XZU9450ALocalisation Transceiver

Kapsch TrafficCom AG Technical Manual WAVE Transceiver with precise localization capability MTX-9450 and TRX-9450 This device is based on the IEEE WAVE Standards 1000005502-THb-03 1000005502-THb-03 Order number: 1000005502 Document type THb Document issue 03 Document status released Date of issue 2011-09-20 Valid from Author: Manfred Batko Assessor: Peter Armin Release: Werner Lackner Disclaimer and Limitation of Liability The products described in this manual are provided “as is” and without any warranties of any kind, either express or implied. Kapsch TrafficCom disclaims all warranties, express or implied, including, but not limited to, warranties of title, legality or non-infringement or misappropriation of any intellectual property rights of third parties or implied warranties of merchantability or fitness for a particular purpose. Under no circumstances will Kapsch TrafficCom (including its affiliates, licensors, contractors, suppliers, assignees, subsidiaries, and the respective officers, directors, employees, shareholders, agents and representatives of each of them) be liable for any expenses, fees, claims, damages or losses in any way relating to or arising out of the products described in this manual. Applicable law may not allow certain warranty exclusions, so one or more of the above disclaimers may not apply to you. Copyright  Kapsch TrafficCom AG 2011 Duplication as well as utilization of contents of this documentation are illegal without our explicit consent. Page 3 of 26 1000005502-THb-03 Table of Contents Page Information about this document 5 Text conventions ............................................................................................. 5 Important text elements ................................................................................... 5 Abbreviations ................................................................................................... 6 Warning to users in the United States 7 Regulatory Information 8 Software Licenses 9 Safety Instructions 9 Maintenance Instructions 9 Inspection Instructions 9 Environmental Information 10 Visual Inspection 10 Installation Instructions 10 General Information 11 Definitions ...................................................................................................... 11 System Overview 12 Performance Overview .................................................................................. 12 System Architecture ...................................................................................... 13 Modular Architecture .............................................................................. 13 Compact Architecture ............................................................................. 15 Installation 17 Mounting position and height ........................................................................ 17 Mounting plate for MTX-9450 and TRX-9450 ............................................... 17 Bracket for MTX-9450 and TRX-9450........................................................... 18 Electrical Installation...................................................................................... 19 Connection Cable (Ethernet + Power Supply) ....................................... 19 Signals at connector “IN” of MTX-9450/TRX-9450 ................................ 20 Line Connection Cable (Ethernet + Power Supply) ............................... 21 Signals at connector “OUT” of MTX-9450.............................................. 22 Product Specifications 23 Transceivers MTX-9450 and TRX-9450 ....................................................... 23 Conformity 25 Standards ...................................................................................................... 25 Page 4 of 26 Technical Manual | WAVE Transceiver with precise localization capability MTX-9450 and TRX-9450 1000005502-THb-03 Table of Figures Page Figure 1 WAVE Localization Transceiver..................................................... 12 Figure 2 System variant “Modular Architecture“ ......................................... 13 Figure 3 System variant “Line application with Master-Transceiver“ ........... 15 Figure 4 Mounting plate for MTX-9450 and TRX-9450 ................................ 17 Figure 5 Bracket for MTX-9450 and TRX-9450 ........................................... 18 Figure 6 Connection Cable (Ethernet + Power Supply) .............................. 19 Figure 7 Connector pin assignment Connection Cable (Ethernet + Power Supply) ......................................................................................... 19 Figure 8 Line Connection Cable (Ethernet + Power Supply) ...................... 21 Figure 9 Connector pin assignment Line Connection Cable (Ethernet + Power Supply) .............................................................................. 21 List of Tables Page Table 1 Text formats and their meaning ........................................................ 5 Table 2 Transceivers for the system variant “Modular Architecture” ........... 13 Table 3 Available TCM and TIM modules .................................................... 14 Table 4 Available PPS-RS422-MUX modules ............................................ 14 Table 5 Recommended power supplies ....................................................... 14 Table 6 Available Transceiver Controllers TRC-1040-IPC .......................... 14 Table 7 Localization Transceivers for the system variant “Line application with Master-Transceiver” .............................................................. 15 Table 8 Available TCM and TIM modules .................................................... 16 Table 9 Available lengths of Connection Cable ........................................... 19 Table 10 Signals at connector “IN” of MTX-9450/TRX-9450 ....................... 20 Table 11 Available cable lengths Line Connection Cable ............................ 21 Table 12 Signals at connector “OUT” of MTX-9450 ............…

