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Test Report No. 9312329195 For Radwin Ltd Equipment Under Test: 3.6 GHz Transceiver. Radio module AP0136450 From The Standards Institution Of Israel Industry Division Electronics & Telematics Laboratory EMC Branch

Test report No: 9312329195 Page 2 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Table of Contents 1. Applicant information ................................................................................................... 3 2. Test performance .......................................................................................................... 3 3. Summary of test: ........................................................................................................... 4 4. Equipment under test description ............................................................................... 5 4.1. General description. ................................................................................................... 5 4.2. EUT and test setup block diagrams. ......................................................................... 6 5. Test results: ................................................................................................................... 8 5.1. Transmitter characteristics. ........................................................................................... 8 5.1.1.Emission bandwidth and power limitation according to §§ 90.321, 2.1049...................8 5.1.2EIRP output power test § 90.1321(a) .............................................................................13 5.1.3Peak EIRP power density test § 90.1321(a)...................................................................22 5.1.4.Spurious and band edge emission conducted § 90.1323, RSS -197 section 5.7 ...........31 5.1.5.Radiated emissions test according to §§ 90.1323, 2.1053, RSS-197. ...........................44 5.1.6.Frequency stability test according to § 2.1055, RSS-197 section 5.3...........................57 6. Receiver characteristics test. .................................................................................... 58 6.1. Receiver spurious emissions test at antenna terminal according to RSS -197 section 5.8 .................................................................................................................. 58 6.2. Receiver spurious emissions radiated according to RSS -197 section 5.8 ........ 60 7. APPENDIX A Photographs and additional information. ......................................... 62 8. APPENDIX B Test equipment used ........................................................................... 65 9. APPENDIX C Abbreviations and acronyms .............................................................. 70

Test report No: 9312329195 Page 3 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 1. Applicant information Order placed by: Radwin Ltd Address: 27 Habarzel str, Tel-Aviv, 6971039, Israel Sample for test selected by: The customer The date of test: August 2013 Equipment under test information Description of Equipment Under Test (EUT): 3.6 GHz Transceiver. Model: Radio module AP0136450 Serial Number: NA Manufactured by: Radwin Ltd. 2. Test performance Location: SII EMC Branch Purpose of test: Apparatus compliance verification in accordance with emission requirements Test specifications: 47CFR part 90Z, part 2 §§ 2.1049, 2.1055, part 1 §1.1310, IC RSS – 197. This Test Report contains 70 pages This Test Report applies only to the specimen tested and may not and may be used only in full. be applied to other specimens of the same product.

Test report No: 9312329195 Page 4 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3. Summary of test: The EUT was found to be in compliance with requirements of: 47CFR part 90 §§ 90.1321, 90.1323 part 2 and IC RSS – 197. Parameter Subclasses Transmitter characteristics Emission bandwidth 2.1049, IC RSS-197 sec. 5.2 EIRP band power 90.1321(a)/RSS- 197 sec. 5.6 Peak EIRP power density 90.1321(a)/ /RSS- 197 sec. 5.6 Spurious emissions at antenna terminal 90.1323//RSS- 197 sec. 5.7 Spurious emissions radiated 90.1323/RSS- 197 sec. 5.7 Frequency stability test 2.1055/RSS- 197 sec. 5.3 Receiver spurious emissions at antenna terminal. RSS – 197 section 5.8 Receiver spurious emissions radiated. RSS – 197 section 5.8 Electronics & Telematics Laboratory October 2013 Name: Eng. Yuri Rozenberg Name: Michael Feldman Position: Head of EMC Branch Position: Test Technician Measurement uncertainty. Were relevant, the following measurement uncertainty level have been estimated for tests performed on the EUT as specified in CISPR 16-4-2: This uncertainty represents an expended uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=2. Test description Expanded uncertainty Radiated emissions in the open field test site at 3 m measuring distance: 2 Uc (E) =  4.32 dB 30 MHz – 1.0 GHz 2 Uc (E) =  4.47 dB 1.0 GHz – 18 GHz

Test report No: 9312329195 Page 5 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 4. Equipment under test description *The customer provided description. 4.1. General description. The AP0136450 module is a Point to Point /Point to Multipoint 2x2 MIMO high power transceiver designed for various outdoor enclosures manufactured and assembled by RADWIN Ltd. The EUT operates in 5, 10, 20, 40 MHz channel bandwidths in the frequency range 3650- 3700 MHz complying FCC and IC regulations. It is using OFDM transmission technique in TDD duplexing method. The power is provided through the digital board and is internally regulated. The external power to the ODU is provided by a PoE adaptor or indoor unit. The EUT support various types of cross-polarized antennas connected through the N-Type connectors or directly to SMA interface. EUT technical characteristics Technical characteristics of transmitter. Note Stand-alone/fixed use Always at distance at least 2 m from the people and public area. Assigned frequency range 3650 – 3700 MHz - Declare frequency range 3652.5 – 3697.5 MHz - 3652.5 – 3697.5 MHz 5 MHz EBW 3655 – 3695 MHz 10 MHz EBW Operating frequency range 3660 – 3690 MHz 20 MHz EBW 3670 - 3680 MHz 40 MHz EBW Declare maximum conducted power 22 ±1 dBm per chain. Antenna connection N-Type connector Professional installation Transmitter declares bandwidths. 5, 10, 20, 40 MHz - Type of modulation BPSK, QPSK, 16QAM, 64QAM - Type of multiplexing OFDM - Modulating test signal PRBS - Transmitter duty cycle supplied for test 100 % - Antenna information *Antenna Type Manufacturer Model Gain, dBi **External Sector Dual Pole 90Deg RADWIN Ltd. RW-9061-3001 14 *Full list of used antennas and them characteristics available in User Manual. List of some antennas used by applicant available in Appendices ** External antenna assembly gain (with external cable) will be reduced by 2 dB.

Test report No: 9312329195 Page 6 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 4.1.1 Environmental evaluation and exposure limit according to FCC § 90.1335, part 1, §1.1307(b) and IC RSS – Gen section 5.5. Power density limit in 3650 – 3700 MHz band for general population/uncontrolled exposure is 1(mW/cm2). The power density calculation is S = (Pt /4π r2). Where: Pt - The transmitted power (EIRP) (mW) r - The distance from the unit. (cm) The 1(mW/cm2) limit can be calculated from the above based on the following data: Pt- the maximum allowed transmitted EIR power = 46.1 dBm = 40738 mW. Minimum allowed RF safety distance “r”, where RF exposure limit may not be exceeded = SQRT(40738/4π) and is more than 57 cm from the antenna main lobe. 4.2. EUT and test setup block diagrams. Fig. 1 AP0136450 radio module block diagram.

Test report No: 9312329195 Page 7 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Power meter 20 dB loss Directional Attenuator EUT coupler Spectrum Analyzer 20 dB Fig. 2 Conducted measurements test setup. Single Port PoE adaptor Interconnection shielded cable Outputs to AP0136450 transceiver cross-polarized 48VDC antennas To main 120VAC To PC Fig. 3 Radiated measurements test setup.

Test report No: 9312329195 Page 8 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5. Test results: 5.1. Transmitter characteristics. 5.1.1. Emission bandwidth and power limitation according to §§ 90.321, 2.1049. Method of measurement § 2.1049, ANSI 63.4 § 13.7, IC RSS-Gen Operating Frequency Range 3652.5 – 3697.5 MHz Detector used RMS Resolution bandwidth 1 – 3% EBW Video bandwidth > RBW Output power setting Maximum allowed power. Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa Specified Power *26 dBc Reference to Carrier power limit for EBW, Type of emission plot # frequency, limit, measured MHz modulation bandwidth MHz dBm/EBW EBW, MHz BPSK 64QAM dBm 3652.5 BPSK/64QAM 5.06/5.06 37/5 MHz 37.0 1 2 5 3675.0 BPSK/64QAM 5.05/5.08 37/5 MHz 37.0 3 4 3697.5 BPSK/64QAM 5.04/5.06 37/5 MHz 37.0 5 6 3655 64QAM 9.8 40/10 MHz 39.9 7 10 3675 64QAM 9.7 40/10 MHz 39.9 8 3695 64QAM 9.7 40/10 MHz 39.9 9 3660 64QAM 20.8 43/20 MHz 43.17 10 20 3675 64QAM 21.0 43/20 MHz 43.21 11 3690 64QAM 21.0 43/20 MHz 43.21 12 3670 64QAM 40.7 46/40 MHz 46.07 13 40 3675 64QAM 41.0 46/40 MHz 46.1 14 3680 64QAM 40.8 46/40 MHz 46.08 15 *99% power emission bandwidth is > 1 MHz and complies with RSS-197 section 5.2 requirement. TEST PROCEDURE The EUT RF output was connected to the Spectrum Analyzer through appropriate attenuator and accounted with cable loss in SA settings. Attenuation of external attenuator, directional coupler and cable insertion loss = 21.5 dB.

Test report No: 9312329195 Page 9 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Emission bandwidth test. 5 MHz EBW option. Plot # 1 Plot # 2 Plot # 3 Plot # 4 Plot # 5 Plot # 6

Test report No: 9312329195 Page 10 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW option. Plot # 7 Plot # 8 Plot # 9

Test report No: 9312329195 Page 11 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW option. Plot # 10 Plot # 11 Plot # 12

Test report No: 9312329195 Page 12 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW option. Plot # 13 Plot # 14 Plot # 15

Test report No: 9312329195 Page 13 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5.1.2. EIRP output power test § 90.1321(a) Method of measurement 965270 D01 Pwr. Meas. Part 90Z. Operating Frequency Range 3652.5 – 3697.5 MHz Detector used RMS Resolution bandwidth 1 – 3% EBW Video bandwidth > RBW Output power setting **Maximum allowed power. Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa The following power limits apply to the 3650 – 3700 MHz band: Base and fixed stations are limited to 25 watts/25 MHz equivalent isotropically radiated power (EIRP). Ch.1 Ch.2 Antenna *Total Carrier EIRP EBW Type of output output assembly EIR Reference frequency, limit, Verdict MHz modulation power, power, gain, power, to plots # MHz dBm dBm dBm dBi dBm BPSK/ 20.55/ 20.83/ 35.7/ 16/17 3652.5 12 37.0 PASS 64QAM 20.77 20.88 35.8 22/23 BPSK/ 20.51/ 20.77/ 35.7/ 18/19 5 3675.0 12 37.0 PASS 64QAM 20.69 20.88 35.8 24/25 BPSK/ 20.63/ 20.48/ 35.6/ 20/21 3697.5 12 37.0 PASS 64QAM 20.61 20.56 35.6 26/27 3655 64QAM 22.65 21.43 12 37.1 39.9 PASS 28/31 10 3675 64QAM 22.65 21.17 12 37.0 39.9 PASS 29/32 3695 64QAM 22.61 21.44 12 37.1 39.9 PASS 30/33 3660 64QAM 22.6 20.29 12 36.6 43.17 PASS 34/37 20 3675 64QAM 22.77 20.12 12 36.5 43.21 PASS 35/38 3690 64QAM 22.9 20.45 12 36.8 43.21 PASS 36/39 3670 64QAM 23.06 21.39 12 37.2 46.07 PASS 40/43 40 3675 64QAM 22.88 21.22 12 37.2 46.1 PASS 41/44 3680 64QAM 22.85 21.21 12 37.1 46.1 PASS 42/45 *The total EIRP = Sum of Ch.1 + Ch.2output powers (MIMO option) + Antenna assembly gain (12 dBi). **Maximum allowed power is maximum produced by transmitter output power for minimum antenna assembly gain complies with EIRP, PSD and spurious emissions standard requirements. Actual power levels settings with respect to actual antenna assembly gain presents in User Manual.

Test report No: 9312329195 Page 14 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Output power test results. 5 MHz EBW option. Chain 1 Plot # 16 Plot # 17 Plot # 18 Plot # 19 Plot # 20 Plot # 21

Test report No: 9312329195 Page 15 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 22 Plot # 23 Plot # 24 Plot # 25 Plot # 26 Plot # 27

Test report No: 9312329195 Page 16 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW option. Chain 1. Plot # 28 Plot # 29 Plot # 30

Test report No: 9312329195 Page 17 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2. Plot # 31 Plot # 32 Plot # 33

Test report No: 9312329195 Page 18 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW option. Chain 1 Plot # 34 Plot # 35 Plot # 36

Test report No: 9312329195 Page 19 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 37 Plot # 38 Plot # 39

Test report No: 9312329195 Page 20 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW option. Chain 1. Plot # 40 Plot # 41 Plot # 42

Test report No: 9312329195 Page 21 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2. Plot # 43 Plot # 44 Plot # 45

Test report No: 9312329195 Page 22 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5.1.3. Peak EIRP power density test § 90.1321(a) Method of measurement 965270 D01 Pwr. Meas. Part 90Z. Operating Frequency Range 3652.5 – 3697.5 MHz Detector used RMS Resolution bandwidth 1 MHz Video bandwidth 3 RBW Output power setting Maximum allowed power. Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa The following power limits apply to the 3650 – 3700 MHz band: Base and fixed stations are limited to 25 watts/25 MHz equivalent isotropically radiated power (EIRP). In any event, the peak EIRP power density shall not exceed 1 Watt in any one MHz slice of spectrum. *Total EIRP Carrier EBW Modul. Ch.1 Ch.2 EIRP density Reference frequency, Verdict MHz type PSD, PSD, density, limit, to plots # MHz dBm/MHz dBm/MHz dBm/MHz dBm/MHz BPSK/ 14.9/ 14.4/ 29.7/ 46/47 3652.5 30 PASS 64QAM 14.8 14.1 29.5 52/53 BPSK/ 14.9/ 14.4/ 29.7/ 48/49 5 3675.0 30 PASS 64QAM 14.5 14.7 29.6 54/55 BPSK/ 14.6/ 14.5/ 29.6/ 50/51 3697.5 30 PASS 64QAM 14.1 14.2 29.2 56/57 3655 64QAM 12.0 11.56 26.8 30 PASS 58/61 10 3675 64QAM 11.67 12.3 27.0 30 PASS 59/62 3695 64QAM 11.51 11.87 26.7 30 PASS 60/63 3660 64QAM 10.8 9.8 25.3 30 PASS 64/67 20 3675 64QAM 11.1 9.48 25.4 30 PASS 65/68 3690 64QAM 11.2 10.0 25.7 30 PASS 66/69 3670 64QAM 8.5 6.6 22.7 30 PASS 70/73 40 3675 64QAM 8.3 8.87 23.6 30 PASS 71/74 3680 64QAM 8.2 6.5 22.4 30 PASS 72/75 *The total EIRP density = Sum of Ch.1 + Ch.2 power densities (MIMO option) + Antenna assembly gain (12 dBi).

Test report No: 9312329195 Page 23 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD EIRP density test results. 5 MHz EBW option. Chain 1 Plot # 46. Plot # 47. Plot # 48. Plot # 49. Plot # 50. Plot # 51.

Test report No: 9312329195 Page 24 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 52. Plot # 53. Plot # 54. Plot # 55. Plot # 56. Plot # 57.

Test report No: 9312329195 Page 25 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW option. Chain 1 Plot # 58. Plot # 59. Plot # 60.

Test report No: 9312329195 Page 26 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 61. Plot # 62. Plot # 63.

Test report No: 9312329195 Page 27 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW option. Chain 1 Plot # 64. Plot # 65. Plot # 66.

Test report No: 9312329195 Page 28 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 67. Plot # 68. Plot # 69.

Test report No: 9312329195 Page 29 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW option. Chain 1 Plot # 70. Plot # 71. Plot # 72.

Test report No: 9312329195 Page 30 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Chain 2 Plot # 73. Plot # 74. Plot # 75.

Test report No: 9312329195 Page 31 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5.1.4. Spurious and band edge emission conducted § 90.1323, RSS -197 section 5.7 Method of measurement § 2.1051, 662911 D01 [E 3)(a)(iii)] Operating Frequency Range 3652.5 – 3697.5 MHz Detector used Average (RMS) Resolution bandwidth 1 MHz or >1% of EBW. Video bandwidth > RBW Output power setting Maximum allowed power. Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa Carrier *Measured RBW, Integration Specified EBW, Modulation Reference frequency, level, kHz BW, limit, Result MHz type to plot # MHz dBm kHz dBm BPSK -13.4 51.0 1000 -13.0 78 3652.5 PASS 64QAM -13.7 51.0 1000 -13.0 79 5.0 3675 64QAM -36.9 1000 - -13.0 PASS 83 BPSK -14.0 51.0 1000 -13.0 89 3697.5 PASS 64QAM -13.8 51.0 1000 -13.0 90 3655 64QAM -15.7 100.0 1000 -13.0 96 10.0 3675 64QAM < -35.0 1000 - -13.0 PASS 100 3695 64QAM -15.4 100.0 1000 -13.0 106 3660 64QAM -13.6 200.0 1000 -13.0 112 20.0 3675 64QAM < -35.0 1000 - -13.0 PASS 116 3690 64QAM -13.9 200.0 1000 -13.0 122 3670 64QAM -13.2 1000 - -13.0 127 40.0 PASS 3680 64QAM -14.1 1000 - -13.0 132 *Emission level adjusted by 10log (2) = 3 dB. LIMIT For operation in the 3650 – 3700 MHz band, the power of any emissions outside the licensee’s frequency band(s) of operation shall be attenuated below the transmitter power (P) within the licensed band(s) of operation, measured in watts, by at least 43+10Log(P) dB = -13 dBm.

Test report No: 9312329195 Page 32 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Spurious emissions test at antenna terminal. 5 MHz EBW option. 3652.5 MHz carrier frequency. Plot # 76. Plot # 77. Plot # 78. Modulation BPSK. Output 20.8 dBm Plot # 79. Modulation 64QAM. Output 20.8 dBm Plot # 80. Plot # 81.

Test report No: 9312329195 Page 33 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5 MHz EBW. 3675 MHz carrier frequency. Plot # 82. Plot # 83. Plot # 84. Plot # 85. Plot # 86.

Test report No: 9312329195 Page 34 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5 MHz EBW. 3697.5 MHz carrier frequency. Plot # 87. Plot # 88. Plot # 89. Modulation BPSK. Out. PW 20.6 dBm. Plot # 90. Modulation 64QAM. Out. PW 20.6 dBm.

Test report No: 9312329195 Page 35 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Plot # 91. Plot # 92. Plot # 93.

Test report No: 9312329195 Page 36 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW. 3655 MHz carrier frequency. Plot # 94. Plot # 95. Plot # 96. Out. PW 21.4 dBm. Plot # 97. Plot # 98. Plot # 99.

Test report No: 9312329195 Page 37 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW. 3675 MHz carrier frequency. Plot # 100. Plot # 101. Plot # 102. Plot # 103.

Test report No: 9312329195 Page 38 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW. 3695 MHz carrier frequency. Plot # 104. Plot # 105. Plot # 106. Out. PW 21.4 dBm. Plot # 107. Plot # 108. Plot # 109.

Test report No: 9312329195 Page 39 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW. 3660 MHz carrier frequency. Plot # 110. Plot # 111. Plot # 112. Out. PW 22.6 dBm. Plot # 113. Plot # 114. Plot # 115.

Test report No: 9312329195 Page 40 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW. 3675 MHz carrier frequency. Plot # 116. Plot # 117. Plot # 118. Plot # 119.

Test report No: 9312329195 Page 41 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW. 3690 MHz carrier frequency. Plot # 120. Plot # 121. Plot # 122. Output PW 22.9 dBm. Plot # 123. Plot # 124. Plot # 125.

Test report No: 9312329195 Page 42 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW. 3670 MHz carrier frequency. Plot # 126. Plot # 127. Plot # 128. Plot # 129. Plot # 130.

Test report No: 9312329195 Page 43 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW. 3680 MHz carrier frequency. Plot # 131. Plot # 132. Plot # 133. Plot # 134. Plot # 135.

Test report No: 9312329195 Page 44 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5.1.5. Radiated emissions test according to §§ 90.1323, 2.1053, RSS-197. Method of measurement § 2.1053, ANSI/TIA-603-C-2004 section 2.2.12 Operating Frequency Range 3652.5 – 3697.5 MHz Detector used Average (RMS) Resolution bandwidth 1 MHz. Video bandwidth > RBW Output power setting Maximum allowed power. Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa The frequency spectrum was investigated from the lowest radio frequency signal generated in the equipment up to the tenth harmonic of the highest fundamental frequency. For the test results refer to the plots in this section. LIMIT For operation in the 3650 – 3700 MHz band, the power of any emissions outside the licensee’s frequency band(s) of operation shall be attenuated below the transmitter power (P) within the licensed band(s) of operation, measured in watts, by at least 43+10Log(P) dB = -13 dBm (correspondent to 82.2 dBµV/m field strength at 3m distance). TEST PROCEDURE Substitution method. The measurements were performed according to ANSI/TIA-603-C-2004 section 2.2.12 test method. Investigation of transmitter spurious emissions was performed. EUT was replaced by generator and substitution antenna. Level calculated from generator output level, substitution antenna gain and connected cable loss was compared with the limit. Transmitter was operated at lowest, middle and highest carrier frequencies in 3650 – 3700 MHz frequency range.

Test report No: 9312329195 Page 45 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Recorded and shown below results are common and worst case for all emission bandwidths and transmitter frequencies. Plot # 136. Plot # 137.

Test report No: 9312329195 Page 46 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5 MHz EBW option. 3652.5 MHz carrier frequency. Plot # 138. Plot # 139. Plot # 140. Plot # 141.

Test report No: 9312329195 Page 47 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5 MHz EBW option. 3675 MHz carrier frequency. Plot # 142. Plot # 143. Plot # 144. Plot # 145.

Test report No: 9312329195 Page 48 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3697.5 MHz carrier frequency. Plot # 146. Plot # 147. Plot # 148. Plot # 149.

Test report No: 9312329195 Page 49 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 10 MHz EBW option. 3655 MHz carrier frequency. Plot # 150. Plot # 151. Plot # 152. Plot # 153.

Test report No: 9312329195 Page 50 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3675 MHz carrier frequency. Plot # 154. Plot # 155. Plot # 156. Plot # 157.

Test report No: 9312329195 Page 51 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3695 MHz carrier frequency. Plot # 158. Plot # 159. Plot # 160. Plot # 161.

Test report No: 9312329195 Page 52 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 20 MHz EBW option. 3660 MHz carrier frequency. Plot # 162. Plot # 163. Plot # 164. Plot # 165.

Test report No: 9312329195 Page 53 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3675 MHz carrier frequency. Plot # 166. Plot # 167. Plot # 168. Plot # 169.

Test report No: 9312329195 Page 54 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3690 MHz carrier frequency. Plot # 170. Plot # 171. Plot # 172. Plot # 173.

Test report No: 9312329195 Page 55 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 40 MHz EBW option. 3670 MHz carrier frequency. Plot # 174. Plot # 175. Plot # 176. Plot # 177.

Test report No: 9312329195 Page 56 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 3680 MHz carrier frequency. Plot # 178. Plot # 179. Plot # 180. Plot # 181.

Test report No: 9312329195 Page 57 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 5.1.6. Frequency stability test according to § 2.1055, RSS-197 section 5.3 Operating Frequency Range 3.650 – 3.700 GHz Ambient Temperature 200C Relative Humidity 56% Air Pressure 1008 hPa TEST CONDITIONS Lowest Tx Frequency Highest Tx Frequency Test frequency deviation frequency deviation Test voltage (ppm) (ppm) temperature 3652.5 MHz 3697.5MHz Vmin (102VAC) 3652.5000 0 3697.5000 0 +25°C Vnom (120VAC) 3652.5000 0 3697.5000 0 Vmax (138VAC) 3652.5000 0 3697.5000 0 -35°C Vnom (120) 3652.5120 3.2854 3697.5120 3.2454 -25°C Vnom (120) 3652.5120 3.2854 3697.5120 3.2454 -15°C Vnom (120) 3652.5088 2.4093 3697.5088 2.38 -5°C Vnom (120) 3652.5060 1.6427 3697.5060 1.6227 +5°C Vnom (120) 3652.5020 0.5476 3697.5020 0.5409 +15°C Vnom (120) 3652.4960 -1.0951 3697.4960 -1.0818 +35°C Vnom (120) 3652.4915 -2.3272 3697.4915 -2.2989 +45°C Vnom (120) 3652.4895 -2.8747 3697.4895 -2.8398 +55°C Vnom (120) 3652.4875 -3.4223 3697.4875 -3.3807 +60°C Vnom (120) 3652.4873 -3.4771 3697.4873 -3.4348 TEST PROCEDURE The EUT was placed in a climatic chamber and allowed to stabilize at 25ºC temperature and nominal voltage for at list 15 min. The reference carrier frequency was taken. The input voltage was changed from 85% of nominal to 115%. Frequency changes were noted. The temperature in climatic chamber was varied from -35ºC to +60ºC. Measured frequencies were noted in table above. LIMIT The frequency stability shall be sufficient to ensure that the fundamental emissions stay within the authorized frequency bands of operation. TEST SUMMERY Transmitter carrier frequency stay within the authorized frequency bands 3.650 – 3.700 GHz.

Test report No: 9312329195 Page 58 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 6. Receiver characteristics test. 6.1. Receiver spurious emissions test at antenna terminal according to RSS -197 section 5.8 Method of measurement ANSI C63-4 §12.2.5, RSS – Gen Operating Frequency Range 3652.5 – 3697.5 MHz Detector used Peak Resolution bandwidth 100 KHz/1 MHz Video bandwidth > RBW Output power setting NA Ambient Temperature 240 C Relative Humidity 47% Air Pressure 1007 hPa Spurious emission at antenna terminal shall not exceed value required in RSS-Gen section 6 (b). Measured RBW, Measured level, Limit, frequency band, Verdict kHz dBm nW/dBm MHz 30 - 1000 100 -67.9 2 nW/-57 Comply 1000 - 11500 1000 -61.2 4 nW/-53 Comply TEST DESCRIPTION: The measurements were performed in receive mode of the 3650 - 3700 MHz frequency range up to 3 times of highest tunable frequency. The EUT antenna terminal was connected to the Spectrum Analyzer through appropriate attenuator and accounted with cable loss in SA settings. TEST RESULT: EUT meets requirements of RSS – Gen section 6 (b) Test results are presented in a table above and plots ##182, 183

Test report No: 9312329195 Page 59 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Plot # 182. Plot # 183.

Test report No: 9312329195 Page 60 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 6.2. Receiver spurious emissions radiated according to RSS -197 section 5.8 Method of measurement ANSI 63.4 §13.1.3 Ambient Temperature 210 C Relative Humidity 59% Air Pressure 1007 hPa TEST DESCRIPTION: The measurements were performed in Anechoic chamber of SII EMC branch and verified at the Open Area Test Site. The EUT was arranged on a wooden table 0.8 m placed on the turn - table. Investigation of spurious emissions was performed in frequency range from 30 MHz up to 3 times of highest tunable frequency at 1 and 3 m measurement distance. The Biconilog 30 MHz - 2 GHz antenna and Double Ridged Guide 1 GHz – 18 GHz antenna were used. The level was maximized by initially rotating turntable through 360, varying the antenna height between 1 to 4 m and changing antenna polarization from vertical to horizontal. REQUIREMENTS: EUT radiated emission shall not exceed value required in RSS-Gen section 6.2 TEST RESULT: EUT meets requirements of RSS - Gen Test results are presented in plots below.

Test report No: 9312329195 Page 61 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Plot # 184. Plot # 185. Plot # 186. Plot # 187.

Test report No: 9312329195 Page 62 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 7. APPENDIX A Photographs and additional information. Photo #1. RF conducted measurements test setup. Photo #2. RF conducted measurements test setup.

Test report No: 9312329195 Page 63 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Photo #3. RE investigation setup in anechoic chamber. Photo #4. RE setup on OATS.

Test report No: 9312329195 Page 64 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD List of some antennas used by applicant. Antenna information Antenna Type Manufacturer Model Gain, dBi Dish Dual Pole RADWIN Ltd. RW-9722-3338 26 External Flat Panel Dual Pole RADWIN Ltd. RW-9612-3338 22 Integrated Flat Panel Dual Pole RADWIN Ltd. MT0099910 22 Integrated Flat Panel Dual Pole RADWIN Ltd. MT0140780 17 Integrated Flat Panel Dual Pole RADWIN Ltd. AM0140450 14 Sector Dual Pole 120Deg RADWIN Ltd. RW-9061-3003 15 Sector Dual Pole 90Deg RADWIN Ltd. RW-9061-3001 14 All external antennas connected via cables with minimum loss 1dB.

Test report No: 9312329195 Page 65 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 8. APPENDIX B Test equipment used Test equipment used Manufacturer information Due Description No calibration Name Model No Serial No date EPM Series Power Meter/ E4418B/ MY45109510/ 1 E-series sensor Agilent May 2014 E9301A MY41497647 10 MHz - 6 GHz Spectrum Analyzer EXA 2 Agilent N9010A MY51250920 May 2014 10 Hz – 26.5 GHz Spectrum Analyzer EXA 3 Agilent N9010A MY51250920 May 2014 10 Hz – 26.5 GHz 2W attenuator 4 Mini-Circuit BW-S20W2+ NA Aug 2014 20 dB, DC – 18.0 GHz 5 Cable RF 1m Huber-Suhner Sucoflex 104 500451/4PE October 2013 Attenuators set (3,6,10,20 dB) 6 M/A-COM 2082 1650 Aug 2014 DC - 18 GHz Double Ridged Guide Antenna 7 EMCO 3115 5802 Aug 2014 1 – 18 GHz Broadband Horn antenna Schwarzbeck December 8 BBHA 9170 9170-341 15 – 40 GHz Mess-Electronik 2013 Antenna Biconilog 9 Schaffner-Chase CBL6112B S/N 23181 Aug 2014 30 – 2000 MHz Spectrum analyzer 10 HP E7405A SII 4944 April 2014 10 KHz-26.5 GHz 11 EMI Receiver 9 kHz-6.5 GHz HP 8546A+85460A SII 4068 April 2014 12 LISN 9 kHz – 30 MHz FCC LISN 250-32-4-16 SII5023 October 2013 Transient limiter 13 HP 11947A 3107105 October 2013 0.009-200 MHz 14 Cable RF 4m Huber-Suhner Sucoflex 104PE 21329/4PE October 2013 15 Cable RF 0.5m Huber-Suhner Sucoflex 104PE 500448/4PE October 2013 ENP Connectivity 16 Cable RF 1.0m X116LCX10040 10-11-002 October 2013 Solutions Active Loop antenna 17 EMCO 6502 SII 4874 October 2013 10 kHz – 30 MHz Directional Coupler Pulsar 18 CS20-09-436/9 1140 August 2014 20 dB coupling, 2.0 – 8.0 GHz Microwave

Test report No: 9312329195 Page 66 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Cable Loss (10m cable + Mast) Point Frequency Cable Loss Point Frequency Cable Loss (MHz) (dB) (MHz) (dB) 1 30 0.53 21 1000 3.68 2 50 0.75 22 1100 3.82 3 100 1.08 23 1200 4.07 4 150 1.39 24 1300 4.24 5 200 1.61 25 1400 4.43 6 250 1.752 26 1500 4.6 7 300 2.00 27 1600 4.7 8 350 2.15 28 1700 4.85 9 400 2.26 29 1800 4.98 10 450 2.383 30 1900 5.19 11 500 2.52 31 2000 5.34 12 550 2.606 32 2100 5.51 13 600 2.75 33 2200 5.69 14 650 2.856 34 2300 5.89 15 700 3.06 35 2400 6.07 16 750 3.201 36 2500 6.22 17 800 3.27 37 2600 6.28 18 850 3.38 38 2700 6.41 19 900 3.46 39 2800 6.53 20 950 3.55 40 2900 6.84

Test report No: 9312329195 Page 67 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Biconilog Antenna, Model Number: CBL-6112D, S/N: 23181. No. f / MHz) AF / dB/m f / MHz) AF / dB/m f / MHz) AF / dB/m f / MHz) AF / dB/m 1 30 17.90 170 9.40 530 17.70 1040 22.20 2 32 16.70 175 9.00 540 18.25 1060 22.50 3 34 15.55 180 8.50 550 18.60 1080 22.50 4 36 14.35 185 8.45 560 14.45 1100 22.40 5 38 13.30 190 8.60 570 18.40 1120 22.60 6 40 12.20 195 8.85 580 18.50 1140 22.45 7 42 11.05 200 8.95 590 18.60 1160 22.50 8 44 9.95 205 8.80 600 18.60 1180 22.40 9 46 8.90 210 8.50 610 18.80 1200 22.80 10 48 8.05 215 8.20 620 18.99 1220 22.95 11 50 7.30 220 8.50 630 19.05 1240 23.10 12 52 6.80 225 9.00 640 19.23 1260 23.40 13 54 6.45 230 9.65 650 19.10 1280 23.35 14 56 6.00 235 10.30 660 19.13 1300 23.62 15 58 5.70 240 11.00 670 19.04 1320 23.64 16 60 5.45 245 11.60 680 19.00 1340 23.86 17 62 5.30 250 12.00 690 19.17 1360 23.95 18 64 5.20 255 12.45 700 19.28 1380 23.90 19 66 5.30 260 12.85 710 19.25 1400 24.45 20 68 5.30 265 12.50 720 19.45 1420 24.74 21 70 5.35 270 12.45 730 19.75 1440 24.93 22 72 5.50 275 12.40 740 19.95 1460 25.03 23 74 5.80 280 12.55 750 20.07 1480 25.45 24 76 6.00 285 12.65 760 19.85 1500 25.30 25 78 6.60 290 12.75 770 19.80 1520 25.25 26 80 6.70 295 12.95 780 19.85 1540 25.36 27 82 7.15 300 13.00 790 19.95 1560 25.58 28 84 7.60 310 13.35 800 20.05 1580 25.50 29 86 8.10 320 13.75 810 20.10 1600 25.65 30 88 8.50 330 13.85 820 20.35 1620 25.60 31 90 8.90 340 14.10 830 20.40 1640 25.70 32 92 9.20 350 14.50 840 20.35 1660 25.83 33 94 9.75 360 14.70 850 20.46 1680 25.97 34 96 9.95 370 14.90 860 20.39 1700 26.10 35 98 10.20 380 15.10 870 20.29 1720 26.25 36 100 10.50 390 15.45 880 20.24 1740 26.04 37 105 11.25 400 16.00 890 20.35 1760 26.14 38 110 11.70 410 16.40 900 20.55 1780 26.20 39 115 11.70 420 16.70 910 20.45 1800 26.40 40 120 11.80 430 16.35 920 20.60 1820 26.64 41 125 11.80 440 16.30 930 20.60 1840 26.86 42 130 11.70 450 16.30 940 20.66 1860 27.12 43 135 11.35 460 16.70 950 20.88 1880 27.00 44 140 10.95 470 17.05 960 21.11 1900 27.25 45 145 10.35 480 17.20 970 20.93 1920 27.36 46 150 10.05 490 17.30 980 21.03 1940 27.68 47 155 9.70 500 17.40 990 21.05 1960 27.10 48 160 9.70 510 17.50 1000 21.10 1980 27.06 49 165 9.45 520 17.60 1020 21.40 2000 27.25

Test report No: 9312329195 Page 68 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Antenna Factor Double Ridged Guide Antenna mfr EMCO model 3115 1m calibration Point Frequency (MHz) Antenna Factor (dB/m) 1 1000 23.9 2 2000 28.3 3 3000 31.0 4 4000 33.1 5 4500 32.5 6 5000 32.4 7 6000 53.7 8 6500 35.6 9 7000 36.4 10 7500 36.9 11 8000 37.0 12 8500 38.0 13 9000 38.6 14 9500 38.4 15 10000 38.4 16 10500 38.4 17 11000 38.9 18 11500 39.6 19 12000 39.4 20 12500 39.2 21 13000 40.3 22 13500 41.0 23 14000 41.2 24 14500 41.3 25 15000 40.0 26 15500 38.0 27 16000 38.1 28 16500 40.3 29 17000 42.2 30 17500 44.6 31 18000 46.2 Cable Loss Type: Sucoflex 104PE; Ser.No.21328/4PE; 4 m length Point Frequency (GHz) Cable Loss (dB) 1 0.0-1.0 1.7 2 1.0– 3.5 3.2 3 3.5– 5.5 4.0 4 5.5 – 7.5 4.7 5 7.5 – 9.5 5.3 6 9.5 – 10.5 5.6 7 10.5 – 12.5 6.2 8 12.5 – 14.5 6.8 9 14.5 – 16.5 7.5 10 16.5 – 18.0 8.1

Test report No: 9312329195 Page 69 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD Antenna Factor Broadband Horn Antenna model BBHA 9170 1m calibration Frequency, Antenna Factor Point GHz (dB/m) 1 15.0 38.5 2 16.0 37.7 3 17.0 38.1 4 18.0 37.9 5 19.0 38.0 6 20.0 38.0 7 21.0 37.9 8 22.0 38.2 9 23.0 39.6 10 24.0 39.6 11 25.0 39.3 12 26.0 39.5 13 27.0 39.6 14 28.0 39.6 15 30.0 40.1 16 32.0 41.2 17 34.0 41.5 18 35.0 41.9 19 36.0 42.2 20 38.0 43.8 21 40.0 43.2 Antenna factor Active Loop antenna mfr.EMCO mod. 6502 S/N 3424 Magnetic Electric Magnetic Electric Frequency Frequency Antenna Antenna Antenna Antenna (MHz) (MHz) Factor (dBS/m) Factor (dB) Factor (dBS/m) Factor (dB) 0.009 -31.46 20.07 1.000 -39.57 11.95 0.010 -32.34 19.18 2.000 -39.84 11.69 0.020 -36.15 15.38 3.000 -40.09 11.44 0.050 -38.57 12.96 4.000 -40.13 11.40 0.075 -38.78 12.75 5.000 -40.24 11.28 0.100 -39.07 12.46 10.000 -40.26 11.27 0.150 -39.07 12.45 15.000 -40.70 10.83 0.250 -39.18 12.35 20.000 -41.02 10.51 0.500 -39.29 12.24 25.000 -41.94 9.59 0.750 -39.38 12.14 30.000 -43.39 8.14

Test report No: 9312329195 Page 70 of 70 Pages Title: 3.6 GHz Transceiver. Model: Radio module AP0136450 FCC ID: Q3KRW3XMOD/ IC: 5100A-RW3XMOD 9. APPENDIX C Abbreviations and acronyms The following abbreviations and acronyms are applicable to this test report: AC alternating current cm centimeter dB decibel dBm decibel referred to one milliwatt dB(V) decibel referred to one microvolt dB(V/m) decibel referred to one microvolt per meter EMC electromagnetic compatibility EUT equipment under test GHz gigahertz H height Hz hertz IDU Indoor Unit kHz kilohertz L length LNA low noise amplifier m meter Mbps megabit per second MHz megahertz NA not applicable OFDM Orthogonal Frequency Division Multiple Access ODU Outdoor Unit PRBS pseudo random binary sequence QP quasi-peak RF radio frequency RE radiated emission rms root mean square W width Specification references 47 CFR part 90: 2013 Private Land Mobile Radio Services. IC Canada RSS-197, 2010 Wireless Broadband Access Equipment Operating in the Band 3650 – 3700 MHz ANSI C63.4: 2009 American National Standard for Method of Measurements of Radio-Noise Emissions from Low- Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz ANSI/TIA-603-C: 2004 Land Mobile FM or PM Communication Equipment Measurement and Performance.


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Document Modified: 2018-12-07 01:31:32
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