TEST REPORT FROM RFI GLOBAL SERVICES LTD

Transcription

1 FROM RFI GLOBL SERVICES LTD Partial Test of: Motorola Point to Point Fixed Wireless Solutions PTP GHz band Wireless Ethernet Bridge To: FCC Part 5.47: 8 Subpart C, RSS- Issue 7 June 7 & RSS-Gen Issue June 7 Test Report Serial No: RFI/RPT/RP758JD This Test Report Is Issued Under The uthority Of Brian Watson, Operations Director: pp Checked By: R. Graham Signature: Date of Issue: October 9 This report is issued in dobe crobat portable document format (PDF). It is only a valid copy of the report if it is being viewed in PDF format with the following security options not allowed: Changing the document, Selecting text and graphics, dding or changing notes and form fields. This report may not be reproduced other than in full, except with the prior written approval of RFI Global Services Ltd. The results in this report apply only to the sample(s) tested.

2 This page has been left intentionally blank. Page of 33 RFI Global Services Ltd

3 Table of Contents. Customer Information...4. Summary of Testing General Information 5.. Summary of Test Results 5.3. Methods and Procedures 5.4. Deviations from the Test Specification 5 3. Equipment Under Test (EUT) Identification of Equipment Under Test (EUT) Description of EUT Modifications Incorporated in the EUT dditional Information Related to Testing Port Identification Support Equipment 8 4. Operation and Monitoring of the EUT during Testing Operating Modes Configuration and Peripherals 8 5. Measurements, Examinations and Derived Results General Comments Test Results 6. Measurement Uncertainty...3 ppendix. Test Equipment Used...33 RFI Global Services Ltd Page 3 of 33

4 . Customer Information Company Name: ddress: Motorola Point to Point Fixed Wireless Solutions Group Unit Linhay Business Park Eastern Road shburton Devon TQ3 7UP United Kingdom Page 4 of 33 RFI Global Services Ltd

5 . Summary of Testing.. General Information Specification Reference: 47CFR5.47 Specification Title: Code of Federal Regulations Volume 47 (Telecommunications) 8: Part 5 Subpart C (Radio Frequency Devices) - Section 5.47 Site Registration: FCC: 9735; Industry Canada: 345B- Location of Testing: Test Dates: 5 October 9.. Summary of Test Results RFI Global Services Ltd, Wade Road, Basingstoke, Hampshire, RG4 8H, United Kingdom FCC Reference (47CFR) IC Reference Measurement Port Type Part 5.9 RSS-Gen 4.9 Transmitter Radiated Spurious Emissions ntenna Part 5.47(d) & 5.9(a) Key to Results RSS-Gen. RSS-Gen 4.9 RSS- 8.5 Transmitter Band Edge Radiated Emissions ntenna Result = Complied = Did not comply.3. Methods and Procedures Reference: NSI C63.4 (3) Title:.4. Deviations from the Test Specification merican National Standard Methods of Measurement of Electromagnetic Emissions from Low Voltage Electrical and Electronic Equipment in the Range of 9 khz to 4 GHz. Testing to FCC Part 5.47 Transmitter radiated spurious emissions up to 4 GHz and band edge only requested. RFI Global Services Ltd Page 5 of 33

6 3. Equipment Under Test (EUT) 3.. Identification of Equipment Under Test (EUT) Description: Wireless Ethernet Bridge Brand Name: PTP Range Product Description: PTP58 Model Name: WB35/WB853 Serial Number: F Hardware Version Number: 6 Software Version Number: 58-8 FCC ID Number: QWP58 Industry Canada ID Number: 9O-58 Description: Power Indoor Unit - PIDU Brand Name: PTP Range Model Name or Number: PIDU Plus // Series CPSSW-3 Serial Number: 9673 Description: Sectored antenna, 7 dbi gain, dual polarized Brand Name: Radio Waves Model Name or Number: SEC-55D--7 Serial Number: 9673 Page 6 of 33 RFI Global Services Ltd

