Q34-251366CU Provider-Specific Consumer Signal Booster Test Report 1-5 Nextivity Incorporated

Nextivity Incorporated Provider-Specific Consumer Signal Booster

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America
Report On
Application for Grant of Equipment Authorization of the
Nextivity Inc.
Cel-Fi Quatra Cellphone Signal Repeater
FCC CFR 47 Part 20
RSS-131
Report No. SD72121022-1016G
January 2017
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
REPORT ON
Radio Testing of the
Nextivity Inc.
Cellphone Signal Repeater
TEST REPORT NUMBER
SD72121022-1016G
PREPARED FOR
Nextivity Inc.
16550 West Bernardo Drive, Bldg 5, Suite 550
San Diego, CA 92127, USA
CONTACT PERSON
CK Li
Sr. Principal Engineer, Regulatory
(858) 485-9442
CLi@NextivityInc.com
PREPARED BY
Xiaoying Zhang
Name
Authorized Signatory
Title: EMC/Wireless Test Engineer
APPROVED BY
Juan M. Gonzalez
Name
Authorized Signatory
Title: Commercial Wireless EMC Lab Manager
DATED
January 03, 2017
Page 2 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Revision History
SD72121022-1016G
Nextivity Inc.
Cel-Fi Quatra
Cellphone Signal Repeater
DATE
OLD REVISION
01/03/17
Initial Release
NEW REVISION
REASON
PAGES
AFFECTED
APPROVED BY
Juan M Gonzalez
Page 3 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
CONTENTS
Section
Page No
REPORT SUMMARY............................................................................................................................... 5
1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
1.9
Introduction ................................................................................................................................................ 6
Brief Summary of Results............................................................................................................................ 7
Product Information ................................................................................................................................... 8
EUT Test configuration.............................................................................................................................. 11
Deviations from the Standard................................................................................................................... 16
Modification Record ................................................................................................................................. 16
Test Methodology..................................................................................................................................... 16
Test Facility Location................................................................................................................................. 16
Test Facility Registration........................................................................................................................... 17
TEST DETAILS ...................................................................................................................................... 18
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
2.10
Authorized Frequency Band Verification .................................................................................................. 19
Authorized CMRS Provider ....................................................................................................................... 24
Maximum Power Measurement and Booster Gain Computation ............................................................ 38
Intermodulation Product .......................................................................................................................... 41
Out of Band Emissions .............................................................................................................................. 49
Noise Limit ................................................................................................................................................ 62
Uplink Inactivity ........................................................................................................................................ 66
Variable Booster Gain ............................................................................................................................... 70
Oscillation Detection................................................................................................................................. 77
Out of Band Gain Limit.............................................................................................................................. 83
TEST EQUIPMENT USED ...................................................................................................................... 88
3.1
3.2
Test Equipment Used................................................................................................................................ 89
Measurement Uncertainty ....................................................................................................................... 90
DIAGRAM OF TEST SETUP ................................................................................................................... 91
4.1
Test Setup Diagram................................................................................................................................... 92
ACCREDITATION, DISCLAIMERS AND COPYRIGHT ............................................................................... 93
5.1
Accreditation, Disclaimers and Copyright................................................................................................. 94
Page 4 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
SECTION 1
1REPORT SUMMARY
Radio Testing of the
Nextivity Inc.
Cel-Fi Quatra Cellphone Signal Repeater
Page 5 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.1
INTRODUCTION
The information contained in this report is intended to show verification of the Nextivity Inc. Cellphone
Signal Repeater to the requirements of the following:
• FCC CFR 47 Part 20
• RSS-131
Objective
To perform Radio Testing to determine the Equipment Under
Test's (EUT’s) compliance with the Test Specification, for the
series of tests carried out.
Manufacturer
Nextivity Inc.
Model Name
Cel-Fi Quatra
Model Number(s)
Q34-2/5/13/66NU
Q34-2/5/13/66CU
FCC ID Number
NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC Number
NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Serial Number(s)
25860200035 (NU) and 25955100346 (CU)
258602000014 (NU) and 259551000131 (CU)
Number of Samples Tested
Test Specification/Issue/Date
•
•
•
Start of Test
April 20, 2016
Finish of Test
June 16, 2016
Name of Engineer(s)
Xiaoying Zhang
Related Document(s)
•
FCC CRF 47 Part 20 (October 1, 2015).
RSS-131 – Zone Enhancers (Issue 3, January 2016)
KDB935210 (D04 Provider Specific booster Measurements
v01r01) Provider-Specific Consumer Signal Booster
Compliance Measurements Guidance.
Supporting documents for EUT certification are separate
exhibits.
Page 6 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
BRIEF SUMMARY OF RESULTS
1.2
A brief summary of the tests carried out in accordance with FCC CFR 47 Part 20 with cross-reference to the
corresponding KDB935210 D04 is shown below.
Spec Clause
Section
Test Description
FCC Part 20
2.1
20.21 (e)(3) Frequency Bands
2.2
20.21 (a)(4)
Result
KDB935210 D04
7.1
Authorized Frequency Band Verification Test
and authorized CMRS provider test
Compliant*
20.21(e)(9)(i)(D) Power Limits
2.3
20.21(e)(9)(i)(B) Bidirectional Capability
7.2
Maximum Power measurement procedure
20.21(e)(9)(i)(C)(1) and (2) Booster Gain
7.3
Maximum Booster Gain Computer
Compliant*
Limits
2.4
20.21(e)(9)(i)(G) Intermodulation Limit
7.4
Intermodulation Product
Compliant*
2.5
20.21(e)(9)(i)(F) Out of Band Gain Limit
7.5
Out-of-Band Emissions
Compliant*
2.1051
7.6
Conducted Spurious Emissions
7.7
Noise Limits
Compliant*
7.8
Uplink inactivity
Compliant*
7.9
Variable Booster Gain
Compliant*
N/A*
20.21(e)(9)(i)(A) Noise Limits
2.6
20.21(e)(9)(i)(I) Transmit Power Off
Mode
2.7
20.21(e)(9)(i)(J) Uplink Inactivity
20.21(e)(9)(i)(C)(1) Booster Gain Limits
2.8
20.21(e)(9)(i)(I) Transmit Power Off
Mode
2.1049
7.10
Occupied Bandwidth
N/A*
2.9
20.21(e)(9)(ii)(A) Anti-Oscillation
7.11
Oscillation Detection
Compliant*
2.1053
7.12
Radiated Spurious Emissions
N/A*
7.13
Spectrum Block Filtering
N/A**
20.21(e)(9)(i)(B) Bidirectional Capability
20.21(e)(3) Frequency Band
2.10
20.21(e)(9)(i)(E) Out of Band Gain Limit
7.14
Out of Band Gain
2.1055
7.15
Frequency Stability
Compliant*
N/A*
Compliant* A variant of the EUT was previously approved under FCC IDs YETQ34-251266NU and YETQ34-251266CU
under Model Numbers Q34-2/5/12/66NU and Q34-2/5/12/66CU. The EUT is identical with this model
with the exception of LTE Band 12 support. The testing were from this variant and covered under test
report SD72113545-0216F Nextivity Quatra FCC IC Part 20 B2 B5 B12 and B4 Test Report Rev1.0.
N/A*
Not Applicable. Different Standard Applies; Refer to test report SD72113545-0216C for WCDMA Band 2
and Band 5 and SD72113545-0216G for LTE Band 4
N/A**
Not Applicable. The EUT does not utilize spectrum block filtering.
Page 7 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.3
PRODUCT INFORMATION
1.3.1
Technical Description
The Equipment Under Test (EUT) was a Nextivity Inc. Cel-Fi Quatra Cellphone Signal Repeater. The EUT is
a WCDMA/LTE Signal Booster to improve voice and data cellular performance in large enterprise
environments. The EUT consists of two separate units: the Network Unit (NU) and the Coverage Unit
(CU). The NU comprises a transmitter and receiver which communicate with the cell tower and the CU.