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Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 100 of 126 Annex B External photographs of the EUT Photo documentation: Photo 1: Photo 2: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 102 of 126 Photo 5: Photo 6: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 103 of 126 Photo 7: Photo 8: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 104 of 126 Photo 9: Photo 10: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 105 of 126 Photo 11:

TRX-9450 *GFE00002* GS: 06 34026470000 24V-48V DC - max.:1,5A Fuse=3AT/125V TRX-9450 Kapsch TrafficCom AG FCC ID: XZU9450A Made in Austria Type: 4X Enclosure LPS-supplied

Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 106 of 126 Annex C Internal photographs of the EUT Photo documentation: Photo 1: Photo 2: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 107 of 126 Photo 3: Photo 4: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 108 of 126 Photo 5: Photo 6: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 109 of 126 Photo 7: Photo 8: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 110 of 126 Photo 9: Photo 10: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 111 of 126 Photo 11: Photo 12: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 112 of 126 Photo 13: Photo 14: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 113 of 126 Photo 15: Photo 16: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 114 of 126 Photo 17: Photo 18: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 115 of 126 Photo 19: Photo 20: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 116 of 126 Photo 21: Photo 22: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 117 of 126 Photo 23: Photo 24: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 118 of 126 Photo 25: Photo 26: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 119 of 126 Photo 27: Photo 28: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 120 of 126 Photo 29: Photo 30:

Kapsch TrafficCom AG Kapsch TrafficCom AG | A -1120 Wien, Am Europlatz 2 | Tel.+43 (0)50 811 0 | Fax +43 (0)50 811 2109 | http://www.kapschtraffic.com | http://www.kapsch.net | Registered at Commercial Court in Vienna FN 223805a | VAT: ATU 54300000 Tune-Up Information TRX-9450 Kapsch TrafficCom AG Projekt | Project: XZU9450A Seite | Page 2 von 3 Issued: 14.09.2011 20110914_TRX-9450_Tuneup_info.doc 1. Test Setup Testadapter RF-9450 DUT TX/RX2TX/RX1 Spectrum Analyser Access Point RF Power Meter RX3RX4RX5 5 0 R Attenuator Power and Contol Splitter This test setup calibrates the power of the 2 integrated radios and makes a basic communication test. The Ports RX3 to RX5 need not to be calibrated in power, because this are receive only ports. The whole test setup is controlled by a PC, which runs proprietary calibration software provided by the chip supplier. The following parameters are calibrated and tested in this setup:  Output Power Level  Spectrum Mask Test at maximum output power  Link Test between DUT and Access Point Kapsch TrafficCom AG Projekt | Project: XZU9450A Seite | Page 3 von 3 Issued: 14.09.2011 20110914_TRX-9450_Tuneup_info.doc 2. Test Procedure Calibrate Power Radio 1 Spectrum Mask Test Radio 1 Link Test Radio 1 Calibrate Power Radio 2 Spectrum Mask Test Radio 2 Link Test Radio 2 Start End

Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 124 of 126 Annex F MPE calculation Prediction of MPE This device is designed to be used only for fixed and mobile applications. It has integrated internal antennas. External connectors are provided which allows connection of external antennas. The output can be switched either to the external antennas or the internal antennas. Simultaneous transmission with both antennas is restricted. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all the persons and must not be co-located or operating in conjunction with any other antenna or transmitter. The table below is excerpted from Table 1B of 47 CFR 1.1310 titled Limits for Maximum Permissible Exposure (MPE), Limits for General Population/Uncontrolled Exposure: Frequency Range (MHz) Power density (mW/cm 2 ) Averaging time (minutes) 300 – 1500 f (MHz) /1500 30 1500 – 100.000 1.0 30 Based on the above table the limits are: For 5900 MHz frequency band device: 1 mW/cm 2 § 2.1091: The limit for 5900 MHz mobile operations, where no routine evaluation is required, is: 3W EIRP Max permissive power according to §90.377: Using the equation from page 19 of OET Bulletin 65, Edition 97-01: 2 4R PG S   where: S = power density (in appropriate units, e.g. mW/cm 2 ) P = power input to the antenna (in appropriate units, e.g., mW) G = power gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the center of radiation of the antenna (appropriate units, e.g., cm) Compliance with MPE limits can be guaranteed as the calculations below show: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 125 of 126 Internal Antennas Band Maximum radiated output power (dBm) Maximum radiated output power (mW) Duty cycle Equivalent radiated output power (Maximum radiated output power x duty cycle) (mW) 5860 MHz 32.1 1621.8 100% 1621.8 5875 MHz 22.5 177.8 100% 177.8 5890 MHz 33.2 2089.3 100% 2089.3 5905 MHz 22.5 177.8 100% 177.8 5920 MHz 32.2 1659.6 100% 1659.6 Maximum output power considerations: P x G 1 Maximum power input to the antenna x Antenna gain (dBi) to comply with MPE limits: 2089.3 mW R Distance: 20 cm S MPE limit for uncontrolled exposure: 0.42 mW/cm 2 Result: Internal antenna configuration complies with MPE limits. Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 126 of 126 External Antennas Band Maximum conducted output power (dBm) Maximum conducted output power (mW) Duty cycle Equivalent conducted output power (Maximum conducted output power x duty cycle) (mW) 5860 MHz 18.9 77.6 100% 77.6 5875 MHz 8.6 7.2 100% 7.2 5890 MHz 18.6 72.4 100% 72.4 5905 MHz 8.5 7.1 100% 7.1 5920 MHz 19.1 81.3 100% 81.3 Maximum output power considerations: P Maximum power input to the antenna: 81.3 mW R Distance: 20 cm S MPE limit for uncontrolled exposure: 1 mW/cm 2 G 1 Antenna gain (dBi) to comply with MPE limits: 17.9 dBi EIRP power limit according to §2.1091: 3 W EIRP G 2 Antenna gain (dBi) to comply with ERP limits: 15.7 dBi (EIRP = Maximum conducted output power x Antenna gain ) ERP power limit according to §90.377: (low power channels) 0.2 W EIRP G 3 Antenna gain (dBi) to comply with ERP limits: 14.4 dBi (ERP = Maximum conducted output power x Antenna gain) ERP power limit according to §90.377: (high power channels) 2 W EIRP G 4 Antenna gain (dBi) to comply with ERP limits: 13.9 dBi (ERP = Maximum conducted output power x Antenna gain) G 5900 MHz band Min (G 1 , G 2 , G 3 , G 4 ) 13.9 dBi Result: . The maximum antenna gain for mobile operation to comply with MPE and EIRP limits shall not exceed 13.9 dBi.