7 3.. Description of EUT The equipment under test is a 5.8 GHz band Wireless Ethernet Bridge. The customer has provided the following information: The product description is PTP58; there are Full and Lite versions available and the only difference is the data rate available to the user. There are no differences in the airside interface operation. Each product comes as either an Integrated antenna version (WB3 or WB35) or and external antenna version (WB85/WB853). In each case, the two units are identical bar the fact that either an integral antenna is fitted for the integrated antenna version and a connector plate is fitted for the external antenna version. The subject of this testing is the Connectorised version as it covers the use of external antennas Modifications Incorporated in the EUT No modifications were applied to the EUT during testing dditional Information Related to Testing Intended Operating Environment: Equipment Category: Type of Unit: Power Supply Requirement: Transmit Frequency Range: Transmit Channels Tested: Receive Frequency Range: Receive Channels Tested: Residential, Commercial and Light Industry Microwave fixed radio link Base Station (Fixed used) Transceiver Nominal V, Hz C Mains Supply 575 MHz to 58 MHz Channel Bandwidth (MHz) Bottom Channel Frequency (MHz) Top Channel Frequency (MHz) MHz to 58 MHz Channel Bandwidth (MHz) Bottom Channel Frequency (MHz) Top Channel Frequency (MHz) RFI Global Services Ltd Page 7 of 33

8 3.5. Port Identification Port Description Type/Length RF output (Vertical) N type male RF output (Horizontal) N type male 3 Data port RJ45 Ethernet 3.6. Support Equipment The following support equipment was used to exercise the EUT during testing: Description: Brand Name: Model Name or Number: Serial Number: Cable Length and Type: Connected to Port: Laptop PC HP/Compaq Compaq 85W CNU86RX metres Cat 5 Ethernet Ethernet 4. Operation and Monitoring of the EUT during Testing 4.. Operating Modes The EUT was tested in the following operating mode(s): cquisition mode, transmitting at maximum power. Modulation type is OFDM. Stand-alone, not connected in duplex mode. 4.. Configuration and Peripherals The EUT was tested in the following configuration(s): The antenna and ODU under test were mounted on a metal pole using the supplied mounting hardware in a typical user configuration. Both components were positioned so that their respective centres were at a height of.5 metres above the test chamber floor in line with the test system antenna. The PIDU was placed on the chamber floor and the cable connecting the ODU to the PIDU was positioned so that it ran vertically upwards along the mounting pole. The supply voltage to the PIDU was VC Hz throughout the duration of the test. The antenna, ODU and PIDU were earthed to the test chamber. No receiver tests were performed as the EUT only operates in transceiver mode. laptop PC was used to configure the EUT via an Ethernet cable prior to testing. This was disconnected from the EUT and removed from the test chamber during the test. Page 8 of 33 RFI Global Services Ltd

9 5. Measurements, Examinations and Derived Results 5.. General Comments Measurement uncertainties are evaluated in accordance with current best practice. Our reported expanded uncertainties are based on standard uncertainties, which are multiplied by an appropriate coverage factor to provide a statistical confidence level of approximately 95%. Please refer to Section 6. Measurement Uncertainty for details. Notes This test report covers the testing carried out in support of a Class II change to an existing device previously approved by the FCC under Part5.47 and Industry Canada under RSS- Issue 7. Device Identifiers FCC ID: QWP58 IC ID: 9O-58 The change covers the addition of sectored antennas with gains up to 7 dbi, still exclusively for Point to Point applications. Therefore, as there is no receive-only mode in the device, the testing required under FCC/IC rules for the device concerned is limited to. Radiated emissions testing up to 4GHz in accordance with FCC Part 5.9 in the Restricted Bands covered by Part 5.5. Band-Edge Radiated emissions in accordance with FCC Part 5.47(d) RFI Global Services Ltd Page 9 of 33