Users place the NU in an area with the strongest signal from the carrier network. The CU is then placed
in the center of the home or office, or in the area where the best signal quality is best needed. The NU
and CU are placed at varying distances apart and are communicated via Ethernet cables. The WCDMA
Band 2, Band 5 and LTE Band 4 function of the EUT were verified in this test report.
Page 8 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.3.2
EUT General Description
EUT Description
Cellphone Signal Repeater
Model Name
Cel-Fi Quatra
Model Number(s)
Q34-2/5/13/66NU
Q34-2/5/13/66CU
Rated Voltage
NU: 54V DC via external AC/DC adapter
CU: 54V DC via POE
Mode Verified
WCDMA Band 2, Band 5 and LTE Band 4
Frequency Bands
WCDMA Band 2:
NU: 1850 - 1910MHz
CU: 1930 - 1990MHz
WCDMA Band 5:
NU: 824 - 849MHz
CU: 869 - 894MHz
LTE Band 4:
NU: 1710 - 1755MHz
CU: 2110 - 2155MHz
Channel Bandwidth
WCDMA Band 2: 5MHz,10MHz (2C), 15MHz (3C) and 20MHz (4C)
WCDMA Band 5: 5MHz, 10MHz (2C) and 15MHz (3C)
LTE Band 4: 5MHz, 10MHz, 15MHz and 20MHz
Capability
Primary Unit (EUT)
WCDMA Band 2, Band 5 and LTE Band 13, Band 4 and BT-LE
Production
Pre-Production
Engineering
Manufacturer Declared
Temperature Range
0°C to 40°C
Page 9 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Antenna Type
PCB PIFA
Manufacturer
Nextivity Inc.
Antenna Model
N/A
Antenna Gain
Band
NU
CU
2, 4
2 dBi
2 dBi
0 dBi
0 dBi
Page 10 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.4
EUT TEST CONFIGURATION
1.4.1
Test Configuration Description
Test Configuration
Description
Test Mode - Downlink (CU TX). Input signal is applied to B2, B5, or B4 antenna port of
NU. Output is monitored from B2, B5, or B4 Top antenna port of CU.
(refer to 1.4.4 Figure 2)
Test Mode - Uplink (NU TX). Input signal is applied to B2, B5, or B4 antenna port of
CU. Output is monitored from B2, B5, or B4 Top antenna port of NU.
(refer to 1.4.4 Figure 3)
Normal Mode - Downlink (CU TX). Base Station Simulator is employed to send a
modulated signal to B2, B5, or B4 antenna port of NU. B2, B5, or B4 Top antenna port
of CU is terminated with a 50Ω load.
(refer to 1.4.4 Figure 1)
Normal Mode - Uplink (NU TX). Base Station Simulator is employed to send a
modulated signal to B2, B5, or B4 antenna port of NU. Input signal is applied to B2,
B5, or B4 antenna port of CU.
(refer to 1.4.4 Figure 1)
Inter-modulation. Test setup identical to Test Configuration A and B above with the
addition of another signal applied to the input of the EUT. A coupler was used in the
setup to ensure that the additional signal is directed to the EUT input port.
(refer to 1.4.4 Figure 4)
Max Downlink noise limit testing - A 50 Ohm Termination is connected to the NU
antenna port and Measure the Noise Limit at the CU antenna port.
(refer to 1.4.4 Figure 5)
Max Uplink noise limit testing - A 50 Ohm Termination is connected to the CU
antenna port. A signal is connected to a step attenuator and then applied to the NU
antenna port. Output is monitored from B2, B5, or B4 Top antenna port of NU.
(refer to 1.4.4 Figure 6)
Max Downlink noise limit testing - A 50 Ohm Termination is connected to the CU
antenna port. A signal is connected to a step attenuator and then applied to the NU
antenna port. Output is monitored from B2, B5, or B4 Top antenna port of CU.
(refer to 1.4.4 Figure 6)
Uplink Oscillation Detection testing - Base Station Simulator is connected to a step
attenuator and then applied to the NU antenna port and a signal generator is
connected to the CU port. A Feedback Step Attenuator is connected between the NU
and CU antenna ports. Output is monitored from antenna port of NU.
(refer to 1.4.4 Figure 9)
Downlink Oscillation Detection testing - Base Station Simulator is connected to a step
attenuator and then applied to the NU antenna port and a signal generator is
connected to the CU port. A Feedback Step Attenuator is connected between the NU
and CU antenna ports. Output is monitored from antenna port of CU.
(refer to 1.4.4 Figure 10)
Page 11 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.4.2
EUT Exercise Software
Manufacturer provided a configuration software (conformanceTest.exe)
1.4.3
Support Equipment and I/O cables
Manufacturer
Equipment/Cable
Nextivity
AC/DC Adapter (EUT)
Support USB cable
Nextivity
Support USB cable
Lenovo
Support Laptop
M/N: 2912-3VU, S/N: R9-92MH0 10/11
Lenovo
Support Laptop AC Adapter
M/N: 42T4430
S/N: 11S42T4430Z1ZGWE27AA9X
Rhode & Schwarz
Support Wideband Radio
Communication Tester
M/N CMW500 S/N 1201.0002K50/103829
Rhode & Schwarz
Support Radio Communication
Tester
M/N: CMU200, S/N: 114536
Agilent
ESG Vector Signal Generator
M/N: E4438C, S/N: MY47271033
Aeroflex
international LTD.
UK
DFS Radar Simulator and
Analyzer*
M/N: Aeroflex 3005, S/N: 30050A/09L
K&L
1500 - 3000 MHz Tuneable
Bypass Filter
M/N 5BT-1500/3000-5-N/N
Agilent
11dB Step Attenuator
Agilent
110dB Step Attenuator
Ramsey
Support Shielded Test
Enclosure
Description
M/N: 290N029-001,
IP: 100-240VAC, 1.6A, 50-60Hz
OP: 54VDC, 2.22A
1.75 meters, shielded Type A to Micro B
connector
Custom 1.0 meter shielded USB Type A to DB9
for the Shielded Test Enclosure
M/N 8494B
Frequency Range DC - 18GHz
S/N 2812A17193
M/N 8496B
Frequency Range DC - 18GHz
S/N MY42143874
With custom USB cable
Page 12 of 94
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.4.4
Simplified Test Configuration Diagram
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Page 14 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Page 15 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.5
DEVIATIONS FROM THE STANDARD
No deviations from the applicable test standards or test plan were made during testing.
1.6
MODIFICATION RECORD
Description of Modification
Modification
Fitted By
Date
Modification
Fitted
Serial Number 25860200035 (NU) and 25955100346 (CU); 258602000014 (NU) and 259551000131 (CU)
N/A
The table above details modifications made to the EUT during the test programme. The modifications
incorporated during each test (if relevant) are recorded on the appropriate test pages.
1.7
TEST METHODOLOGY
All measurements contained in this report were conducted as per KDB935210 D04 Provider-Specific
Consumer Signal Boosters Compliance Measurements Guidance (January 5, 2015).
1.8
TEST FACILITY LOCATION
1.8.1
TÜV SÜD America Inc. (Mira Mesa)
10040 Mesa Rim Road, San Diego, CA 92121-2912 (32.901268,-117.177681). Phone: 858 678 1400 FAX:
858-546 0364
1.8.2
TÜV SÜD America Inc. (Rancho Bernardo)
16936 Via Del Campo, San Diego, CA 92127-1708 (33.018644,-117.092409). Phone: 858 678-1400 Fax:
858 546 0364.
