EOTBDP4-EXT8Exciter 800MHz

Paragon4 (UHF, 700, and 800 MHz) Data Base Station User Manual V. 1.00 Preliminary, for FCC & IC Submission The entire contents of this manual are copyright 2007 by Dataradio ® Inc. Copyright DATARADIO Inc. September 2007 Part no.: 120 20195-100 120 20195-100 PreliminaryParagon4 – UHF, 700, & 800MHz User Manual i i 1.PRODUCT OVERVIEW ...................................................................................................................................1 1.1INTENDED AUDIENCE....................................................................................................................................1 1.2GENERAL DESCRIPTION................................................................................................................................1 1.2.1Features ...................................................................................................................................................2 1.2.2Configuration...........................................................................................................................................2 1.3FACTORY TECHNICAL SUPPORT....................................................................................................................3 1.4PRODUCT WARRANTY..................................................................................................................................4 1.5REPLACEMENT PARTS...................................................................................................................................4 1.5.1Factory Repair.........................................................................................................................................4 1.6PACKAGING..................................................................................................................................................4 2.INSTALLATION................................................................................................................................................5 2.1OVERVIEW....................................................................................................................................................5 2.2LOCATION.....................................................................................................................................................5 2.3REAR VIEWS.................................................................................................................................................6 2.4ELECTRICAL..................................................................................................................................................7 2.4.1Standard Power Supply Configuration ....................................................................................................7 2.4.1.1DC Power Supply Connection & Torque Settings .......................................................................................... 7 2.4.1.2Power Indications............................................................................................................................................ 8 2.4.2Backplane Fuses ......................................................................................................................................8 2.5ANTENNA......................................................................................................................................................9 2.5.1Overview ..................................................................................................................................................9 2.5.2Cabling and Connection ..........................................................................................................................9 2.6COMPLETING THE PHYSICAL INSTALLATION.................................................................................................9 2.7CHECKING OUT NORMAL OPERATION...........................................................................................................9 3.OPERATING DESCRIPTION........................................................................................................................10 3.1RADIO ASSEMBLY.......................................................................................................................................10 3.1.1Receiver module.....................................................................................................................................10 3.1.2Exciter module .......................................................................................................................................11 3.1.3BSC module ...........................................................................................................................................11 3.1.4Speaker panel.........................................................................................................................................12 3.1.5Power Supply Modules (T809)...............................................................................................................13 3.1.5.1Power Supply Rear Connections................................................................................................................... 14 4.OPERATION & CONFIGURATION ............................................................................................................15 4.1BROWSER-BASED INTERFACE.....................................................................................................................15 4.1.1Interface Setup and Status .....................................................................................................................15 4.2LAN SETUP................................................................................................................................................16 4.3DEFAULT IP SETTINGS..................................................................................................................…

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Montreal, Jan 18, 2008 Request for Confidentiality Concerning the application for certification EA942460 for the FCC ID EOTBDP4-EXT8; applicant Dataradio Inc. The request for confidentiality as per FCC 0.459 (a) refers to the following exhibits - "Digital Modulation Techniques". - “Tune up info” - Operational Description” - “Schematic Diagrams” The parts contain proprietary details of the internal workings of the product and its protocol, the publication of which could be detrimental to our firm if taken out of context by competitors. For these reasons we request that the above mentioned document be made confidential as per FCC 0.457(d)(2). Best Regards, Constantin Pintilei R&D Test Engineer Dataradio Inc, a CalAmp company 514-737-0020x236 [email protected]

To:Stan Lyles [email protected] FCC Equipment Authorization Branch From: Norman Pearl [email protected] Dataradio Inc. Applicant:Dataradio Incorporated FCC ID:EOTBDP4-EXT8 Correspondance Reference Numbers:34724, 34725 731 Confirmation Number: EA942460 Re: 34725-Q1 Mask H compliance has been tested within the 851-854 MHz range and the filing amended. The exciter uses a fixed-frequency modulator driving an upconverter, making the emission bandwidth essentially independent of the final carrier frequency and therefore capable of meeting Mask H over its entire tuning range. Mask H data has been re-taken at 853 MHz showing compliance within the 851-854 MHz range and the originally requested emission designator. Re: 34725-Q2 This device meets the requirements of section 90.691. While the product is not intended for EA-based systems, the 90.691 limits have been added to the spectrum plot for Mask G compliance. Mask G is effectively more restrictive. Re: 34725-Q3 & 34724-Q1 A single report was initially prepared for both Industry Canada and FCC submissions. Mask D data was taken for IC purposes only, therefore no corresponding FCC emission designator was requested on Form 731. For clarity this extra data has been deleted from the revised FCC filing. TestReport 5_rev1a has been uploaded with the above changes. Norman Pearl Dataradio Inc.