10 5.. Test Results 5... Transmitter Radiated Spurious Emissions Test Summary: FCC Part: 5.9 Test Method Used: Frequency Range: Environmental Conditions: Temperature Variation ( C): 3 to 5 Relative Humidity (%): 35 Notes for all carrier bandwidths: s detailed in NSI C63.4 Section 8 and relevant annexes MHz to 4 GHz. Pre-scans were performed with the EUT transmitting on the top channel. EUT carriers are shown on the 4 GHz to 8 GHz plots as the pre-scans were performed across the operating frequency range.. The spurious emissions recorded remained at the same frequencies regardless of the frequency the EUT was transmitting on. ny other emissions shown on pre-scan plots were investigated and found to be ambient, greater than db below the applicable limit or below the level of the test system noise floor. 3. Measurements were performed with the test system antenna in the vertical and horizontal planes. The highest levels recorded are shown in the above table. 4. The emission shown on the pre-scan plot at approximately 7 MHz was investigated and found to be ambient. 5. s high levels of attenuation had to be used due to the EIRP from the EUT, pre-scan levels show the level of the noise floor increased close to or above the FCC restricted band limits with a peak detector. These tests were repeated using an average detector. 6. Final measurements were made using appropriate RF attenuators and filters where required. 7. Peak and average pre-scan measurements were performed in the range 4 GHz to 8 GHz. The attenuation used to suppress the carrier increased the level of the measurement noise floor above the 54 dbµv average limit for restricted bands. The peak and average pre-scans were repeated with the antenna disconnected and both antenna ports terminated. Lower attenuation was used and the noise floor reduced to below the peak and average limits. No spurious emissions were observed across the 4 GHz to 8 GHz range. 8. background scan was performed in the test chamber with the EUT transmitting but both RF ports terminated. Where no emissions were present, the noise floor level in the restricted bands during the background scan was found to be the same levels as the noise floor with the EUT turned on and transmitting with the antenna connected. 9. The emissions at approximately.6 GHz and 7.5 GHz were investigated and found to be nd and 3 rd harmonics generated by the RF amplifier in the test system. These emissions were found to be below the level of the measurement system noise floor when the RF amplifier was removed from the test system. Page of 33 RFI Global Services Ltd

11 Results: MHz Bandwidth / 5834 MHz Frequency (MHz) ntenna Polarity Level (dbµv/m) Limit (dbµv/m) Margin (db) Result Horizontal Complied 4.96 db V MHz RBW khz RF tt db VBW khz SWT ms [T] 4.96 db V MHz [T] 7.37 db V MHz 3 [T] db V MHz 4 FCC 3 M P - - Start MHz 97 MHz/ Stop GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 6:57:38 RBW MHz RF tt db RBW MHz RF tt db 63.8 db V 53. db V GHz SWT 7.5 ms Unit db V 3.6 GHz SWT 7.5 ms Unit db V D 74 db V D 54 db V M V Start GHz MHz/ Stop 4 GHz Start GHz MHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 5:3:5 Peak detector Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 5:4:4 verage detector RFI Global Services Ltd Page of 33

12 MHz channel / 5834 MHz db V Delta [T] 4.6 db GHz RBW MHz SWT 3 ms RF tt db db V Delta [T] db GHz RBW MHz RF tt db SWT 3 ms db Offset db Offset 9 9 M MX V D 74 db V D 54 db V 4 4 Start 4 GHz 4 MHz/ Stop 8 GHz Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:36:4 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:38:55 verage detector antenna connected Marker 3 [T] 48.3 db V GHz RBW MHz RF tt db SWT 3 ms 34.9 db V GHz RBW MHz RF tt db SWT 3 ms D 74 db V 3 [T] 48.3 db V GHz [T] 46.9 db V GHz [T] 53.7 db V GHz 3 M D 54 db V [T] 34.9 db V GHz [T] 4.86 db V GHz 3 [T] GHz V Start 4 GHz 4 MHz/ Stop 8 GHz - Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:45: Peak detector antenna ports terminated Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:43: verage detector antenna ports terminated Page of 33 RFI Global Services Ltd