Page 16 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
1.9
TEST FACILITY REGISTRATION
1.9.1
FCC – Registration No.: US1146
TUV SUD America Inc. (San Diego), is an accredited test facility with the site description report on file
and has met all the requirements specified in §2.948 of the FCC rules. The acceptance letter from the
FCC is maintained in our files and the Registration is US1146.
1.9.2
Innovation, Science and Economic Development Canada Registration No.: 3067A
The 10m Semi-anechoic chamber of TUV SUD America Inc. (San Diego) has been registered by
Certification and Engineering Bureau of Innovation, Science and Economic Development Canada for
radio equipment testing with Registration No. 3067A.
Page 17 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
SECTION 2
2TEST DETAILS
Radio Testing of the
Nextivity Inc.
Cel-Fi Quatra Cellphone Signal Repeater
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.1
AUTHORIZED FREQUENCY BAND VERIFICATION
2.1.1
Specification Reference
FCC 47 CFR Part 20, Clause 20.21 (e)(3)
FCC 47 CFR Part 20, Clause 20.21(a)(4)
KDB935210 D04, Clause 7.1
2.1.2
Standard Applicable
FCC 47 CFR Part 20, Clause 20.21 (e)(3) Frequency Bands:
Consumer Signal Boosters must be designed and manufactured such that they only operate on the
frequencies used for the provision of subscriber-based services under parts 22 (Cellular), 24 (Broadband
PCS), 27 (AWS–1, 700 MHz Lower A–E Blocks, and 700 MHz Upper C Block), and 90 (Specialized Mobile
Radio) of this chapter. The Commission will not certificate any Consumer Signal Boosters for operation
on part 90 of this chapter (Specialized Mobile Radio) frequencies until the Commission releases a public
notice announcing the date Consumer Signal Boosters may be used in the band.
FCC 47 CFR Part 20, Clause 20.21(a)(4) Self Monitoring:
The subscriber operates the Consumer Signal Booster on frequencies used for the provision of
subscriberbased services under parts 22 (Cellular), 24 (Broadband PCS), 27 (AWS–1, 700 MHz Lower A–E
Blocks, and 700 MHz Upper C Block), and 90 (Specialized Mobile Radio) of this chapter. Operation on
part 90 (Specialized Mobile Radio) frequencies is permitted upon the Commission’s release of a public
notice announcing the date Consumer Signal Boosters may be used in the band;
2.1.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU) / Test Configuration A and B
2.1.4
Date of Test/Initial of test personnel who performed the test
April 20, 2016/XYZ
2.1.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
Page 19 of 94
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.1.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
2.1.7
28.8°C
21.6%
98.9kPa
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.1.1 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode, with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Setup the EUT according to Figure 2 or 3 of Section 6.3.3 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01) as appropriate.
4) Evaluations are conducted at CU antenna ports B2, and B5/B4, and NU antenna ports B2, and B5/B4.
5) All operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
6) The signal generator was set to transmit a 5MHz LTE or WCDMA signal.
7) DL: B2: 1930 – 1990MHz; B5: 869 - 894MHz; B4:2110 – 2155MHz;
UL: B2: 1850 – 1910MHz; B5: 824 - 849MHz; B4:1710 – 1755MHz;
2.1.8
Test Results
WCDMA Band 2 Downlink Authorized Frequency Range (1930 – 1990 MHz)
WCDMA Band 2 Uplink Authorized Frequency Range (1850 – 1910 MHz)
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink Authorized Frequency Range (869 – 894 MHz)
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Uplink Authorized Frequency Range (824 – 849 MHz)
LTE Band 4 Downlink Authorized Frequency Range (2110 – 2155 MHz)
LTE Band 4 Uplink Authorized Frequency Range (1710 – 1755 MHz)
Page 22 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Page 23 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.2
AUTHORIZED CMRS PROVIDER
2.2.1
Specification Reference
FCC 47 CFR Part 20, Clause 20.21 (e)(3)
FCC 47 CFR Part 20, Clause 20.21(a)(4)
KDB935210 D04, Clause 7.1
2.2.2
Standard Applicable
FCC 47 CFR Part 20, Clause 20.21 (e)(3) Frequency Bands:
Consumer Signal Boosters must be designed and manufactured such that they only operate on the
frequencies used for the provision of subscriber-based services under parts 22 (Cellular), 24 (Broadband
PCS), 27 (AWS–1, 700 MHz Lower A–E Blocks, and 700 MHz Upper C Block), and 90 (Specialized Mobile
Radio) of this chapter. The Commission will not certificate any Consumer Signal Boosters for operation
on part 90 of this chapter (Specialized Mobile Radio) frequencies until the Commission releases a public
notice announcing the date Consumer Signal Boosters may be used in the band.
FCC 47 CFR Part 20, Clause 20.21(a)(4) Self Monitoring:
The subscriber operates the Consumer Signal Booster on frequencies used for the provision of
subscriberbased services under parts 22 (Cellular), 24 (Broadband PCS), 27 (AWS–1, 700 MHz Lower A–E
Blocks, and 700 MHz Upper C Block), and 90 (Specialized Mobile Radio) of this chapter. Operation on
part 90 (Specialized Mobile Radio) frequencies is permitted upon the Commission’s release of a public
notice announcing the date Consumer Signal Boosters may be used in the band;
2.2.3
Equipment Under Test and Modification State
Serial No: 258602000014 (NU) and 259551000131 (CU) / Test Configuration C and D
2.2.4
Date of Test/Initial of test personnel who performed the test
May 12 and 13, 2016/XYZ
2.2.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
Page 24 of 94
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.2.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
2.2.7
26.9 - 27.4°C
44.4 - 47.0%
99.2kPa
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.1.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line loses) applied.
2) The EUT operated in Normal Mode, with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Setup the EUT according to Figure 1 of Section 6.3.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01) with the Base Station Simulator transmitting an authorized CMRS provider signal
to the booster.
4) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
5) All operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
6) The Base Station Simulator was set to transmit a 5MHz LTE signal or WCDMA.
7) The authorized CMRS Provider ID: 310/410
8) Four Non- authorized CMRS Provider signals were verified.
