quasi-peak limit (3) Average limit 7.3 Test Site SGS EMC Laboratory, Suwanee, GA Environmental Conditions Temperature: 24.4 C Relative Humidity: 49.5 %

18 7.4 Test Equipment Test Date: 21-Feb-2017 Note: The equipment calibration period is 1 year. Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date EMI TEST RECEIVER ESU40 ROHDE & SCHWARZ B Jun-2017 FILTER, HIGH PASS HPM50110 MICRO-TRONICS B Jul-2017 ANTENNA, BILOG JB6 SUNOL B Nov-2018 LOW NOISE AMPLIFIER TS-PR18 ROHDE & SCHWARZ Jul-2018 LOW NOISE AMPLIFIER NSP1840-HG MITEQ B Jul-2017 ANTENNA DRG HORN 3117 ETS LINDGREN B Jul-2017 ANTENNA DRG HORN LB C-KF A-INFO Mar-2017 RF CABLE SF102 HUBER & SUHNER B Jul-2017 RF CABLE SF102 HUBER & SUHNER B Jul-2017 RF CABLE SUCOFLEX 100 HUBER & SUHNER B Aug-2017 RF CABLE SF106 HUBER & SUHNER B Jul-2017 RF CABLE SF106 HUBER & SUHNER B Jul-2018 RF CABLE 141 HUBER & SUHNER B Jul-2017 RF CABLE 141 HUBER & SUHNER B Jul-2017 Page: 18 of 51

19 Amplitude dbuv/m Amplitude dbuv/m 7.5 Test Data Peak Plots (2.05dBi chip antenna, BIX1000) No emissions detected below 30MHz Low Channel (11, 2405MHz) Peak Plot Vertical ( MHz) Page: 19 of m a Radiated Emissions Vertical Limit Vertical Peak Emissions Vertical Final QP measurement M M 1.00G 09:09:08 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch. Low Channel (Channel (11, 2405MHz) Peak Plot Horizontal ( MHz) m a Radiated Emissions Horizontal Limit Horizontal Peak Emissions Horizontal Final QP measurement M M 1.00G 09:09:08 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch.

20 Tabulated Data MHz Page: 20 of 51 Raw QP Polarity Azimuth Height AF Loss Amp QP Value Limit Margin MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) V V V V V = Level + AF + CL - Amp Margin = QP Value - Limit Raw QP Polarity Azimuth Height AF Loss Amp QP Value Limit Margin MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) H H H = Level + AF + CL - Amp in = QP Value - Limit

21 Amplitude dbuv/m Amplitude dbuv/m Page: 21 of Low Channel Peak Plot Vertical (1-3GHz) 3m a Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 02:13:15 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch Low Channel Peak Plot Horizontal (1-3GHz) 3m a Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 02:13:15 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch.

22 Amplitude dbuv/m Amplitude dbuv/m Page: 22 of Low Channel Peak Plot Vertical (3-18GHz) 3m a Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 10.00G 18.00G 03:08:07 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch. Low Channel Peak Plot Horizontal (3-18GHz) m a Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 10.00G 18.00G 03:08:07 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Low Ch.

23 Amplitude dbµv/m Amplitude dbµv/m Low Channel Peak Plot Vertical (18-26GHz) Page: 23 of FCC meters Low Ch G 26.00G Info:: Tyco / BIX 1000 Low Channel Peak Plot Horizontal (18-26GHz) 60 FCC meters Low Ch G 26.00G Info:: Tyco / BIX 1000

24 Amplitude dbuv/m Amplitude dbuv/m Mid Channel (18, 2440MHz) Peak Plot Vertical ( MHz) Page: 24 of m a Radiated Emissions Vertical Limit Vertical Peak Emissions Vertical Final QP measurement M M 1.00G 10:11:46 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch. Mid Channel (Channel 18, 2440MHz) Peak Plot Horizontal ( MHz) m a Radiated Emissions Horizontal Limit Horizontal Peak Emissions Horizontal Final QP measurement M M 1.00G 10:11:46 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch.

25 Tabulated Data MHz Page: 25 of 51 Raw QP Polarity Azimuth Height AF Loss Amp QP Value Limit Margin MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) V V V V V V QP Value = Level + AF + CL - Amp Margin = QP Value - Limit Raw QP Polarity Azimuth Height AF Loss Amp QP Value Limit Margin MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) H H H QP Value = Level + AF + CL - Amp Margin = QP Value - Limit

26 Amplitude dbuv/m Amplitude dbuv/m Page: 26 of Mid Channel Peak Plot Vertical (1-3GHz) 3m a Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 01:49:14 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch Mid Channel Peak Plot Horizontal (1-3GHz) 3m a Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 01:49:14 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch.

27 Amplitude dbuv/m Amplitude dbuv/m Page: 27 of Mid Channel Peak Plot Vertical (3-18GHz) 3m a Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 10.00G 18.00G 03:34:19 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch Mid Channel Peak Plot Horizontal (3-18GHz) 3m a Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 10.00G 18.00G 03:34:19 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 Mid Ch.

28 Amplitude dbµv/m Amplitude dbµv/m Page: 28 of 51 Mid Channel Peak Plot Vertical (18-26GHz) 60 FCC meters Mid Ch G 26.00G Info:: Tyco / BIX 1000 Mid Channel Peak Plot Horizontal (18-26GHz) 60 FCC meters Mid Ch G 26.00G Info:: Tyco / BIX 1000

29 Amplitude dbuv/m Amplitude dbuv/m High Channel (Channel 25, 2475MHz)) Peak Plot Vertical ( MHz) Page: 29 of m a Radiated Emissions Vertical Limit Vertical Peak Emissions Vertical Final QP measurement M M 1.00G 10:54:09 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 High Ch. High Channel (Channel 25, 2475MHz) Peak Plot Horizontal ( MHz) m a Radiated Emissions Horizontal Limit Horizontal Peak Emissions Horizontal Final QP measurement M M 1.00G 10:54:09 AM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 High Ch.

30 Page: 30 of 51 Tabulated Data MHz MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) V V V V V V QP Value = Level + AF + CL - Amp Margin = QP Value - Limit Raw QP Polarity Azimuth Height AF Loss Amp QP Value Limit Margin MHz (dbuv) (V/H) (degrees) (cm) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) H H H H QP Value = Level + AF + CL - Amp

31 Amplitude dbuv/m Amplitude dbuv/m Page: 31 of High Channel Peak Plot Vertical (1-3GHz) 3m a Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 01:23:20 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 High Ch High Channel Peak Plot Horizontal (1-3GHz) 3m a Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 01:23:20 PM, Wednesday, February 21, 2018 Info:: Tyco / BIX1000 High Ch.

32 Amplitude dbm Amplitude dbm High Channel Peak Plot Vertical (3-18GHz) Page: 32 of RSE - Vertical High Ch. 2480MHz G 10.00G 18.00G Info:: Tyco BIM1000-CC3100 High Channel Peak Plot Horizontal (3-18GHz) RSE - Horizontal High Ch. 2480MHz G 10.00G 18.00G Info:: Tyco BIM1000-CC3100

33 Amplitude dbµv/m Amplitude dbµv/m High Channel Peak Plot Vertical (18-26GHz) Page: 33 of FCC meters High Ch G 26.00G Info:: Tyco / BIX 1000 High Ch. High Channel Peak Plot Horizontal (18-26GHz) 60 FCC meters High Ch G 26.00G Info:: Tyco / BIX 1000 High Ch.

34 7.6 Test Data Tabular Data (2.05dBi chip antenna, BIX1000) Page: 34 of 51 Raw Avg Polarity AF CL Amp Avg Value Limit Margin Detector MHz dbuv (V/H) (db/m) (db) (db) (dbuv/m) (dbuv/m) (db) RBW/VBW Low Channel V Avg 1M/3M V Avg 1M/3M H Avg 1M/3M V Avg 1M/3M V Avg 1M/3M H Avg 1M/3M H Avg 1M/3M Mid Channel H Avg 1M/3M V Avg 1M/3M V Avg 1M/3M H Avg 1M/3M V Avg 1M/3M V Avg 1M/3M H Avg 1M/3M V Avg 1M/3M V Avg 1M/3M High Channel H Avg 1M/3M V Avg 1M/3M H Avg 1M/3M V Avg 1M/3M No other measurable harmonics were in a restricted band.

35 Amplitude dbuv/m Amplitude dbuv/m 7.7 Test Data Peak Plots (3.8dBi Monopole, BIM1000) No emissions detected below 30MHz Low Channel) Peak Plot Vertical ( MHz) Page: 35 of m Radiated Emissions Vertical Limit Vertical Peak Emissions Vertical Final QP measurement M M 1.00G 10:32:33 PM, Tuesday, October 24, 2017 Info:: Tyco / BIM1000 Low Channel (Channel 11, 2405MHz) Peak Plot Horizontal ( MHz) m Radiated Emissions Horizontal Limit Horizontal Peak Emissions Horizontal Final QP measurement M M 1.00G 10:32:33 PM, Tuesday, October 24, 2017 Info:: Tyco / BIM1000 Note: There was no change in the emission profile below 1GHz when switching among Channels 11, 18, and 25.

36 Amplitude dbuv/m Amplitude dbuv/m Page: 36 of 51 Low Channel Peak Plot Vertical (1-3GHz) 3M Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 07:17:11 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000 Note: 2.4GHz Band Reject filter in place Low Channel Peak Plot Horizontal (1-3GHz) 3M Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 07:17:11 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000 Note: 2.4GHz Band Reject filter in place

37 Amplitude dbuv/m Amplitude dbuv/m Low Channel (Channel 11, 2405MHz) Peak Plot Vertical (3-18GHz) Page: 37 of RSE - Vertical Low Ch. 2405MHz G 10.00G 18.00G Fr equency Info:: Tyco BIM1000 Low Channel (Channel 11, 2405MHz) Peak Plot Horizontal (3-18GHz) 70 RSE - Horizontal Low Ch. 2405MHz G 10.00G 18.00G Info:: Tyco BIM1000

38 Amplitude dbm Amplitude dbm Low Channel Peak Plot Vertical (18-26GHz) Page: 38 of RSE - Vertical Lo Ch. 2405MHz G 26.00G Info:: Tyco/BIM1000-CC3100 Low Channel Peak Plot Horizontal (18-26GHz) 80 RSE - Horizontal Lo Ch. 2405MHz G 26.00G Info:: Tyco/BIM1000-CC3100

39 Amplitude dbuv/m Amplitude dbuv/m Page: 39 of 51 Mid Channel Peak Plot Vertical (1-3GHz) 3m Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 07:36:14 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000 Note: 2.4GHz Band Reject filter in place Mid Channel Peak Plot Horizontal (1-3GHz) 3m Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 07:36:14 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000

40 Amplitude dbuv/m Amplitude dbuv/m Mid Channel (Channel 18, 2440MHz) Peak Plot Vertical (3-18GHz) Page: 40 of RSE - Vertical Mid Ch. 2440MHz MHz WiLAN Harmonic G 10.00G 18.00G Fr equency Info:: Tyco BIM1000-CC3100 Mid Channel (Channel 18, 2440MHz) Peak Plot Horizontal (3-18GHz) 70 RSE - Horizontal Mid C h. 2440MH z MHz WiLAN Harmonics G 10.00G 18.00G Info:: Tyco BIM1000-CC3100

41 Amplitude dbm Amplitude dbm Mid Channel Peak Plot Vertical (18-26GHz) Page: 41 of RSE - Vertical Mid Ch. 2440MHz G 26.00G Info:: Tyco/BIM1000-CC3100 Mid Channel Peak Plot Horizontal (18-26GHz) 80 RSE - Horizontal Mid Ch. 2440MHz G 26.00G Info:: Tyco/BIM1000-CC3100

42 Amplitude dbuv/m Amplitude dbuv/m Page: 42 of 51 High Channel Peak Plot Vertical (1-3GHz) 3m Radiated Emissions Vertical AVG Limit Peak Limit Peak Scan Peak Data Average Data G 3.00G 07:54:29 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000 High Channel Peak Plot Horizontal (1-3GHz) 3m Radiated Emissions Horizontal AVG Limit Peak Limit Peak Scan Peak Data Average G 3.00G 07:54:29 PM, Wednesday, October 25, 2017 Info:: Tyco / BIM1000

43 Amplitude dbuv/m Amplitude dbuv/m High Channel (Channel 25, 2475MHz) Peak Plot Vertical (3-18GHz) Page: 43 of RSE - Vertical High Ch. 2480MHz MHz WiLAN Harmonics G 10.00G 18.00G Fr equency Info:: Tyco BIM1000-CC3100 High Channel (Channel 25, 2475MHz) Peak Plot Horizontal (3-18GHz) 70 RSE - Horizontal H igh C h. 2480MH z MHz WiLAN Harmonics G 10.00G 18.00G Info:: Tyco BIM1000-CC3100

44 Amplitude dbm Amplitude dbm High Channel Peak Plot Vertical (18-26GHz) Page: 44 of RSE - Vertical High Ch. 2480MHz G 26.00G Info:: Tyco/BIM1000-CC3100 High Channel Peak Plot Horizontal (18-26GHz) 80 RSE - Horizontal High Ch. 2480MHz G 26.00G Info:: Tyco/BIM1000-CC3100

45 7.8 Test Data Tabular Data (3.8dBi Monopole, BIM1000) Page: 45 of 51 Note: There was no change in the emission profile below 1GHz when switching among Channels 11, 18, and 25. Raw Meas Polarity Correction Corr Value Limit Margin MHz (dbuv) (V/H) (db/m) dbuv/m (dbuv/m) (db) V Peak V Peak H Peak H Peak V Peak V Peak V NA NA Peak V Peak V Peak V Peak V Peak V Peak V Peak H NA NA Peak H Peak V Peak V NA NA Peak H Peak * These emissions did not fall into restricted bands. Note: Peak data compared to avaerage limits. Channel 11 (2405MHz) Channel 18 (2440MHz) Channel 25 (2475MHz) Detector

46 Page: 46 of 51

47 8 Radiated Emissions at Band Edge / Restricted Band 8.1 Test Result Page: 47 of 51 Test Description Test Specification Test Result Spurious Emissions / RSS-GEN S8.9 / 8.10 Compliant 8.2 Test Method Peak and average field strength measurements were performed at the restricted band edges of 2390MHz and MHz.Measurements were made using the conducted methods defined in FCC KDB publication D01 DTS Meas Guidance v Test Site 3m Absorber Lined Shielded Enclosure (ALSE), Suwanee, GA Environmental Conditions Temperature: 23.2 C Relative Humidity: 51.5 % 8.4 Test Equipment Test End Date: 26-Oct-2017 Tester: SKM Equipment Model Manufacturer Asset Number Cal Due Date Signal Analyzer FSV-30 Rohde & Schwarz I 28-Sep-2018 RF CABLE SF102 HUBER & SUHNER B Jul-2018 Note: The equipment calibration period is 1 year except for the FSV which is on a 2-year calibration cycle.

48 Page: 48 of 51 Test Data Channel 11 Channel (MHz) Reading (dbµv/m) Limit (dbµv/m) Margin (db) Measuremnt Detector Peak RMS

49 Page: 49 of 51 Channel 25 Channel (MHz) Reading (dbµv/m) Limit (dbµv/m) Margin (db) Measuremnt Detector Peak RMS

50 Page: 50 of 51 9 Conducted Emissions Not applicable: EUT is Power over Ethernet

51 10 Revision History Page: 51 of 51 Revision Level Description of changes Revision Date 0 Initial release 22 February, 2018