Engineering Exhibit in Support of Certification FCC Form 731 for the 800MHz 26dBm Exciter for BDP4 Digital Base Station FCC ID: EOTBDP4-EXT800 Trade Name: SDR-T-001-80 Exciter Module November 23, 2007 BDP4-EXT8 – 26dBm Exciter module of 800MHz BDP4 base station- Engineering Report - body Page 2 of 6 156-90000-900 Dataradio© FCC submission Dataradio Inc. Montreal, Canada ENGINEERING STATEMENT OF CONSTANTIN PINTILEI The application consisting of the attached engineering exhibit and associated FCC form 731 has been prepared in support of a request for Certification for the Exciter module of the Dataradio BDP4 digital base station. The unit will operate in the frequency range of 851-869 MHz in Transmit and will yield 400mW RF power. Dataradio will install the Exciter module to the base station and perform final assembly and tests of the whole basestation assembly. The basestation assembly comprises one BSC (base sattion controller), one Receiver module, one RF Power Amplifier module, and one DC power supply module. Since there could be several suppliers for the module, Dataradio requires standalone certification for each module that needs it. The Excier module is identified by the Dataradio part number BDP4-SDR-T-001-80 (part number is detailed in page 5). The basestation assembly is marketed under the model name BDP4. The Exciter module will be identified by the FCC number EOTBDP4-EXT8. The Exciter operates pursuant to Part(s) 2 and 90 of the Rules and Regulations. The RF power is adjustable in manufacturer’s premises from 4mW to 400mW (6 to 26dBm) and its nominal power is 200mW. EXISTING CONDITIONS The unit utilized for these Certification measurements was a pilot sample. The Exciter is designed to operate in single carrier FM modulation mode only in 800MHz band. It requires a differential modulation input and a 13.8V/2A DC power supply. Pilot samples of the modules of the P4 basestation were used as part of the set-up to demonstrate its compliance to the rules. Nontheless, the Exciter could function in standalone mode provided that generic devices supply the required inputs of DC and modulation. PROPOSED CONDITIONS It is proposed to grant the certificate to Dataradio’s BDP4-SDR-T-001/ 80 exciter module for operation in the 851-869 MHz frequency range. The applicant anticipates marketing the device for use in wireless transmission of data. PERFORMANCE MEASUREMENTS All measurements were conducted in accordance with the code 47 CFR Section 2.1041and 2.1049 rev.2-180 of July 15,2007, and Section 90 (Subpart I) rev. 90-82 Sept. 15, 2007. Equipment performance measurements were made in the engineering laboratory of either Dataradio Inc, Montreal, Canada, and on the FCC certified Open Area Test Site at Datradio COR Ltd., 299 Johnson Ave, Suite 110 Waseca, MN 56093. All measurements were made under my direction. The performance measurements were made between Aug 1 st and Oct 30 th , 2007. CONCLUSION Given the results of the measurements contained herein, the applicant requests that Certification be granted for the Exciter module, model BDP4-SDR-T-001/80, with the FCC ID EOTBDP4-SDRT80, for data communications. 11/23/2007 Constantin Pintilei, Eng R&D Test Engineer, Dataradio Inc. BDP4-EXT8 – 26dBm Exciter module of 800MHz BDP4 base station- Engineering Report - body Page 3 of 6 156-90000-900 Dataradio© FCC submission TABLE OF CONTENTS ENGINEERING STATEMENT................................................................................................................................................................ 