9) DL: B2: 1930 – 1990MHz; B5: 869 - 894MHz; B4:2110 – 2155MHz;
UL: B2: 1850 – 1910MHz; B5: 824 - 849MHz; B4:1710 – 1755MHz;
Page 25 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.2.8
Test Results
WCDMA Band 2 Downlink Authorized Frequency Range (1930 – 1990 MHz)
(MCC/MNC: 310/410)
WCDMA Band 2 Downlink Authorized Frequency Range (1930 – 1990 MHz)
(MCC/MNC: 310/070)
WCDMA Band 2 Downlink Authorized Frequency Range (1930 – 1990 MHz)
(MCC/MNC: 310/120)
Page 26 of 94
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink Authorized Frequency Range (1850 – 1910 MHz)
(MCC/MNC: 310/410)
Page 27 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink Authorized Frequency Range (1850 – 1910 MHz)
(MCC/MNC: 310/070)
WCDMA Band 2 Uplink Authorized Frequency Range (1850 – 1910 MHz)
(MCC/MNC: 310/120)
WCDMA Band 5 Downlink Authorized Frequency Range (869 – 894 MHz)
(MCC/MNC: 310/410)
Page 28 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink Authorized Frequency Range (869 – 894 MHz)
(MCC/MNC: 310/070)
Page 29 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink Authorized Frequency Range (869 – 894 MHz)
(MCC/MNC: 310/120)
WCDMA Band 5 Uplink Authorized Frequency Range (824 – 849 MHz)
(MCC/MNC: 310/410)
Page 30 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Uplink Authorized Frequency Range (824 – 849 MHz)
(MCC/MNC: 310/070)
WCDMA Band 5 Uplink Authorized Frequency Range (824 – 849 MHz)
(MCC/MNC: 310/120)
Page 31 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Downlink Authorized Frequency Range (2110 – 2155 MHz)
(MCC/MNC: 310/410)
LTE Band 4 Downlink Authorized Frequency Range (2110 – 2155 MHz)
(MCC/MNC: 310/070)
LTE Band 4 Downlink Authorized Frequency Range (2110 – 2155 MHz)
(MCC/MNC: 310/120)
Page 32 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Uplink Authorized Frequency Range (1710 – 1755 MHz)
(MCC/MNC: 310/410)
Page 33 of 94
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Uplink Authorized Frequency Range (1710 – 1755 MHz)
(MCC/MNC: 310/070)
LTE Band 4 Uplink Authorized Frequency Range (1710 – 1755 MHz)
(MCC/MNC: 310/120)
Page 34 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Downlink Inactive time after reset (>30s)
WCDMA Band 2 Uplink Inactive time after reset (>30s)
Page 35 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 5 Downlink Inactive time after reset (>30s)
LTE Band 5 Uplink Inactive time after reset (>30s)
Page 36 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Downlink Inactive time after reset (>30s)
LTE Band 4 Uplink Inactive time after reset (>30s)
Page 37 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.3
MAXIMUM POWER MEASUREMENT AND BOOSTER GAIN COMPUTATION
2.3.1
Specification Reference
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(D)
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(B)
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(C)(1) and (2)
KDB935210 D04, Clause 7.2
KDB935210 D04, Clause 7.3
2.3.2
Standard Applicable
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(B) Bidirectional Capability:
Consumer Boosters must be able to provide equivalent (within 9dB as per ANSI ASC C63) uplink and
downlink gain and conducted uplink power output that is at least 0.05 watts. One-way consumer
boosters (i.e., uplink only, downlink only, uplink impaired, downlink impaired) are prohibited. Spectrum
block filtering used must provide uplink filter attenuation not less than the downlink filter attenuation,
and where RSSI is measured after spectrum block filtering is applied referenced to the booster’s input
port for each band of operation.
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(D) Power Limits:
A booster’s uplink power must not exceed 1 watt composite conducted power and equivalent isotropic
radiated power (EIRP) for each band of operation. Downlink power shall not exceed 0.05 watt (17dBm)
composite and 10 dBm per channel conducted and EIRP for each band of operation. Compliance with
power limits will use instrumentation calibrated in terms of RMS equivalent voltage.
FCC 47 CFR Part 20, Clause 20.21(e)(9)(i)(C) Booster Gain Limits.
The gain of the frequency selective consumer booster shall meet the limits below.
(1) The uplink and downlink gain in dB of a frequency selective consumer booster referenced to its input
and output ports shall not exceed BSCL - 28 dB - (40 dB - MSCL).
(2) The uplink and downlink maximum gain of a frequency selective consumer booster referenced to its
input and output ports shall not exceed 19.5 dB + 20 Log (Frequency), or 100 dB for systems having
automatic gain adjustment based on isolation measurements between booster donor and server
antennas.
Where, Frequency is the uplink midband frequency of the supported spectrum bands in MHz.
2.3.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU)/ Test Configuration A and B
Page 38 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.3.4
Date of Test/Initial of test personnel who performed the test
April 25 and 26, 2016/XYZ
2.3.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.3.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
2.3.7
26.5 - 27.2°C
31.8 - 32.7%
99.0 - 99.1kPa
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.2.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode, with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Setup the EUT according to Figure 2 or 3 of Section 6.3.3 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01) as appropriate.
4) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
5) Maximum Gain of the booster was calculated.
6) The Gain with Maximum Transmitter Input Level (-20dBm for Downlink and 0dBm for Uplink) injected was
also calculated.
7) Operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
8) The signal generator was set to transmit a 5MHz LTE or WCDMA signal.
Page 39 of 94
TÜV SÜD AMERICA INC 10040 Mesa Rim Road San Diego, CA 92121-2912 Phone: 858 678 1400
FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.3.8
Test Results
Maximum Gain/Maximum Power
Band
WCDMA Band 2
Downlink
WCDMA Band 2
Uplink
WCDMA Band 5
Downlink
WCDMA Band 5
Uplink
LTE Band 4
Downlink
LTE Band 4 Uplink
Frequency
Input
Output
Antenna
Range
Power
Power
Gain
(MHz)
(dBm)
(dBm)
(dB)
1930 - 1990
-77.7
9.19
11.19
1850 - 1910
-71.8
19.38
869 - 894
-85.1
10.02
EIRP
EIRP
Gain
Gain Limit
(dB)
(dB)
<17
86.89
100
21.38
17-30
91.18
100
10.02
<17
95.12
100
(dBm)
Limit
(dBm)
824 - 849
-77.8
17.38
17.38
17-30
95.18
100
2110 - 2200
-85.7
9.47
11.47
<17
95.17
100
1710 - 1755
-74.5
19.99
21.99
17-30
94.4
100
UL vs
UL vs DL
DL
Gain Limit
Gain
(dB)
4.91
0.06
0.77
Maximum Gain/Maximum Power with Maximum Transmitter Input Level
Frequency
Band
Input Power
Output Power
Antenna
EIRP
EIRP Limit
Gain
Gain Limit
(dBm)
(dBm)
Gain (dB)
(dBm)
(dBm)
(dB)
(dB)
1930 - 1990
-20
9.25
11.25
<17
29.25
100
1850 - 1910
17.98
19.98
17-30
19.98
100
869 - 894
-20
9.96
9.96
<17
29.96
100
824 - 849
17.27
17.27
17-30
17.27
100
2110 - 2200
-20
9.56
11.56
<17
29.56
100
1710 - 1755
19.97
21.97
17-30
21.97
100
Range
(MHz)
WCDMA Band 2
Downlink
WCDMA Band 2
Uplink
WCDMA Band 5
Downlink
WCDMA Band 5
Uplink
LTE Band 4
Downlink
LTE Band 4 Uplink
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Report No. SD72121022-1016G
2.4
INTERMODULATION PRODUCT
2.4.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(G)
KDB935210 D04, Clause 7.4
2.4.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(G) Intermodulation Limits:
The transmitted intermodulation products of a consumer booster at its uplink and downlink ports shall
not exceed the power level of -19 dBm for the supported bands of operation. Compliance with
intermodulation limits will use boosters operating at maximum gain and maximum rated output power,
with two continuous wave (CW) input signals spaced 600 kHz apart and centered
in the pass band of the booster, and with a 3 kHz measurement bandwidth.
2.4.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU) / Test Configuration E
2.4.4
Date of Test/Initial of test personnel who performed the test
April 21 and 26, 2016/XYZ
2.4.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.4.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
26.5 - 28.6°C
23.0 - 31.8%
98.8 - 99.1kPa
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CU: YETQ34-251366CU
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.4.7
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.4 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Setup the EUT according to Figure 4 of Section 7.4 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01).
4) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
5) Operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
2.4.8
Test Results
WCDMA Band 2 Downlink (-88.0dBm)
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Report No. SD72121022-1016G
WCDMA Band 2 Downlink (-78.0dBm)
WCDMA Band 2 Uplink (-84.0dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink (-74.0dBm)
WCDMA Band 5 Downlink (-91.5dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink (-81.5dBm)
WCDMA Band 5 Uplink (-79.7dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Uplink (-69.7dBm)
LTE Band 4 Downlink (-85.3 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Downlink (-75.3 dBm)
LTE Band 4 Uplink (-73.5 dBm)
Note: M1 and M2 are the interfere CW signals
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Uplink (-63.5 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.5
OUT OF BAND EMISSIONS
2.5.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(F)
KDB935210 D04, Clause 7.5
2.5.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(F) Out of Band Emissions Limits:
Booster out of band emissions (OOBE) shall meet the FCC’s mobile emission limits for the supported
bands of operation. Compliance to OOBE limits will utilize high peak-to-average CMRS signal types..
2.5.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU) / Test Configuration A
2.5.4
Date of Test/Initial of test personnel who performed the test
April 20 and 21, 2016/XYZ
2.5.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.5.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
2.5.7
28.6 - 28.8°C
21.6 - 23.0%
98.8 - 98.9kPa
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.5 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode, with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
4) Operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
5) Signal: 5MHz LTE or WCDMA.
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.5.8
Test Results
WCDMA Band 2 Downlink 5MHz Bandwidth Low Channel (-77 dBm)
WCDMA Band 2 Downlink 5MHz Bandwidth Low Channel (-20 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Downlink 5MHz Bandwidth High Channel (-77 dBm)
WCDMA Band 2 Downlink 5MHz Bandwidth High Channel (-20 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink 5MHz Bandwidth Low Channel (-79.7 dBm)
WCDMA Band 5 Downlink 5MHz Bandwidth Low Channel (-20 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Downlink 5MHz Bandwidth High Channel (-79.7 dBm)
WCDMA Band 5 Downlink 5MHz Bandwidth High Channel (-20 dBm)
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Downlink 5MHz Bandwidth Low Channel (-73.8 dBm)
LTE Band 4 Downlink 5MHz Bandwidth Low Channel (-20 dBm)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Downlink 5MHz Bandwidth High Channel (-73.8 dBm)
LTE Band 4 Downlink 5MHz Bandwidth High Channel (-20 dBm)
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FAX: 858 546 0364
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink 5MHz Bandwidth Low Channel (-78 dBm)
WCDMA Band 2 Uplink 5MHz Bandwidth Low Channel (0 dBm)
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink 5MHz Bandwidth High Channel (-78 dBm)
WCDMA Band 2 Uplink 5MHz Bandwidth High Channel (0 dBm)
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Uplink 5MHz Bandwidth Low Channel (-78 dBm)
WCDMA Band 5 Uplink 5MHz Bandwidth Low Channel (0 dBm)
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FAX: 858 546 0364
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 5 Uplink 5MHz Bandwidth High Channel (-78 dBm)
WCDMA Band 5 Uplink 5MHz Bandwidth High Channel (0 dBm)
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FAX: 858 546 0364
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Uplink 5MHz Bandwidth Low Channel (-75.2 dBm)
LTE Band 4 Uplink 5MHz Bandwidth Low Channel (0 dBm)
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FAX: 858 546 0364
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Report No. SD72121022-1016G
LTE Band 4 Uplink 5MHz Bandwidth High Channel (-75.2 dBm)
LTE Band 4 Uplink 5MHz Bandwidth High Channel (0 dBm)
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Report No. SD72121022-1016G
2.6
NOISE LIMIT
2.6.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(A)
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(I)
KDB935210 D04, Clause 7.7
2.6.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(A) Noise Limits.:
The transmitted noise power in dBm/MHz of frequency selective consumer boosters outside the
licensee’s spectrum blocks at their uplink and downlink ports shall not exceed the following
limits:
(1) -103 dBm/MHz - RSSI
(i) Where RSSI is the downlink composite signal power received in dBm for frequencies in the band of
operation outside the licensee’s spectrum block as measured after spectrum block filtering is applied
and is referenced to the booster’s donor port for each band of operation. RSSI is expressed in negative
dB units relative to 1 mW.
(ii) Boosters with MSCL less than 40 dB, shall reduce the Noise output in (A) by 40 dB - MSCL, where
MSCL is the minimum coupling loss in dB between the wireless device and booster’s server port. MSCL
must be calculated or measured for each band of operation and provided in compliance test reports.
(2)(i) Maximum downlink noise power shall not exceed -102.5 dBm/MHz + 20 Log10(Frequency), where
Frequency is the uplink mid-band frequency of the supported spectrum bands in MHz.
(ii) Compliance with Noise limits will use instrumentation calibrated in terms of RMS equivalent voltage,
and with booster input ports terminated or without input signals applied within the band of
measurement.
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(I) Transmit Power Off Mode.
When the consumer booster cannot otherwise meet the noise and gain limits defined herein it must
operate in ‘‘Transmit Power OFF Mode.’’ In this mode of operation, the uplink and downlink noise
power shall not exceed -70 dBm/MHz and uplink gain shall not exceed the lesser of 23 dB or MSCL.
2.6.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU) / Test Configuration E, F and G
2.6.4
Date of Test/Initial of test personnel who performed the test
April 27 and May 16, 2016/XYZ
2.6.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.6.6
Environmental Conditions/ Test Location
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility
Ambient Temperature
Relative Humidity
ATM Pressure
2.6.7
26.6°C
34.1%
98.8kPa
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.7 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) For Maximum Noise (frequency Dependent) testing, setup the EUT according to Figure 5 of Section 7.7 of
KDB935210 (D04 Provider Specific Booster Measurements v01r01).
4) Maximum Noise (frequency Dependent) evaluations are conducted at CU antenna ports B2 and B5/B4.
Operational downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
5) For Maximum Noise (RSSI Dependent and Transmit Power off mode) and Noise Response Time tests,
setup the EUT according to Figure 5 of Figure 6 or 7 of Section 7.7 of KDB935210 (D04 Provider Specific
Booster Measurements v01r01) as appropriate.
6) Maximum Noise (RSSI Dependent and Transmit Power off mode) and Noise Response Time evaluations
are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4. Operational
uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
7) Signal generator was configured to transmit: 200 kHz AWGN.
2.6.8
Test Results
Maximum Noise (Frequency Dependent)
Band
WCDMA Band 2
Downlink
WCDMA Band 5
Downlink
LTE Band 4 Downlink
Frequency Range
(MHz)
Max Noise
(dBm/MHz)
Limit*
(dBm/MHz)
Margin
(dB)
1930 - 1990
-66.86
-36.65
30.21
869 - 894
-67.92
-43.59
24.33
2110 - 2155
-71.77
-35.87
35.9
*: -102.5 dBm/MHz + 20 Log10(Frequency), where Frequency is the uplink mid-band frequency of the supported
spectrum bands in MHz. (Downlink only)
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Maximum Noise (RSSI Dependent and Transmit Power off mode)
Band
Frequency
(MHz)
WCDMA Band 2
Downlink
1930 - 1990
WCDMA Band 2
Uplink
1850 - 1910
WCDMA Band 5
Downlink
869 - 894
WCDMA Band 5
Uplink
824 - 849
LTE Band 4
Downlink
2110 – 2155
LTE Band 4 Uplink
1710 - 1755
Signal Generator
Output Level
(dBm)
-77.9
-67.9
-47.9
-35.9
-32.9**
-30.9
-87.9
-77.9
-57.9
-37.9**
-32.9
-30.9
-50.7
-40.7
-30.7**
-25.7
-23.7
-20.7
-87
-77
-67
-37**
-35
-27
-60.6
-50.6
-42.6**
-30.6
-23.6
-20.6
-60.4
-59.4
-57.4
-47.4**
-37.4
-30.4
Max Noise
(dBm/MHz)
Limit
(dBm/MHz)
Margin
(dB)
-70.42
-70.64
-70.45
-70.65
-71.93
-71.76
-67.79
-67.7
-68.49
-77.38
-76.83
-77.27
-70.28
-70.37
-71.24
-71.34
-71.97
-71.83
-69.72
-69.55
-71.12
-79.59
-80.32
-80.12
-72.73
-72.83
-72.67
-72.79
-72.97
-72.63
-69.0
-68.92
-68.77
-76.7
-77.81
-78.58
-30.1
-40.1
-60.1
-70
-70
-70
-20.1
-30.1
-50.1
-70
-70
-70
-57.3
-67.3
-70
-70
-70
-70
-21
-31
-41
-70
-70
-70
-47.4
-47.4
-65.4
-70
-70
-70
-47.6
-48.6
-50.6
-60.6
-70
-70
40.32
30.54
10.35
0.65
1.93
1.76
47.69
37.6
18.39
7.38
6.83
7.27
12.98
3.07
1.24
1.34
1.97
1.83
48.72
38.55
30.12
9.59
10.32
10.12
25.33
25.43
7.27
2.79
2.97
2.63
21.4
20.32
18.17
16.1
7.81
8.58
**: Transmit Power off mode
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Noise Response Time
Frequency
(MHz)
Noise Response Time
(Sec)
Limit
(Sec)
Margin
(Sec)
1930 - 1990
0.9
2.1
1850 - 1910
0.36
2.64
869 - 894
0.19
2.81
824 - 849
0.32
2.68
LTE Band 4 Downlink
2110 - 2155
1.58
1.42
LTE Band 4 Uplink
1710 - 1755
0.46
2.54
Band
WCDMA Band 2
Downlink
WCDMA Band 2
Uplink
WCDMA Band 5
Downlink
WCDMA Band 5
Uplink
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IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.7
UPLINK INACTIVITY
2.7.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(J)
KDB935210 D04, Clause 7.8
2.7.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(J) Uplink Inactivity:
Uplink Inactivity. When a consumer booster is not serving an active device connection after 5 seconds
the uplink noise power shall not exceed -70 dBm/MHz.