13 MHz channel / 5834 MHz 8. db V GHz D 74 db V RBW MHz RF tt db SWT 7 ms [T] 8. db V GHz [T] 64. db V GHz Marker [T] 5.44 db V.5549 GHz RBW MHz RF tt db SWT 7 ms [T] 5.44 db V.5549 GHz [T] 64.3 db V GHz D 54 db V M V Start 8 GHz 475 MHz/ Stop.75 GHz - Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:5:8 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3::8 verage detector antenna connected 53.9 db V GHz RBW MHz RF tt db SWT 7 ms 43.5 db V.7443 GHz RBW MHz RF tt db SWT 7 ms D 74 db V [T] 53.9 db V GHz [T] 43.5 db V.7443 GHz D 54 db V M V Start 8 GHz 475 MHz/ Stop.75 GHz - Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:6:8 Peak detector antenna ports terminated Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 3:9:4 verage detector antenna ports terminated RFI Global Services Ltd Page 3 of 33

14 MHz channel / 5834 MHz RBW MHz RF tt db RBW MHz RF tt db 68.3 db V 56.5 db V GHz SWT ms Unit db V GHz SWT ms Unit db V D 74 db V D 54 db V M V Start.75 GHz 55 MHz/ Stop 8 GHz Start.75 GHz 55 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :5:8 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :3:4 verage detector antenna connected RBW MHz RF tt db RBW MHz RF tt db 55.6 db V db V 5.3 GHz SWT 49 ms GHz SWT 49 ms D 74 db V D 54 db V M V Start 8 GHz 8 MHz/ Stop 6.5 GHz Start 8 GHz 8 MHz/ Stop 6.5 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :44:3 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :4:4 verage detector antenna connected Page 4 of 33 RFI Global Services Ltd

15 MHz channel / 5834 MHz 87 db V.48 db V GHz RBW MHz SWT 78 ms #3 CVL.dB Unit db V RBW MHz #3 CVL.dB 49. db V 87 db V GHz SWT 78 ms D 74 db V M D 54 db V V 4 FCC ID 4 FCC ID - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 9:34:3 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 9:38:39 verage detector antenna connected RFI Global Services Ltd Page 5 of 33

16 Results: 5 MHz Bandwidth / 584 MHz Frequency (MHz) ntenna Polarity Level (dbµv/m) Limit (dbµv/m) Margin (db) Result Horizontal Complied 6.87 db V MHz RBW khz RF tt db VBW khz SWT ms [T] 6.87 db V MHz [T] 5.95 db V MHz 3 [T] 39. db V MHz 4 FCC 3 M P - - Start MHz 97 MHz/ Stop GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 7:7:54 RBW MHz RF tt db RBW MHz RF tt db 63.7 db V 5.4 db V GHz SWT 7.5 ms Unit db V GHz SWT 7.5 ms Unit db V D 74 db V D 54 db V M V Start GHz MHz/ Stop 4 GHz Start GHz MHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 5:5:8 Peak detector Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 5:48: verage detector Page 6 of 33 RFI Global Services Ltd

17 5 MHz channel / 584 MHz db V 5.75 db V GHz RBW MHz RF tt db SWT 3 ms db V 5. db V GHz RBW MHz RF tt db SWT 3 ms db Offset [T] 5.75 db V GHz [T].54 db V GHz db Offset [T] 5. db V GHz [T] 59.5 db V GHz 9 9 M V D 74 db V D 54 db V 4 4 Center 6 GHz 4 MHz/ Span 4 GHz Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4:8:7 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4::7 verage detector antenna connected Marker [T] db V GHz D 74 db V RBW MHz RF tt db SWT 7 ms [T] db V GHz [T] 89.5 db V GHz Marker [T] 5.73 db V.7443 GHz RBW MHz RF tt db SWT 7 ms [T] 5.73 db V.7443 GHz [T] 76. db V GHz D 54 db V M V Center.375 GHz 475 MHz/ Span 4.75 GHz - Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 3::7 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 3:3:3 verage detector antenna connected RFI Global Services Ltd Page 7 of 33

18 5 MHz channel / 584 MHz RBW MHz RF tt db RBW MHz RF tt db db V 43.9 db V GHz SWT 7 ms GHz SWT 7 ms D 74 db V [T] db V GHz [T] 43.9 db V GHz D 54 db V M V Start 8 GHz 475 MHz/ Stop.75 GHz Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 3:: Peak detector antenna ports terminated Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 3:7:48 verage detector antenna ports terminated RBW MHz RF tt db RBW MHz RF tt db db V.9 db V GHz SWT ms Unit db V GHz SWT ms Unit db V D 74 db V D 54 db V M V Start.75 GHz 55 MHz/ Stop 8 GHz Start.75 GHz 55 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 ::58 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :33: verage detector antenna connected Page 8 of 33 RFI Global Services Ltd

19 5 MHz channel / 584 MHz 55.4 db V GHz RBW MHz RF tt db SWT 49 ms 44. db V 5.53 GHz RBW MHz RF tt db SWT 49 ms D 74 db V D 54 db V M V Start 8 GHz 8 MHz/ Stop 6.5 GHz - Start 8 GHz 8 MHz/ Stop 6.5 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :33: Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :35:43 verage detector antenna connected RBW MHz #3 CVL.dB 87 db V 6. db V GHz VBW SWT 3 MHz 78 ms RBW MHz #3 CVL.dB 49.6 db V 87 db V GHz SWT 78 ms D 74 db V M D 54 db V V 4 ID 4 FCC ID - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 9:48:4 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 9:45:5 verage detector antenna connected RFI Global Services Ltd Page 9 of 33

20 Results: MHz Bandwidth / 5844 MHz Frequency (MHz) ntenna Polarity Level (dbµv/m) Limit (dbµv/m) Margin (db) Result Horizontal Complied 6. db V MHz RBW khz RF tt db VBW khz SWT ms [T] 6. db V MHz [T] 7.5 db V MHz 3 [T] db V MHz 4 FCC 3 M P - - Start MHz 97 MHz/ Stop GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 7:8:33 RBW MHz RF tt db RBW MHz RF tt db 6.95 db V 5.46 db V GHz SWT 7.5 ms Unit db V GHz SWT 7.5 ms Unit db V D 74 db V D 54 db V M V Start GHz MHz/ Stop 4 GHz Start GHz MHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 5:56:6 Peak detector Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 5:57:58 verage detector Page of 33 RFI Global Services Ltd

21 MHz channel / 5844 MHz db V 5. db V GHz RBW MHz RF tt db SWT 3 ms db V.48 db V GHz RBW MHz RF tt db SWT 3 ms db Offset [T] 5. db V GHz [T].89 db V GHz db Offset [T].48 db V GHz [T] db V GHz 9 9 M V D 74 db V D 54 db V 4 4 Start 4 GHz 4 MHz/ Stop 8 GHz Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 4:3:55 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 4::37 RFI Global Services Ltd Page of 33

22 MHz channel / 5844 MHz 85.9 db V GHz D 74 db V RBW MHz RF tt db SWT 7 ms [T] 85.9 db V GHz [T] db V.6655 GHz Marker [T] 5.85 db V GHz RBW MHz RF tt db SWT 7 ms [T] 5.85 db V GHz [T] db V GHz D 54 db V M V Start 8 GHz 475 MHz/ Stop.75 GHz - Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :55:4 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :5:3 verage detector antenna connected 67.8 db V GHz RBW MHz SWT ms RF tt db 56.9 db V GHz RBW MHz SWT ms RF tt db D 74 db V D 54 db V M V Start.75 GHz 55 MHz/ Stop 8 GHz - Start.75 GHz 55 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :43:38 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :39:53 verage detector antenna connected Page of 33 RFI Global Services Ltd

23 MHz channel / 5844 MHz db V GHz RBW MHz RF tt db SWT 49 ms 44.8 db V GHz RBW MHz RF tt db SWT 49 ms D 74 db V D 54 db V M V Start 8 GHz 8 MHz/ Stop 6.5 GHz - Start 8 GHz 8 MHz/ Stop 6.5 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :6:6 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 :3:44 verage detector antenna connected RBW MHz #3 CVL.dB 87 db V 6. db V GHz VBW SWT 3 MHz 78 ms RBW MHz #3 CVL.dB 87 db V db V GHz VBW SWT 3 MHz 78 ms D 74 db V M D 54 db V V 4 ID 4 ID - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 9:53:36 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL MHz BW Date: 5.OCT.9 9:59:47 verage detector antenna connected RFI Global Services Ltd Page 3 of 33

24 Results: 5 MHz Bandwidth / 5846 MHz Frequency (MHz) ntenna Polarity Level (dbµv/m) Limit (dbµv/m) Margin (db) Result Horizontal Complied Vertical Complied Vertical Complied 6.3 db V MHz RBW khz RF tt db VBW khz SWT ms [T] 6.3 db V MHz [T] 5. db V MHz 3 [T] 38.7 db V MHz 4 FCC 3 M P - - Start MHz 97 MHz/ Stop GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 7:8:56 RBW MHz RF tt db RBW MHz RF tt db 63.7 db V 5.9 db V GHz SWT 7.5 ms Unit db V GHz SWT 7.5 ms Unit db V D 74 db V D 54 db V M V Start GHz MHz/ Stop 4 GHz Start GHz MHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 6:3:58 Peak detector Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 6::3 verage detector Page 4 of 33 RFI Global Services Ltd

25 5 MHz channel / 5846 MHz db V 4.87 db V GHz RBW MHz RF tt db SWT 3 ms db V 4.4 db V GHz RBW MHz RF tt db SWT 3 ms db Offset [T] 4.87 db V GHz [T].56 db V GHz db Offset [T] 4.4 db V GHz [T] db V GHz 9 9 M MX V D 74 db V D 54 db V 4 4 Start 4 GHz 4 MHz/ Stop 8 GHz Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4:6: Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4:4: verage detector antenna connected Marker 3 [T].6 db V GHz RBW MHz RF tt db SWT 3 ms db V GHz RBW MHz RF tt db SWT 3 ms D 74 db V 3 3 [T].6 db V GHz [T] 46.3 db V GHz [T] 46. db V GHz M D 54 db V [T] db V GHz [T] db V GHz 3 [T] 37.4 db V GHz V Start 4 GHz 4 MHz/ Stop 8 GHz - Start 4 GHz 4 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4::44 Peak detector antenna ports terminated Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 4:4:5 verage detector antenna ports terminated RFI Global Services Ltd Page 5 of 33

26 5 MHz channel / 5846 MHz 9.34 db V GHz D 74 db V RBW MHz RF tt db SWT 7 ms [T] 9.34 db V GHz [T] db V.536 GHz db V GHz RBW MHz RF tt db SWT 7 ms [T] db V GHz [T] 5.75 db V.536 GHz D 54 db V M V Start 8 GHz 475 MHz/ Stop.75 GHz - Start 8 GHz 475 MHz/ Stop.75 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :43: Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :46: verage detector antenna connected db V GHz RBW MHz SWT ms RF tt db db V GHz RBW MHz SWT ms RF tt db D 74 db V D 54 db V M V Start.75 GHz 55 MHz/ Stop 8 GHz - Start.75 GHz 55 MHz/ Stop 8 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :49:5 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :5:4 verage detector antenna connected Page 6 of 33 RFI Global Services Ltd

27 5 MHz channel / 5846 MHz 55. db V GHz RBW MHz RF tt db SWT 49 ms 44.4 db V GHz RBW MHz RF tt db SWT 49 ms D 74 db V D 54 db V M V Start 8 GHz 8 MHz/ Stop 6.5 GHz - Start 8 GHz 8 MHz/ Stop 6.5 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :7: Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 ::6 verage detector antenna connected RBW MHz #3 CVL.dB 87 db V 6.4 db V 37.4 GHz VBW SWT 3 MHz 78 ms RBW MHz #3 CVL.dB 87 db V db V GHz VBW SWT 3 MHz 78 ms D 74 db V M D 54 db V V 4 ID 4 ID - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz - -3 Start 6.5 GHz.35 GHz/ Stop 4 GHz Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :4:53 Title: 758 Comment : RDITED SPURIOUS EMISSIONS TX TOP CHNNEL 5 MHz BW Date: 5.OCT.9 :3:8 verage detector antenna connected RFI Global Services Ltd Page 7 of 33

28 5... Transmitter Band Edge Radiated Emissions Test Summary: FCC Part: 5.47(d) & 5.9(a) Test Method Used: s detailed in NSI C63.4 Section 8 Environmental Conditions: Temperature ( C): 5 Relative Humidity (%): 34 Results 5 MHz channel: Frequency (MHz) ntenna Polarity Detector Level (dbµv) Transducer Factor (db) ctual Level (dbµv/m) Limit (dbµv/m) Margin (db) Result 575 Vertical Complied 58 Vertical Complied Notes for all bandwidths:. - dbc limit applies as the out of band spectrum adjacent to both band edges is in non-restricted bands and the measurement was performed using an average detector. db V db V 5.7 GHz RBW khz VBW khz SWT s RF tt db db V Marker [T] db V 5.8 GHz RBW khz VBW khz SWT s RF tt db D 97.9 db V [T] db V 5.7 GHz D 94.6 db V 9 9 V V D 67.9 db V D 64.6 db V 4 4 F F Center 5.73 GHz 3 MHz/ Span MHz Center GHz MHz/ Span MHz Title: 758 Comment : RDITED BND EDGE BOTTOM CHNNEL 5 MHz BW Date: 5.OCT.9 5:9:5 Title: 758 Comment : RDITED BND EDGE TOP CHNNEL 5 MHz BW Date: 5.OCT.9 6::9 Page 8 of 33 RFI Global Services Ltd

29 Transmitter Band Edge Radiated Emissions (continued) Results MHz channel: Frequency (MHz) ntenna Polarity Detector Level (dbµv) Transducer Factor (db) ctual Level (dbµv/m) Limit (dbµv/m) Margin (db) Result 575 Vertical Complied 58 Vertical Complied db V Marker [T] db V 5.7 GHz RBW khz VBW khz SWT s RF tt db db V db V 5.8 GHz RBW khz VBW khz SWT s RF tt db 9 D 9.4 db V 9 D 88.4 db V V V D 6.4 db V D 58.4 db V 4 4 F F Center 5.73 GHz MHz/ Span MHz Center GHz MHz/ Span MHz Title: 758 Comment : RDITED BND EDGE BOTTOM CHNNEL MHz BW Date: 5.OCT.9 6:4:59 Title: 758 Comment : RDITED BND EDGE TOP CHNNEL MHz BW Date: 5.OCT.9 6:45:4 RFI Global Services Ltd Page 9 of 33

30 Transmitter Band Edge Radiated Emissions (continued) Results 5 MHz channel: Frequency (MHz) ntenna Polarity Detector Level (dbµv) Transducer Factor (db) ctual Level (dbµv/m) Limit (dbµv/m) Margin (db) Result 575 Vertical Complied 58 Vertical Complied db V db V 5.7 GHz RBW khz VBW khz SWT s RF tt db db V 4.8 db V 5.8 GHz RBW khz VBW khz SWT s RF tt db [T] db V 5.7 GHz 9 D 9.3 db V 9 D 86.4 db V V V D 6.3 db V D 56.4 db V 4 4 F F Center 5.73 GHz 3 MHz/ Span MHz Center GHz MHz/ Span MHz Title: 758 Comment : RDITED BND EDGE BOTTOM CHNNEL 5 MHz BW Date: 5.OCT.9 5::46 Title: 758 Comment : RDITED BND EDGE TOP CHNNEL 5 MHz BW Date: 5.OCT.9 6:4:6 Page of 33 RFI Global Services Ltd

31 Transmitter Band Edge Radiated Emissions (continued) Results MHz channel: Frequency (MHz) ntenna Polarity Detector Level (dbµv) Transducer Factor (db) ctual Level (dbµv/m) Limit (dbµv/m) Margin (db) Result 575 Vertical Complied 58 Vertical Complied db V db V 5.7 GHz RBW khz VBW khz SWT s RF tt db db V db V 5.8 GHz RBW khz VBW khz SWT s RF tt db 9 9 D 85.5 db V D 84.7 db V V V D 55.5 db V D 54.7 db V 4 4 F F Center 5.73 GHz 3 MHz/ Span MHz Center GHz 3 MHz/ Span MHz Title: 758 Comment : RDITED BND EDGE BOTTOM CHNNEL MHz BW Date: 5.OCT.9 6::53 Title: 758 Comment : RDITED BND EDGE TOP CHNNEL MHz BW Date: 5.OCT.9 6:36:34 RFI Global Services Ltd Page 3 of 33

32 6. Measurement Uncertainty No measurement or test can ever be perfect and the imperfections give rise to error of measurement in the results. Consequently the result of a measurement is only an approximation to the value of the measurand (the specific quantity subject to measurement) and is only complete when accompanied by a statement of the uncertainty of the approximation. The expression of uncertainty of a measurement result allows realistic comparison of results with reference values and limits given in specifications and standards. The uncertainty of the result may need to be taken into account when interpreting the measurement results. The reported expanded uncertainties below are based on a standard uncertainty multiplied by an appropriate coverage factor such that a confidence level of approximately 95% is maintained. For the purposes of this document approximately is interpreted as meaning effectively or for most practical purposes. Measurement Type Range Confidence Level (%) Calculated Uncertainty Radiated Spurious Emissions MHz to 4 GHz 95% ±.94 db The methods used to calculate the above uncertainties are in line with those recommended within the various measurement specifications. Where measurement specifications do not include guidelines for the evaluation of measurement uncertainty the published guidance of the appropriate accreditation body is followed. Page 3 of 33 RFI Global Services Ltd

33 ppendix. Test Equipment Used RFI No. Instrument Manufacturer Type No. Serial No. Date Last Calibrated 39 ttenuator HUBER + SUHNER G 39 ttenuator HUBER + SUHNER G 534 Pre mplifier Hewlett Packard 785 Low Noise mplifier Farran Technology B Calibrated before use B Calibrated before use 8449B OPT H FLN FTL 6483 Calibrated before use Calibrated before use 88 ntenna EMCO Oct 8 3 ntenna Flann Microwave Ltd Calibrated before use 88 ntenna Chase CBL Mar Isolator MRI FRR-4 69 Calibration not required 436 ntenna Flann 4-3 Calibrated before use G85 M4 M39 Continuous Wave Generator Spectrum nalyser Harmonic Mixer Hewlett Packard Rohde & Schwarz Farran Technology 836L Oct 8 4 ESIB6 46K 9 Mar 9 WHMP 8 FTL677B Calibrated before use Cal. Interval (Months) NB In accordance with UKS requirements all the measurement equipment is on a calibration schedule RFI Global Services Ltd Page 33 of 33