2011-09-15 Page 1 of 126 TEST REPORT Test report no.: 1-3424-01-02/11-B Testing laboratory Applicant CETECOM ICT Services GmbH Untertuerkheimer Strasse 6 – 10 66117 Saarbruecken / Germany Phone: + 49 681 5 98 - 0 Fax: + 49 681 5 98 - 9075 Internet: http://www.cetecom.com e-mail: [email protected] Accredited test laboratory: The test laboratory (area of testing) is accredited according to DIN EN ISO/IEC 17025 DAkkS registration number: D-PL-12076-01-01 Area of Testing: Radio/Satellite Communications KAPSCH TrafficCom AG Am Europlatz 2 1120 Wien / AUSTRIA Phone: +43 5 08 11 1-2570 Fax: +43 5 08 11 22 09 Contact: Herbert Diemling e-mail: [email protected] Phone: +43 5 08 11 78 57 Manufacturer KAPSCH TrafficCom AG Am Europlatz 2 1120 Wien / AUSTRIA Test standard/s 47 CFR Part 90 Title 47 of the Code of Federal Regulations; Chapter I Part 90 - Land mobile services ASTM E2213 Standard Specification for Telecommunications and Information Exchange between Roadside and Vehicle Systems – 5 GHz Band Dedicated Short Range Communications (DSRC) Medium Access Control (MAC) and Physical Layer (PHY) Specifications For further applied test standards please refer to section 3 of this test report. Test item Kind of test item: RSU Maut System Model name: MTX-9450/TRX-9450 FCC ID: XZU9450A IC: -/- Frequency: 5860 MHz – 5920 MHz Power supply: 48.0 V DC Temperature range: -40 °C to +64 °C This test report is electronically signed and valid without handwriting signature. For verification of the electronic signatures, the public keys can be requested at the testing laboratory. Test performed: Test report authorised: Stefan Bös Marco Bertolino Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 2 of 126 1 Table of contents 1 Table of contents ............................................................................................................................................ 2 2 General information ....................................................................................................................................... 3 2.1 Notes ..................................................................................................................................................... 3 2.2 Application details ............................................................................................................................... 3 3 Test standard/s ............................................................................................................................................... 3 4 Test environment ............................................................................................................................................ 3 5 Test item .......................................................................................................................................................... 4 6 Test laboratories sub-contracted ................................................................................................................. 4 7 Summary of measurement results ............................................................................................................... 5 8 RF measurements .......................................................................................................................................... 6 8.1 Description of test setup .................................................................................................................... 6 8.1.1 Radiated measurements............................................................................................................. 6 8.1.2 Conducted measurements.......................................................................................................... 7 8.2 Additional comments .......................................................................................................................... 8 9 Measurement results ...................................................................................................................................... 9 9.1 Antenna gain ........................................................................................................................................ 9 9.2 Frequency Tolerance (2.1055 / 90.213 / 90.379 / ASTM §8.9.4 / IEEE 802.11 a 17.3.9.4) ............. 11 9.3 Spectrum Bandwidth of a OFDM System / 99% Bandwidth (2.1049 / 90.377 / 90.379 /ASTM E2213) ............................................................................................................................................................ 12 9.4 Transmit Spectrum Mask (90.210 / 90.379 / ASTM 8.9.2) ............................................................... 19 9.5 Modulation characteristics (ASTM Table 3 / 2.1047 / 90.207) ........................................................ 25 9.6 Maximum output power (2.1046 / 90.205 / 90.379 / ASTM 8.9.1) ................................................... 26 9.7 Spurious Emissions - conducted Transmitter (2.1051 / 90.210 / 90.379 / ASTM 8.9.2)............... 28 9.8 Spurious Emissions - radiated Transmitter (2.1053 / 90.210 / 90.379 / ASTM 8.9.2) ................... 50 10 Test equipment and ancillaries used for tests ................................................................................... 93 Annex A Photographs of the test setup ...................................................................................................... 95 Annex B External photographs of the EUT ............................................................................................... 100 Annex C Internal photographs of the EUT ................................................................................................ 106 Annex D Document history ........................................................................................................................ 123 Annex E Further information ......................................................................................................…

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Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 95 of 126 Annex A Photographs of the test setup Photo documentation: Photo 1: chamber F Photo 2: chamber F Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 96 of 126 Photo 3: chamber C Photo 4: chamber C Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 97 of 126 Photo 5: chamber C Photo 6: chamber C Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 98 of 126 Photo 7: chamber C Photo 8: Test report no.: 1-3424-01-02/11-B 2011-09-15 Page 99 of 126 Photo 9: Photo 10: