2ACLYBCNEW0203Low Power Transceiver

Installation manual Location infrastructure based on the BCNEW0203 Rev. A (March 2015) TSB Real Time Location Systems S.L. Parque Tecnológico de Valencia Ronda Auguste y Louis Lumiere, 23 – Nave 13, 46980 Paterna (Valencia) [email protected] www.mysphera.com Telf.: +34 96 182 71 77 Fax +34 96 182 94 15 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 2 Content Content ............................................................................................................................. 2 1. Copyright & trademarks .......................................................................................... 3 2. FCC Compliance .................................................................................................... 3 3. Declaration of Conformity ....................................................................................... 3 4. Introduction ............................................................................................................ 3 5. Wiring Installation ................................................................................................... 4 5.1. Plans with the position of the net sockets ........................................................... 4 5.2. Wiring category ................................................................................................... 4 5.3. Wiring installation................................................................................................ 4 5.4. Socket labeling ................................................................................................... 5 5.5. Net socket certification ........................................................................................ 6 6. Beacons placement ................................................................................................ 6 6.1. Wall/ceiling support installation ........................................................................... 6 6.2. Placement of the beacon in its support ............................................................... 6 6.3. Other beacon placements ................................................................................... 6 7. Configuration of the Network .................................................................................. 7 7.1. Patch cord connection ........................................................................................ 7 7.2. VLAN Configuration/ Device registering .............................................................. 7 7.3. DHCP Configuration ........................................................................................... 7 7.4. Necessary ports in the server ............................................................................. 7 7.5. Ports used in the beacons .................................................................................. 7 Annex I: Beacon attachment ............................................................................................. 8 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 3 1. Copyright & trademarks These specifications may change without notice. Copyright © 2014 TSB Real Time Location Systems, S.L. All rights reserved. SPHERAone®, TSB RTLS, MySPHERA and its logos are trademarks by TSB Real Time Location Systems, S.L. 2. FCC Compliance This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This device complies with the FCC radiation exposure limits for an uncontrolled environment. This equipment shall be installed and operated with a minimum distance of 20cm between the user and this device.” This transmitter must not be co-located or operated with any other antenna or transmitter. 3. Declaration of Conformity MYSPHERA hereby declares that this BCNEW0203 is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. A copy of the Declaration of Conformity can be found at mysphera.com/declaration-of-conformity 4. Introduction The aim of this document is to describe how the deployment of the location infrastructure necessary to the startup of the location system in a particular client’s premises must be done. The number and position of the beacons has been determined in a phase previous to the wiring installation. The installation team is given with: - Plan with the positions of the net sockets to install. Each of the sockets has an identifier associated to make its reference easier. - Support/holder to fix the beacons to the wall or ceiling. - Location beacons. MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 4 How the communication network must be configured in order for the beacons to be able to communicate with the location server is also described in this document. 5. Wiring Installation 5.1. Plans with the position of the net sockets The installation team is provided with the building plans in which the positions of the net sockets are marked. Figure 1 shows a piece of a plan. The red round symbols mark the position in which each beacon must be placed. The blue square symbols depict additional net sockets that are not intended for beacons, but for PCs or TVs Figure 1 – Example of a plan; in red the beacons, in blue socket for TV or PC The plan can be divided in seve…

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clI) CMC Cenlro Misure Compolibililò S.r.l. Viq dell' Elettronicq, 12lC 3ó01ó Thiene (Vl) - ITALY .Tel./Fox +39 0445 367702 www.cmclob.it - [email protected] lndependeni Tesfing Loborotory Thiene May 4,2015 Federal Communication Commission 44512th Street, SW Washington D.C,20554 USA Subject: Test Set Up Photos FCC lD: 2ACLYBCNEW0203 Test Report'. R1 4221201 To whom it may concern TCB Question: For the > lGHz emissions measurements, please provide information as to why cardboard boxes are present in the test set up photographs exhibit? Lab Response: The cardboard boxes contain the pyramidal absorbers for performing the > 1 GHz emissions measurements. The pyramidal absorbers have been left inside the cardboard boxes for an easier storage, when not requested, and because the presence ofthese boxes does not have influence on the measurements. VSWR calibration has been performed with these cardboard boxes Yours faithfully, R. Beghetto - Laboratory Manager

External Photos BCNEW0203 TSB Real Time Location Systems S.L. Parque Tecnológico de Valencia Ronda Auguste y Louis Lumiere, 23 – Nave 13, 46980 Paterna (Valencia) [email protected] www.mysphera.com Telf.: +34 96 182 71 77 Fax +34 96 182 94 15 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 2 BCNEW0203 External Photos. FCC ID: 2ACLYBCNEW0203 Figure 1. BCNEW0203 Top View MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 3 Figure 2. BCNEW0203 Bottom View Figure 3. BCNEW0203 Side View MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 4 Figure 4. BCNEW0203 Side View Figure 5. BCNEW0203 Side View MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 5 Figure 6. BCNEW0203 Side View

BCNEW0203 S/N: IEEE: MAC: 48V D.C. PoE 0.3A Madein Spain, 2014 00030-00001000 60:12:83:02:00:01:00:00 00:40:9D:00:00:00 C FCC ID: 2ACLYBCNEW0203 This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

Internal Photos BCNEW0203 TSB Real Time Location Systems S.L. Parque Tecnológico de Valencia Ronda Auguste y Louis Lumiere, 23 – Nave 13, 46980 Paterna (Valencia) [email protected] www.mysphera.com Telf.: +34 96 182 71 77 Fax +34 96 182 94 15 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 2 BCNEW0203 External Photos. FCC ID: 2ACLYBCNEW0203 Figure 1. BCNEW0203 SoZCOMM21 Hardware Top View MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 3 Figure 2. BCNEW0203 SoZCOMM21 Hardware Bottom View Figure 3. BCNEW0203 SoLA20 Hardware Top View MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 4 Figure 4. BCNEW0203 SoLA20 Hardware Bottom View Figure 5. BCNEW0203 Housing

RF Exposure BCNEW0203 FCC ID: 2ACLYBCNEW0203 TSB Real Time Location Systems S.L. Parque Tecnológico de Valencia Ronda Auguste y Louis Lumiere, 23 – Nave 13, 46980 Paterna (Valencia) [email protected] www.mysphera.com Telf.: +34 96 182 71 77 Fax +34 96 182 94 15 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 2 Content Content ............................................................................................................ 2 1. Summary ..................................................................................................... 3 2. Analysis for FCC RF Exposure ............................................................................ 3 2.1. Standard applicable................................................................................. 3 2.2. MPE Calculation ..................................................................................... 3 2.3. Results ................................................................................................ 3 MYSPHERA • Ronda Auguste y Louis Lumiere 23, Nave 13 • 46980 Parque Tecnológico de Valencia • Paterna, Valencia • Spain Telf.: +34 96 182 71 77 • [email protected] • www.mysphera.com Pág. 3 1. Summary This document describes the RF Exposure Analysis for the Beacon Ethernet Wide Beam BCNEW0203, FCC ID: 2ACLYBCNEW0203. 2. Analysis for FCC RF Exposure 2.1. Standard applicable Accoding to FCC rule parts §1.1307(b), §1.1310(e) and §2.1091, systems operation under the provisions of this section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy level in excess of the Commission’s guidelines. For the 2.4 GHz band, the Maximum Permissible Exposure (MPE) is 1mW/cm 2 , as stated in §1.1310(e). 2.2. MPE Calculation The BCNEW0203 theoretical (worst case) maximum conducted power is 0dBm + 1dB tune-up tolerance corresponding to 1.3 mW. The antenna maximum gain is 6.7 dB. The formula to calculate MPE is the following: 푃표푤푒푟 푑푒푛푠푖푡푦 ( 푚푊/푐푚 2 ) = 퐶표푛푑푢푐푡푒푑 푃표푤푒푟 ( 푚푊 ) ∗퐴푛푡푒푛푛푎 퐺푎푖푛 4∗휋∗(퐷푖푠푡푎푛푐푒 ( 푐푚 ) ) 2 2.3. Results Power density at 20 cm distance: 0.0012 mW/cm 2 MPE safe distance (Exposure is 1mW/cm 2 ): 0.7 cm

CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) – ITALY Tel./Fax +39 0445 367702 www.cmclab.it - [email protected] Independent Testing Laboratory Test report R14221201 Rev. 1.0 Order M142212 page 1 of 51 TEST REPORT nr. R14221201 Federal Communication Commission (FCC) Test item Description ........................ : LOCATION AGENT FOR REAL TIME LOCATION SYSTEM Trademark ......................... : MYSPHERA Model/Type ...................... : BCNEW0203 FCC ID ................................ : 2ACLYBCNEW0203 Test Specification Standard ............................ : FCC Rules & Regulations, Title 47:2013 Part 15 paragraph(s): 203, 207, 209 and 247 Client’s name .............. : TSB REAL TIME LOCATION SYSTEMS SL Address .............................. : Ronda Auguste Y Louis Lumiere, 23 Nave 13 – Parque Tecnológico Valencia – 46980 Paterna – SPAIN Manufacturer’s name : Same as client Address .............................. : -- Report Tested by ........................... : A. Bertezzolo – Technician Approved by .................... : R. Beghetto – Laboratory Manager Date of issue ..................... : 04.05.15 Contents ............................ : 51 pages This test report shall not be reproduced except in full without the written approval of CMC. The test results presented in this report relate only to the item tested. CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 2 of 51 Index 1. SUMMARY ..................................................................................................................................................3 2. DESCRIPTION OF EQUIPMENT UNDER TEST (EUT) .....................................................................................4 2.1 TEST SITE .................................................................................................................................................... 4 3. TESTING AND SAMPLING ..........................................................................................................................4 4. OPERATIVE CONDITIONS ..........................................................................................................................4 5. PHOTOGRAPH(S) OF EUT ..........................................................................................................................5 5.1 PHOTOGRAPH(S) OF EUT ........................................................................................................................... 5 6. EQUIPMENT LIST .........................................................................................................................................7 7. MEASUREMENT UNCERTAINTY ..................................................................................................................8 8. REFERENCE DOCUMENTS..........................................................................................................................9 9. DEVIATION FROM TEST SPECIFICATION .................................................................................................10 10. TEST CASE VERDICTS ...........................................................................................................................10 11. RESULTS ................................................................................................................................................11 11.1 ANTENNA REQUIREMENTS ......................................................................................................................... 12 11.2 CONDUCTED EMISSIONS ........................................................................................................................... 13 11.3 EMISSIONS IN RESTRICTED FREQUENCY BANDS AND IN UNRESTRICTED FREQUENCY BANDS ............................. 17 11.4 DTS BANDWIDTH ...................................................................................................................................... 27 11.5 BAND EDGE ............................................................................................................................................. 32 11.6 FUNDAMENTAL EMISSION OUTPUT POWER .................................................................................................. 37 11.7 MAXIMUM POWER SPECTRAL DENSITY LEVEL IN THE FUNDAMENTAL EMISSION ............................................... 43 11.8 SPURIOUS EMISSION ................................................................................................................................. 49 ANNEX 1: photographs of test setup CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 3 of 51 1. Summary Standard: FCC Rules & Regulations, Title 47:2013 Part 15 paragraph(s): 203, 207, 209 and 247 Test specifications Environmental Phenomena Tests sequence Result Part 15.203 Antenna requirements 1 Complies Part 15.207 Conducted emissions 2 Complies Part 15.209 Emissions in restricted frequency bands and in unrestricted frequency bands 3 Complies Part 15.209 DTS bandwidth 4 Complies Part 15.247 (d) Band edge 5 Complies Part 15.209 and 15.247 Fundamental emission output power 6 Complies Part 15.209 and 15.247 Maximum power spectral density level in the fundamental emission 7 Complies Part 15.209 Spurious emission 8 Complies The Test Report was given to the Client representatives for necessary documentation of ratification of the tested equipment and it is valid for the FCC certification CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 4 of 51 2. Description of Equipment under test (EUT) Power supply .................................................................. : 36-57 Vdc from Power over Ethernet Tests performed on 48 Vdc from Power over Ethernet Serial Number ................................…

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CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 27 of 51 11.4 DTS bandwidth Test set-up and execution  FCC Rules and Regulation; Titles 47 Part 15.247  KDB 558074 D01 DTS Meas Guidance v03r02 cl. 8.1  Internal procedure PM001  See clause 4 of this test report  Test date: 23 December 2014  Technician: A. Bertezzolo Test configuration Test site: Semi-anechoic chamber Auxiliary equipment: See clause 4 of this test report EUT exercising See clause 4 of this test report Test equipment used CMC S108, CMC S136, CMC S164 Measurement uncertainty: See clause 7 of this test report Test specification Systems using digital modulation techniques may operate in the 902–928 MHz, 2400–2483.5 MHz, and 5725–5850 MHz bands. The minimum 6 dB bandwidth shall be at least 500 kHz Environmental conditions Temperature (ºC) Atmospheric pressure (kPa) Relative humidity (%) 21 99 50 CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 28 of 51 Setup Frequency ≤ 1 GHz Frequency > 1 GHz Result Channel Graphs 6 dB bandwidth (kHz) Limits (kHz) Results Lowest G14221255 692,3 At least 500 Complies Medium G14221261 717,9 At least 500 Complies Highest G14221265 766,0 At least 500 Complies CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 29 of 51 Graphs CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 30 of 51 CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 31 of 51 Result: The requirements are met CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 32 of 51 11.5 Band edge Test set-up and execution  FCC Rules and Regulation; Titles 47 Part 15.247 (d)  KDB 558074 D01 DTS Meas Guidance v03r02 cl. 11.1(a) and 12.1  Internal procedure PM001  See clause 4 of this test report  Test date: 23 December 2014  Technician: A. Bertezzolo Test configuration Test site: Semi-anechoic chamber Auxiliary equipment: See clause 4 of this test report EUT exercising See clause 4 of this test report Test equipment used CMC S108, CMC S136, CMC S164 Measurement uncertainty: See clause 7 of this test report Test specification See FCC Part 15.247 Environmental conditions Temperature (ºC) Atmospheric pressure (kPa) Relative humidity (%) 21 98 49 Acceptance limits: operation within the band 2400 – 2483,5 MHz CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 33 of 51 Setup Frequency ≤ 1 GHz Frequency > 1 GHz Result Channel Detector Graph(s) Results Lowest Peak G14221259 F L : 2401,242 MHz * Complies G14221260 Highest Peak G14221269 F H : < 2483,5 MHz Complies Highest Average G14221269 F H : < 2483,5 MHz Complies *: 20 dBc limit, F L > 2400 MHz CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 34 of 51 Graphs CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 35 of 51 CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 36 of 51 Result: The requirements are met CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 37 of 51 11.6 Fundamental emission output power Test set-up and execution  FCC Rules and Regulation; Titles 47 Part 15.247  KDB 558074 D01 DTS Meas Guidance v03r02 cl. 3.0 and 9  Internal procedure PM001  See clause 4 of this test report  Test date: 23 December 2014  Technician: A. Bertezzolo Test configuration Test site: Semi-anechoic chamber Auxiliary equipment: See clause 4 of this test report EUT exercising See clause 4 of this test report Test equipment used CMC S108, CMC S136, CMC S164 Measurement uncertainty: See clause 7 of this test report Test specification Port: Enclosure (conducted measurements are not applicable because the antenna connector is not available, see also cl. 3.0 of KDB 558074 D01 DTS Meas Guidance v03r02) Antenna polarization: Horizontal (H) – Vertical (V) EUT – Antenna distance: 3 m EUT height about the floor: 80 cm Environmental conditions Temperature (ºC) Atmospheric pressure (kPa) Relative humidity (%) 22 98 50 Acceptance limits: For systems using digital modulation in the 902–928 MHz, 2400–2483.5 MHz, and 5725–5850 MHz bands: 1 Watt CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 38 of 51 Setup Frequency ≤ 1 GHz Frequency > 1 GHz CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R14221201 Rev. 1.0 Order M142212 page 39 of 51 Result Channel Polarization Graphs Measured PK level (dBμV/m) Peak Output Conducted Power (mW) Remarks Lowest Worst case G14221256 96,2 0,267 -- Medium Worst case G14221262 95,1 0,208 -- Highest Worst case G14221266 94,4 0,177 -- Remarks: the above table shows the results of radiated measurements, in agreement with cl. 3.0 of KDB 558074 D01 DTS Meas Guidance v03r02. Conducted measurements are not applicable because the antenna connector is not available. The following formula, provided in document DA 00-705, has been used for the conversion between radiated to conducted values: Conducted value = (E x d) 2 / (30 x G) Where: E = (10 (dBμV/m)/20 )/1000000, the maximum measured fundamental field strength in V/m G = 10 dBi/10 , the numeric gain of the transmitting antenna: 4,68 (6,7 dBi) d = the distance in meters from which the field strength was measu…

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ANNEX 1 of document nr. R14221201 Page 1 of 9 Page 2 of 9 Page 3 of 9 Page 4 of 9 Page 5 of 9 Page 6 of 9 Page 7 of 9 Page 8 of 9 Page 9 of 9