2 TABLE OF CONTENTS........................................................................................................................................................................... 3 QUALIFICATIONS OF ENGINEERING PERSONNEL ........................................................................................................................ 4 GENERAL INFORMATION ABOUT THE GRANTEE AND CERTIFICATED EQUIPMENT -2.1033(1),(2),(5),(6),(7) ................. 5 OTHER DATA- Rule Part Number: 2.1033 (c).(3),(4),(8),(9),(10),(11),(12),(13),(15),(16), 1.1091 ...................................................... 6 ANNEXES( -document index): Annex A (-901): Test report 4/2007 - Dataradio Montreal Test reports section. Transmitter Rated Power Output (2.1046) Frequency Stability over temperature and supply voltage (90.213) Annex B (-903) Test report 5/2007 - Dataradio Montreal Test reports section Occupied Bandwidth and Emission Limitations (compliance with Masks G,H,D) (90.209, 90.210 (g),(h)) Annex C (-902): Test Report 3/2007 - Dataradio Waseca Test reports section Spurious Radiation (2.1051,2.1053 ,90.210(g) ,(h)) Spurious Emissons at Antenna Terminals (2.1051,2.1053 ,90.210(g) ,(h)) Annex D : Schematics , shown as two files identified by D1 and D2. Annex E: Circuit Description and power calibration. It includes the assembly block diagrams. Annex F: Pictures: Label, External Photographs, Internal Photographs F1- Label F2-Internal Pictures F3- External pictures Annex G: Instruction Manual (preliminary version). The manual has its own document number 120_20195_100 and it is incorporated by reference to the submission report. Annex H (-904): F1D Digital Modulation characteristics (2.1047, 90.207) BDP4-EXT8 – 26dBm Exciter module of 800MHz BDP4 base station- Engineering Report - body Page 4 of 6 156-90000-900 Dataradio© FCC submission QUALIFICATIONS OF ENGINEERING PERSONNEL NAME: Constantin Pintilei TITLE: R&D Test Engineer (Dataradio Inc., Montreal, Canada) TECHNICAL EDUCATION: Bachelor of Science Degree in Electrical Engineering, specialization Radioelectronics (1993) Technical University of Iasi, Romania. TECHNICAL EXPERIENCE: Professional Engineer since 2001 14 Years experience in radio frequency measurements. NAME: Bharat Devrajani TITLE: Electrical Engineer I (Dataradio COR Ltd., Mn) TECHNICAL EDUCATION: Bachelor of Science Degree in Electrical Engineering (2004) from Minnesota State Uni…

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Test Report 3/2007 Applicant Dataradio Inc., a Calamp Company 5500 Royalmount Avenue Suite 200, TMR, Montreal Quebec, Canada, H4P 1H7 EUT catalog number SDR-T-001/80 – Exciter module of the BDP4-800-F-070-2-8 basestation Model SDR-T-001/80 EUT Identification (FCC, IC, other) FCC ID: EOTBDP4-EXT8 Industry Canada: 773A-BDP4-EXT8 In Accordance With (main references) Private Land Mobile Radio Services standards as of US’s FCC Part 90 and Canada’s RSS 119 issue 9 Tested By R&D of Dataradio COR, a Calamp company 299 Johnson Ave, Suite 110 Waseca, MN 56093 Document #/pages 156-90000-902 / 13 pages Authorized By Chris Ludewig _______________________________ Director of Engineering, Dataradio COR Release Date Oct 29, 2007 Test Report #3/2007 - EUT – Prototype Exciter 26dbm 800MHz band Page 2 of 13 Report Summary These tests were conducted on a sample of equipment for the purpose of demonstrating its compliance with the restrictions for the unwanted emissions of the transmitter in both radiated or conducted components of the spurious emission. The procedure shown in EIA/TIA 603-B, paragraph 2.2.12 was the standard procedure followed through the test. This measurement method is similar to the one shown in FCC part 90.543(b) or in Canada’s RSS 119 issue 9 paragraph 4.3. The assessment summary is: EQUIPMENT UNDER TEST Prototype Exciter 26dBm 800 MHz band SDR-T-001/80 SERIAL NUMBER ( S ): NA SPECIFICATIONS: FCC part 90.210, RSS 119 issue 9 paragraph 5.8 COMPLAINCE STATUS: Compliant EXCLUSIONS: None NON-COMPLAINCES: None TEST RESULTS SUMMARY Test name Page No Worst case data Margin Assessment Conducted Spurious at antenna terminals 4 65.29 dBc 39.29dB Passed Field Strength of Spurious Radiation 7 56.84dBc 10.84dB Passed The technical data included in this report has been accumulated through tests that were performed by me or under my direction. To the best of my knowledge, all of the data is true and correct PERFORMED BY: _______________________________ Date: 09/04/07 Bharat Devrajani 156-90000-902 Dataradio© Test Report #3/2007 - EUT – Prototype Exciter 26dbm 800MHz band Page 3 of 13 TEST CONDITIONS: The procedure shown in EIA/TIA 603-B, paragraph 2.2.12 was the standard procedure followed through the test. This measurement method is similar to the one shown in FCC part 90.543(b) or in Canada’s RSS 119 issue 9 paragraph 4.3. The test ran in standard environmental test conditions, at 22 0 C, 30-50% RH. CALIBRATED TEST EQUIPMENT: Equipment Manufacturer Model Waveguide Horn Antenna EMCO EMCO Bilog Antenna Chase CBL6111B Log Periodic Linear Polarization Antenna AILTECH 94612-1 Dipole Antenna Electro-Metrics EM-6924 DC Power Source Hewlett-Packard (Agilent) HP6284A Power Meter Hewlett-Packard (Agilent) HP436A Spectrum Analyzer Hewlett-Packard (Agilent) HP8563E Audio Generator Hewlett-Packard (Agilent) HP8903B Reference Generator Agilent E8257D Digital Voltmeter Fluke 8012A 50-Ohm Load Lucas Weinschel 58-30-43 The OATS located on 299 Johnson Avenue, Waseca, MN, USA is registered for 3m OATS measurements with both FCC and Industry Canada. Registration files are: FCC Test Firm 15234 IC Test Firm 773B-1 156-90000-902 Dataradio© Test Report #3/2007 - EUT – Prototype Exciter 26dbm 800MHz band Page 4 of 13 NAME OF TEST: Transmitter Spurious and Harmonic Outputs RULE PART NUMBER: FCC 2.1051, 90.210 (g)(h); IC RSS Gen, RSS 119 part 5.8.3 9 (mask G) and 5.8.6 ( mask D) MINIMUM STANDARDS: FCC For 0.4 Watts; 43+10Log 10 (0.4 Watts) = 39 dBc For 0.004 Watts; 43+10Log 10 (0.004 Watts) = 19 dBc :IC For 0.4 Watts; 50+10Log 10 (0.4 Watts) = 46 dBc For 0.004 Watts; 50+10Log 10 (0.004 Watts) = 26 dBc or 70 dBc whichever is the lesser attenuation. TEST RESULTS: Meets minimum standards (see data on following page) TEST CONDITIONS: Standard Test Conditions, 25 C RF Voltage measured at antenna terminals TEST PROCEDURE: TIA/EIA – 603-B, 2.2.13 TEST EQUIPMENT: 50-Ohm Attenuators, Pasternack Model PE4131 / 10 dB / 20 Watt 50-Ohm Attenuators, MCL Model 5W-S20 / 20 dB / 5 Watt 50-Ohm Attenuators, Inmet Model 6B-10W / 20 dB / 10 Watt Power Supply, Instek Model GPS-2303 Spectrum Analyzer, HP 8563E Reference Generator, Agilent Model E8257D Notch Filter TEST SET-UP: MEASUREMENT PROCEDURE: 1. The transmitter carrier output frequency is 851.00625, 860.0125, and 868.9875 MHz. The reference oscillator frequency is 24.576 MHz. The transmitter has voltage level of 13.6 Volts. 2. After the carrier reference was established on the spectrum analyzer, the notch filter was adjusted to null the carrier fundamental to extend the range of the spectrum analyzer for harmonic measurements. 3. At each spurious frequency, generation substitution was used to establish the true spurious level. 4. The spectrum was scanned to the 10 th harmonic 156-90000-902 Dataradio© Test Report #3/2007 - EUT – Prototype Exciter 26dbm 800MHz band Page 5 of 13 TEST DATA: Fo = 851.00625 MHz 13.6 Volts @ 26.0 dBm Attenuation Spec = 46 dBc Harmonic Frequency (MHz)Level Relative to Carrier (dBc)Passed by (dB) 2 1702.01250 -97.52 51.52 3 2553.01875 -101.05 55.05 4 3404.02500 -94.87 48.87 5 4255.03125 -102.52 56.52 6 5106.03750 -101.63 55.63 7 5957.04375 -99.27 53.27 8 6808.05000 -101.00 55 9 7659.05625 -92.24 46.24 10 8510.06250 -89.00 43 Fo = 860.0125 MHz 13.6 Volts @ 26.0 dBm Attenuation Spec = 46 dBc Harmonic Frequency (MHz)Level Relative to Carrier (dBc)Passed by (dB) 2 1720.02500 -99.32 53.32 3 2580.03750 -98.92 52.92 4 3440.05000 -90.82 44.82 5 4300.06250 -104.17 58.17 6 5160.07500 -106.28 60.28 7 6020.08750 -99.10 53.1 8 6880.10000 -99.51 53.51 9 7740.11250 -94.15 48.15 10 8600.12500 -90.00 44 Fo = 868.9875 MHz 13.6 Volts @ 26.0 dBm Attenuation Spec = 46 dBc Harmonic Frequency (MHz)Level Relative to Carrier (dBc)Passed by (dB) 2 1737.97500 -99.12 53.12 3 2606.96250 -98.75 52.75 4 3475.95000 -90.82 44.82 5 4344.93750 -104.17 58.17 6 5213.92500 -106.30 60.3 7 6082.91250 -99.10 53.1 8 6951.90000 -98.84 52.84 9 7820.88750 -94.15 48.15 10 8689.87500 -89.00 43 156-90000-902 Datar…

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Test Report 4/2007 Applicant Dataradio Inc., a Calamp Company 5500 Royalmount Avenue Suite 200, TMR, Montreal Quebec, Canada, H4P 1H7 EUT catalog number SDR-T-001/80 – Exciter module of the BDP4-800-F-070-2-8 basestation Model SDR-T-001/80 EUT Identification (FCC, IC, other) FCC ID: EOTBDP4-SDRT-80 (proposed) Industry Canada: 773A-BDP4-SDRT-80 (proposed) In Accordance With (main references) FCC Part 90 Private Land Mobile Radio Services RSS 119 issue 9 Tested By R&D of Dataradio Inc 5500 Royalmount Avenue Suite 200, TMR, Montreal Quebec, Canada, H4P 1H7 Document #/pages 156-90000-901 / 7 pages Authorized By Michel Martin Director R&D, Datardio Montreal Release Date November 10, 2007 Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 2 of 6 Report Summary These tests were condusted on a sample of equipment for the purpose of demonstrating compliance with the restrictions related to the RF power and the frequency stability for equipment operating in the 800MHz band, as defined in the rules of either FCC Part 90 or Canada’s RSS 119 issue 9 at the testing date. The tests were performed in accordance with ANSI TIA-603 C. The assessment summary is: EQUIPMENT UNDER TEST Prototype Exciter 26dBm 800 MHz band SDR-T-001-80 SERIAL NUMBER ( S ): R&D Pilot #7 SPECIFICATIONS: FCC 90 subpart I, RSS 119 issue 9 paragraph 5.8 COMPLAINCE STATUS: Compliant EXCLUSIONS: None NON-COMPLAINCES: None TEST RESULTS SUMMARY Test name Page No Worst case data Margin Assessment DC power consumption 4 23.39W NA Passed Frequency stability over temperature 5 780Hz = 0.907ppm 0.093ppm Passed Frequency Stability over voltage 6 21Hz = 0.036ppm 0.963ppm Passed The technical data included in this report has been accumulated through tests that were performed by me or under my direction. To the best of my knowledge, all of the data is true and correct PERFORMED BY: DATE: 11/09/07 Constantin Pintilei, PE 156-90000-901 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 3 of 6 TEST CONDITIONS: The procedure shown in EIA/TIA 603 C – 2004 paragraph 2.2.14.2 was the standard procedure followed through the test. This measurement method is similar to the one shown in FCC part 90.543(b) or in Canada’s RSS 119 issue 9 paragraph 4.3. The reference instrument, Agilent’s spectrum analyzer E4401B, has enabled both options regarding the Adjacent Channel Power Measure software and the Channel Power over BW measurement software . The test ran in standard environmental test conditions, at 22 0 C, 30-50% RH. TEST EQUIPMENT: Equipment Manufacturer Model Asset # Last cal Next Cal Notch filter Sinclair NA R&D Notch CBT - DC Power Supply Astron VS-20M s/n 97010044 CBT - Modulation meter IFR COM-120B DR637 05/2007 05/2008 Spectrum Analyzer Agilent E4401B DR624 11/2006 11/2007 Spectrum Analyzer Agilent 8563EC DR231 09/2007 09/2008 Network Analyzer Agilent 8714ES s/n US40501280 11/2006 11/2007 RMS clamp multimeter EXTECH Instruments 380947 DR328 CBT, NB - CBT- Calibration before test, NB- New battery, battery replaced if needed 156-90000-901 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 4 of 6 NAME OF TEST: Transmitter Rated Power Output RULE PART NUMBER: 2.1046 (a), 90.541 UNIT UNDER TEST SDR-T--10-0020 sn pilot 7 TEST RESULTS: 0.4W adjustable down to 4mW see data below TEST CONDITIONS: Standard Test Conditions, 25 C TEST EQUIPMENT: Digital Voltmeter, Fluke 77 series II multimeter DC Power Supply , Astron Model VS-20M True RMS clamp multimeter, EXTECH instrument model 380947 IFR COM 120B – used for power meter in direct reading, 0dB attenuator set TEST SET-UP: Clamp Am p m ete Pwr Connecto r UUT – SDR-T80 Ant. Digital Voltmeter IFR COM 120B O T/R connector 0att Power Supply TEST RESULTS: Frequency midband (MHz) DC Voltage at Final (VDC) DC Current into Final (ADC) DC Power into Final (W) RF Power Output (W) 860.000 13.68 1.71 23.39 400mW=26dBm 860.000 13.74 1.32 18.14 4mW=6dBm Tx off 13.81 0.43 5.94 0 156-90000-901 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 5 of 6 NAME OF TEST: Frequency Stability with Variation in Ambient Temperature RULE PART NUMBER: 2.1055(a), 90.213(a) MINIMUM STANDARD: Shall not exceed ± 0.00010% from test frequency, or 1.0 ppm or 860Hz TEST RESULTS: Meets minimum standard, see data on following page TEST CONDITIONS: Standard Test Conditions, 25 C TEST EQUIPMENT: DC Power Supply, Astron Model VS-20M IFR COM-120B Climate Chamber, TempGard III, Tenney Jr., Labview –based control software TEST SET-UP: TRANSCEIVER UNDER TEST IFR COM120B POWER SUPPLY CLIMATE CHAMBER DIGITAL MULTIMETER PPM : 1.0 PPM Largest Variation: 0.907 PPM Frequency used : 860.000 MHz center of the band 851-869 MHz Temperature (deg. C) Frequency (MHz) Frequency delta (Hz) PPM from assigned frequency -30 860.000670 +670 0.779 -20 860.000780 +780 0.907 -10 860.000490 +490 0.570 0 860.000171 +171 0.199 10 860.000070 +70 0.081 20 859.999958 -42 -0.049 30 859.999963 -37 -0.043 40 860.000114 +114 0.133 50 860.000074 +74 0.086 156-90000-901 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 6 of 6 NAME OF TEST: Frequency Stability with Variation in Supply Voltage RULE PART NUMBER: 2.1033 c (14), 2.1041, 2.1055(d), 90.213 (a) MINIMUM STANDARD: Shall not exceed ± 0.00010% from test frequency, 1.0 ppm or 860 Hz for ±15% change in supply voltage TEST RESULTS: Meets minimum standard, see data below TEST CONDITIONS: Standard Test Conditions, 25 C The EUT has frequency offset adjusted to match the value set TEST EQUIPMENT: Digital Voltmeter, Fluke 77 series II multimeter DC Power Supply , Astron Model VS-20M Comm Analyzer IFR COM-120B – frequency meter function, 1sec gate time TEST SET-UP: Pwr Connecto r UUT – SDR-T80 Ant. Digital Voltmeter IFR COM 120B O T/R connector 0att Power Supply MEASUREMENTS TAKEN: 1.0 ppm Reference Oscillator Specification: 1.0 ppm Greatest variation: 0.036 ppm Frequency used: 860.000 MHz, midband Power supply (Vdc) Mea…

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Test Report 4/2007 Applicant Dataradio Inc., a Calamp Company 5500 Royalmount Avenue Suite 200, TMR, Montreal Quebec, Canada, H4P 1H7 EUT catalog number SDR-T-001-80 – Exciter module of the BDP4-800-F-070-2-8 basestation Model SDR-T-001/80 EUT Identification (FCC, IC, other) FCC ID: EOTBDP4-EXT8 (proposed) Industry Canada: 773A-BDP4-EXT8 (proposed) In Accordance With (main references) FCC Part 90 Private Land Mobile Radio Services RSS 119 issue 9 Tested By R&D of Dataradio Inc 5500 Royalmount Avenue Suite 200, TMR, Montreal Quebec, Canada, H4P 1H7 Document #/pages 156-90000-905 / 14 pages Authorized By Constantin Pintilei R&D Rest Engineer, Dataradio Inc Release Date November 21, 2007 Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 2 of 9 Report Summary These tests were condusted on a sample of equipment for the purpose of demonstrating compliance with the restrictions of the channels in the band of 851-869MHz, as defined in the rules of either FCC Part 90 or Canada’s RSS 119 issue 9 at the testing date. The tests were performed in accordance with ANSI TIA-603 C. The assessment summary is: EQUIPMENT UNDER TEST Prototype Exciter 26dBm 800 MHz band SDR-T-001-80 SERIAL NUMBER ( S ): NA SPECIFICATIONS: FCC 90 subpart I paragraphs 90.209, 90.210 (masks G, H), RSS 119 issue 9 paragraph 5.8 masks G, D COMPLAINCE STATUS: Compliant EXCLUSIONS: None NON-COMPLAINCES: None TEST RESULTS SUMMARY The modulation’s pulse shaping filter is a Square-Root Raised Cosine related to the symbol rate. There are 4,8 and 16-Level FSK options for each symbol rate. Symb. rate/ channel Acronyms/ factor / 3dB cutoff freq Deviation set on 1kHz tone (dev meter) Maximum Deviation on random data pattern Limit mask 99% Occupied Bandwidth Emission designator 16000 baud/ 25kHz SRRC-NFSK α=0.4 8000Hz ± 2.78 kHz ± 3.59 kHz G 13670 Hz 13K7F1D 14400 baud/ 25kHz SRRC-NFSK α=0.4 7200Hz ±3.25 kHz ± 3.95 kHz G 13330 Hz 13K4F1D 8000 baud/ 12.5kHz SRRC-NFSK α=0.4 4000Hz ±2.52kHz ± 3.42kHz H 10000 Hz 10K0F1D 8000 baud/ 12.5kHz SRRC-NFSK α=0.4 4000Hz ±1.64kHz ± 2.45kHz D 8167 Hz 8K2F1D The technical data included in this report has been accumulated through tests that were performed by me or under my direction. To the best of my knowledge, all of the data is true and correct PERFORMED BY: DATE: 11/20/07 Constantin Pintilei 156-90000-905 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 3 of 9 TEST CONDITIONS: The procedure shown in EIA/TIA 603 C – 2004 paragraph 2.2.11 was the standard procedure followed through the test. This measurement method is similar to the one shown in FCC part 90.210 (o) or in Canada’s RSS 119 issue 9 paragraph 4.2. The reference instrument, Agilent’s spectrum analyzer 8563EC, has enabled both options regarding the Limit Line Testing software and the Channel Power over BW measurement software . The test ran in standard environmental test conditions, at 22 0 C, 30-50% RH. TEST EQUIPMENT: Equipment Manufacturer Model Asset # Last cal Next Cal Notch filter Sinclair NA R&D Notch CBT - DC Power Supply Astron VS-20M s/n 97010044 CBT - Modulation meter IFR COM-120B DR637 05/2007 05/2008 Spectrum Analyzer Agilent E4401B DR624 11/2006 11/2007 Spectrum Analyzer Agilent 8563EC DR231 09/2007 09/2008 Communication Analyzer IFR COM-120B DR637 05/2007 05/2008 Network Analyzer Agilent 8714ES s/n US40501280 11/2006 11/2007 RMS clamp multimeter EXTECH Instruments 380947 DR328 CNRNB - CBT- Calibration before test CNRNB – Calibration not required , New Batteries 156-90000-905 Dataradio© Test Report #4/2007 - EUT – SDR-T-001-80 Exciter 26dBm 800MHz Page 4 of 9 NAME OF TEST: Occupied bandwidth and Mask compliance data RULE PART NUMBER: FCC 2.201, 2.202, 2.1041, 2.1049 (h), 90.209 (b)(5), 90.210 (g), 90.201(h) RSS Gen paragraph 4.6.1, RSS 119 issue9 paragraphs 4.2.1, 4.2.2, 5.5, 5.8 MINIMUM STANDARD: Mask…

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