2.7.3
Equipment Under Test and Modification State
Serial No: 258602000014 (NU) and 259551000131 (CU) / Test Configuration C and D
2.7.4
Date of Test/Initial of test personnel who performed the test
May 13 and June 16, 2016/XYZ
2.7.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.7.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
26.9 - 27.2°C
41.4 – 44.4%
99.2kPa
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FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.7.7
Additional Observations
1) This is conducted Test.
2) Test procedure is per Section 7.8 of KDB935210 (D04 Provider Specific Booster Measurements v01r01).
Appropriate offset (line losses) applied.
3) The EUT operated in Normal Mode with a minimum bandwidth setting (5MHz).
4) Setup the EUT according to Figure 1 of Section 6.3.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01).
5) Evaluations are conducted at NU antenna ports B2 and B5/B4.
6) Operational uplink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
7) Signal: 5MHz LTE or WCDMA.
2.7.8
Test Results
Uplink Inactivity
Band
Frequency
(MHz)
UL Inactive Time
(Sec)
Limit
(Sec)
Margin
(Sec)
Band 2 Uplink
1880
1.78
5.0
3.22
Band 5 Uplink
836.6
2.20
5.0
2.80
Band 4 Uplink
1745
1.43
5.0
3.57
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA Band 2 Uplink 5MHz Bandwidth Mid Channel
WCDMA Band 5 Uplink 5MHz Bandwidth Mid Channel
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE Band 4 Uplink 5MHz Bandwidth Mid Channel
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.8
VARIABLE BOOSTER GAIN
2.8.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(C)(1)
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(I)
KDB935210 D04, Clause 7.9
2.8.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(C)(1) Booster Gain Limits:
The gain of the frequency selective consumer booster shall meet the limits below.
1) The uplink and downlink gain in dB of a frequency selective consumer booster referenced to its
input and output ports shall not exceed BSCL - 28dB - (40 dB - MSCL).
(i) Where BSCL is the coupling loss between the booster’s donor port and the base station’s input port,
and MSCL is the minimum coupling loss in dB between the wireless device and the booster’s server port.
MSCL must be calculated or measured for each band of operation and provided in compliance test
reports.
(ii) In order of preference, BSCL is determined as follows: determine path loss between the base station
and the booster; such measurement shall be based on measuring the received forward pilot/control
channel power at the booster and reading the pilot/control channel transmit power from the base
station as defined in the system information messages sent by the base station; estimate BSCL by
assuming that the base station is transmitting at a level of +25 dBm per channel (assume a small, lightly
loaded cell) and measuring the total received signal power level within the channel in dBm (RPCH)
received at the booster input port. BSCL is then calculated as 25– RPCH; or assume that the BSCL is 70dB
without performing any measurement.
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(I) Transmit Power Off Mode.
When the consumer booster cannot otherwise meet the noise and gain limits defined herein it must
operate in ‘‘Transmit Power OFF Mode.’’ In this mode of operation, the uplink and downlink noise
power shall not exceed -70 dBm/MHz and uplink gain shall not exceed the lesser of 23 dB or MSCL.
2.8.3
Equipment Under Test and Modification State
Serial No: 258602000014 (NU) and 259551000131 (CU) / Test Configuration C and D
2.8.4
Date of Test/Initial of test personnel who performed the test
May 13 and 15, 2016/XYZ
2.8.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
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FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.8.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
2.8.7
26.8 - 27.4°C
40.9 - 44.4%
99.0 - 99.2kPa
Additional Observations
1) This is conducted Test.
2) Test procedure is per Section 7.9 of KDB935210 (D04 Provider Specific Booster Measurements v01r01).
Appropriate offset (line losses) applied.
3) The EUT operated in Normal Mode;
4) Setup the EUT according to Figure 1 of Section 6.3.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01).
5) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
6) Variable Gain: Operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
7) Uplink Gain Timing: Operational uplink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
8) Signal: 5MHz LTE or WCDMA.
9) MSCL:
Lp = 20logf + 20logd - 27.5
Lp = Basic free space path loss,
f = frequency in MHz,
d = separation distance in meters (2m)
lowest MSCL value was utilized.
10) BSCL:
The coupling loss (in dB) between the donor port (NU) of the Consumer Booster and the input port of the
Base Station
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CU: YETQ34-251366CU
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.8.8
Test Results
WCDMA B2 Downlink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-80.7
105.5
-8.76
71.78
74.5
2.72
-77.7
102.5
-9.39
67.74
71.5
3.36
-74.7
99.5
-9.82
64.48
68.5
4.02
-68.7
93.5
-10.19
58.31
62.5
4.19
-66.7
91.5
-11.07
55.47
60.5
5.03
-60.7
85.5
-16.49
44.35
54.5
10.15
WCDMA B5 Downlink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-80.5
105
-9.17
71.06
74
2.94
-70.5
95
-11.47
59.09
64
4.91
-65.5
90
-12.39
53.11
59
5.89
-60.5
85
-13.75
46.9
54
7.1
-50.5
75
-15.02
35.95
44
8.05
-40.5
65
-15.48
25.28
34
8.72
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FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
LTE B4 Downlink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-85.7
114
-5.16
80.54
83
2.46
-80.7
109
-5.42
75.28
78
2.72
-70.7
99
-7.65
63.05
68
4.95
-60.7
89
-18.3
42.4
58
15.6
-50.7
79
-19.67
31.03
48
16.97
-40.7
69
-23.7
17
38
21
WCDMA B2 Uplink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-85.7
100
-11.15
58.85
79
20.15
-75.7
90
-21.09
49.91
69
19.09
-65.7
80
-33.15
36.85
59
22.15
-55.7
70
-42.05
27.95
49
21.05
-45.7
60
-51.95
18.05
39
20.95
-35.7
50
-55.97
14.03
29
14.97
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
WCDMA B5 Uplink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-94.5
107
-19.29
50.71
76
25.29
-84.5
97
-28.82
41.18
66
24.82
-74.5
87
-38.91
31.09
56
24.91
-64.5
77
-48.79
21.21
46
24.79
-54.5
67
-57.86
12.14
36
23.86
-44.5
57
-60.54
9.46
26
16.54
LTE B4 Uplink Gain vs RPCH and BSCL - Middle Channel
RPCH Power
(dBm)
BSCL
(dB)
Measured Power
(dBm)
Gain
(dB)
Limit
(dB)
Margin
(dB)
-90.6
101
-18.09
51.91
70
18.09
-80.56
91
-28.58
41.42
60
18.58
-70.34
81
-30.91
39.09
50
10.91
-60.81
71
-39.07
30.93
40
9.07
-50.46
61
-43.94
26.06
30
3.94
-40.7
51
-57.76
12.24
23
10.76
Uplink Gain Timing
Band
Frequency
(MHz)
UL Gain Timing
(Sec)
Limit
(Sec)
Margin
(Sec)
Band 2 Uplink
1880.0
1.30
1.70
Band 5 Uplink
836.0
1.43
1.57
Band 4 Downlink
1745
0.47
1.53
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.8.9
Test Results
WCDMA Band 2 Uplink Gain Timing_5MHz Bandwidth Mid Channel
WCDMA Band 5 Uplink Gain Timing_5MHz Bandwidth Mid Channel
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Report No. SD72121022-1016G
LTE Band 4 Uplink Gain Timing_5MHz Bandwidth Mid Channel
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FAX: 858 546 0364
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.9
OSCILLATION DETECTION
2.9.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(ii)(A)
KDB935210 D04, Clause 7.11
2.9.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(ii)(A) Anti-Oscillation:
Consumer boosters must be able to detect and mitigate (i.e., by automatic gain reduction or shut
down), any oscillations in uplink and downlink bands. Oscillation detection and mitigation must occur
automatically within 0.3 seconds in the uplink band and within 1 second in the downlink band. In cases
where oscillation is detected, the booster must continue mitigation for at least one minute before
restarting. After five such restarts, the booster must not resume operation until manually reset.
2.9.3
Equipment Under Test and Modification State
Serial No: 258602000014 (NU) and 259551000131 (CU), 25860200035 (NU) and 25955100346 (CU) /
Test Configuration I and J
2.9.4
Date of Test/Initial of test personnel who performed the test
May 12, 2016/XYZ
2.9.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.9.6
Environmental Conditions
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility.
Ambient Temperature
Relative Humidity
ATM Pressure
26.9°C
47.0%
99.2kPa
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.9.7
Additional Observations
1) This is conducted Test.
2) Test procedure is per Section 7.11 of KDB935210 (D04 Provider Specific Booster Measurements v01r01).
Appropriate offset (line losses) applied.
3) The EUT operated in Normal Mode when testing Oscillation Mitigation Time;
4) Setup the EUT according to Figure 1 of Section 6.3.2 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01) for Normal Mode.
5) The EUT operated in Test Mode when testing Re-Try event;
6) Setup the EUT according to Figure 2 and Figure 3 of Section 6.3.3 of KDB935210 (D04 Provider Specific
Booster Measurements v01r01) for Test Mode.
7) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
8) Signal: 5MHz LTE or WCDMA.
2.9.8
Test Results Summary
Frequency
(MHz)
Mitigation Time
(Sec)
Limit
(Sec)
Margin
(Sec)
1960
0.065
0.935
1880
0.058
0.3
0.242
881.6
0.087
0.913
836.6
0.058
0.3
0.242
LTE Band 4 Downlink
2145
0.043
0.957
LTE Band 4 Uplink
1745
0.138
0.3
0.162
Band
WCDMA Band 2
Downlink
WCDMA Band 2
Uplink
WCDMA Band 5
Downlink
WCDMA Band 5
Uplink
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Frequency
(MHz)
Re-Try
Event
Limit
Event
Margin
(dB)
1960
-5
1880
-5
881.6
-5
836.6
-5
LTE Band 4 Downlink
2145
-5
LTE Band 4 Uplink
1745
-5
Band
WCDMA Band 2
Downlink
WCDMA Band 2
Uplink
WCDMA Band 5
Downlink
WCDMA Band 5
Uplink
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.9.9
Test Plots
Oscillation Mitigation Time - WCDMA Band 2 Downlink 5MHz Bandwidth Mid Channel
Oscillation Mitigation Time - LTE Band 5 Downlink 5MHz Bandwidth Mid Channel
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CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Oscillation Mitigation Time - LTE Band 4 Downlink 5MHz Bandwidth Mid Channel
Oscillation Mitigation Time - WCDMA Band 2 Uplink 5MHz Bandwidth Mid Channel
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FAX: 858 546 0364
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CU: YETQ34-251366CU
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Oscillation Mitigation Time - WCDMA Band 5 Uplink 5MHz Bandwidth Mid Channel
Oscillation Mitigation Time - LTE Band 4 Uplink 5MHz Bandwidth Mid Channel
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FAX: 858 546 0364
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CU: YETQ34-251366CU
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.10
OUT OF BAND GAIN LIMIT
2.10.1
Specification Reference
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(E)
KDB935210 D04, Clause 7.14
2.10.2
Standard Applicable
FCC 47 CFR Part 20. Clause 20.21(e)(9)(i)(E) Out of Band Gain Limits.:
(1) A frequency selective booster shall have the following minimum attenuation referenced to the gain
in the center of the pass band of the booster:
(i) -20 dB at the band edge, where band edge is the end of the licensee’s allocated spectrum,
(ii) -30 dB at 1 MHz offset from band edge,
(iii) -40 dB at 5 MHz offset from band edge.
(2) A frequency selective booster having maximum gain greater than 80 dB (referenced to the center of
the pass band) shall limit the out of band gain to 60 dB at 0.2 MHz offset from the band edge, and 45 dB
at 1 MHz offset from the band edge, where band edge is the end of the licensee’s allocated spectrum.
2.10.3
Equipment Under Test and Modification State
Serial No: 25860200035 (NU) and 25955100346 (CU) / Test Configuration A and B
2.10.4
Date of Test/Initial of test personnel who performed the test
April 25 and 26, 2016 /XYZ
2.10.5
Test Equipment Used
The major items of test equipment used for the above tests are identified in Section 3.1.
2.10.6
Environmental Conditions/ Test Location
Test performed at TÜV SÜD America Inc. Rancho Bernardo facility
Ambient Temperature
Relative Humidity
ATM Pressure
26.5 - 27.2°C
31.8 - 32.7%
99.0 - 99.1kPa
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FAX: 858 546 0364
FCC ID: NU: YETQ34-251366NU
CU: YETQ34-251366CU
IC: NU: 9298A-Q34251366NU
CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
2.10.7
Additional Observations
1) This is conducted Test. Test procedure is per Section 7.14 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01). Appropriate offset (line losses) applied.
2) The EUT operated in Test Mode with the gain manually set to the maximum gain and a minimum
bandwidth setting (5MHz).
3) Setup the EUT according to Figure 2 or 3 of Section 6.3.3 of KDB935210 (D04 Provider Specific Booster
Measurements v01r01) as appropriate.
4) Evaluations are conducted at CU antenna ports B2 and B5/B4, and NU antenna ports B2 and B5/B4.
5) Operational uplink and downlink bands for WCDMA Band 2, 5, and LTE Band 4 were tested.
6) The signal generator was set to transmit a CW signal with output power level set to that as determined in
clause 7.1.2 of KDB935210 (D04 Provider Specific Booster Measurements v01r01).
2.10.8
Test Results
Offset
(MHz)
Out of Band Gain Limit
WCDMA Band 2 Downlink (1930 – 1990MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-80.20
10.83
91.03
0 (Low Band Edge)
-81.00
-70.76
10.24
71.03
-0.2
-81.02
-70.74
10.28
60
-1
-81.04
-70.85
10.19
45
-5
-81.13
-72.1
9.03
51.03
0 (High Band Edge)
-80.88
-70.23
10.65
71.03
+0.2
-80.88
-70.48
10.4
60
+1
-80.82
-70.39
10.43
45
+5
-81.01
-70.95
10.06
51.03
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CU: YETQ34-251366CU
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CU: 9298A-Q34251366CU
Report No. SD72121022-1016G
Offset
(MHz)
Out of Band Gain Limit
WCDMA Band 2 Uplink (1850 – 1910MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-75.32
11.93
87.25
0 (Low Band Edge)
-75.82
-64.58
11.24
67.25
-0.2
-75.81
-64.56
11.25
60
-1
-75.97
-64.62
11.35
45
-5
-75.85
-62.83
13.02
47.25
0 (High Band Edge)
-75.38
-66.02
9.36
67.25
+0.2
-75.34
-66.07
9.27
60
+1
-75.35
-66.25
9.1
45
+5
-75.28
-67.32
7.96
47.25
Offset
(MHz)
Out of Band Gain Limit
WCDMA Band 5 Downlink (869– 894MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-80.2
9.70
89.9
0 (Low Band Edge)
-80.08
-68.24
11.84
69.9
-0.2
-80.11
-68.48
11.63
60
-1
-80.07
-68.59
11.48
45
-5
-80.21
-70.57
9.64
49.9
0 (High Band Edge)
-80.62
-68.39
12.23
69.9
+0.2
-80.63
-68.65
11.98
60
+1
-80.53
-68.60
11.93
45
+5
-80.34
-69.97
10.37
49.9
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Report No. SD72121022-1016G
Offset
(MHz)
Out of Band Gain Limit
WCDMA Band 5 Uplink (824 – 849MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-75.42
5.41
80.83
0 (Low Band Edge)
-75.21
-69.47
5.74
60.83
-0.2
-75.21
-69.66
5.55
60
-1
-75.17
-69.68
5.49
45
-5
-75.12
-70.90
4.22
40.83
0 (High Band Edge)
-75.42
-69.71
5.71
60.83
+0.2
-75.41
-69.76
5.65
60
+1
-75.4
-69.87
5.53
45
+5
-75.32
-71.76
3.56
40.83
Offset
(MHz)
Out of Band Gain Limit
LTE Band 4 Downlink (2110 – 2155MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-79.7
10.22
89.92
0 (Low Band Edge)
-79.68
-71.31
8.37
69.92
-0.2
-79.65
-71.17
8.48
60
-1
-79.69
-71.36
8.33
45
-5
-79.74
-71.81
7.93
49.92
0 (High Band Edge)
-79.6
-71.62
7.98
69.92
+0.2
-79.62
-71.53
8.09
60
+1
-79.62
-70.45
9.17
45
+5
-79.65
-71.59
8.06
49.92
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Report No. SD72121022-1016G
Offset
(MHz)
Out of Band Gain Limit
LTE Band 4 Uplink (1710 – 1755MHz)
Input Power
Output Power
Gain
(dBm)
(dBm)
(dB)
Gain Limit
(dB)
Centre Frequency
-76.43
4.89
81.32
0 (Low Band Edge)
-76.7
-68.79
7.91
61.32
-0.2
-76.98
-68.84
8.14
60
-1
-76.4
-69.98
6.42
45
-5
-76.56
-69.29
7.27
41.32
0 (High Band Edge)
-76.88
-69.7
7.18
61.32
+0.2
-76.5
-69.68
6.82
60
+1
-76.34
-68.03
8.31
45
+5
-76.45
-68.97
7.48
41.32
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Report No. SD72121022-1016G
SECTION 3
3TEST EQUIPMENT USED
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Report No. SD72121022-1016G
3.1
TEST EQUIPMENT USED
List of absolute measuring and other principal items of test equipment.
ID Number
(SDGE/SDRB)
Test Equipment
Type
Serial Number
Manufacturer
Cal Date
Cal Due Date
Antenna Conducted Port Setup
7569
7605
7582
7608
9063
7562
P-Series Power Meter
50MHz-18GHz Wideband
Power Sensor
Signal/Spectrum
Analyzer
Vector Signal Generator
Universal Radio
Communication
Wideband Radio
Communication Tester
N1911A P-
MY45100625
Agilent
06/19/15
06/19/16
N1921A
MY51100054
Agilent
04/19/16
04/19/17
FSW26
101614
Rhode & Schwarz
10/05/15
10/05/16
SMBV100A
259021
Rhode & Schwarz
07/29/15
07/29/16
CMW200
1400-38269
Rhode & Schwarz
For Signal Only
Rhode & Schwarz
For Signal Only
CMW 500
1201.0002k50
/103829
11dB Step Attenuator
8494B
2812A17193
Agilent
Verified by 7582 and 7608
110 dB Step Attenuator
8496B
MY42143874
Agilent
Verified by 7582 and 7608
8825
20dB Attenuator
46-20-34
BK5773
Weinschel Corp.
Verified by 7582 and 7608
10dB Attenuator
PE7010-10
Pasternack
Verified by 7582 and 7608
3dB Attenuator
PE7010-6
Pasternack
Verified by 7582 and 7608
Multimeter
3478A
2911A70964
Hewlett Packard
08/14/15
08/14/16
iBTHX-W
1240476
Omega
10/19/15
10/19/16
EMC32
V8.53
Rhode & Schwarz
Miscellaneous
6792
7560
Barometer/Temperature
/Humidity Transmitter
Test Software
N/A
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Report No. SD72121022-1016G
MEASUREMENT UNCERTAINTY
3.2
For a 95% confidence level, the measurement uncertainties for defined systems are:
General Direct Conducted Antenna Port Measurement
3.2.1
Probability
Contribution
Standard
Distribution
Probability
Uncertainty
Type
Distribution xi
u(xi)
[u(xi)]2
Receiver/Spectrum Analyzer
Rectangular
0.34
0.20
0.04
Cables
Rectangular
1.00
0.58
0.33
EUT Setup
Rectangular
0.50
0.29
0.08
Combined Uncertainty (uc):
0.67
Coverage Factor (k):
1.96
Expanded Uncertainty:
1.32
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Report No. SD72121022-1016G
SECTION 4
4DIAGRAM OF TEST SETUP
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Report No. SD72121022-1016G
4.1
TEST SETUP DIAGRAM
Notes: All tests were done on the bench (conducted). Please refer to Section 1.4.4 of this test report for more
details.
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Report No. SD72121022-1016G
SECTION 5
5ACCREDITATION, DISCLAIMERS AND COPYRIGHT
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Report No. SD72121022-1016G
5.1
ACCREDITATION, DISCLAIMERS AND COPYRIGHT
TÜV SÜD America Inc.’s reports apply only to the specific sample tested under stated test
conditions. It is the manufacturer’s responsibility to assure the continued compliance of
production units of this model. TÜV SÜD America, Inc. shall have no liability for any deductions,
inferences or generalizations drawn by the client or others from TÜV SÜD America, Inc.’s issued
reports.
This report is the confidential property of the client. As a mutual protection to our clients, the
public and TÜV SÜD America, Inc., extracts from the test report shall not be reproduced, except
in full without TÜV SÜD America, Inc.’s written approval.
This report must not be used to claim product certification, approval, or endorsement by
A2LA, NIST, or any agency of the federal government.
TÜV SÜD America, Inc. and its professional staff hold government
and professional organization certifications for
AAMI, ACIL, AEA, ANSI, IEEE, A2LA, NIST and VCCI.
A2LA Cert. No. 2955.13
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