FW2QMBOM1 Flexi Zone Multiband Outdoor Micro BTS Band 48 (MBOB48) Test Report FCC Certification Part 96 Nokia Solutions and Networks, OY

Nokia Solutions and Networks, OY Flexi Zone Multiband Outdoor Micro BTS Band 48 (MBOB48)

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Global Product Compliance Laboratory
600-700 Mountain Avenue
Room 5B-108
Murray Hill, New Jersey 07974-0636 USA
TESTING
NVLAP LAB CODE: 100275-0
FCC Certification Part 96 Test Report
Product Evaluated
Flexi Zone Multiband Outdoor (MBO) Micro BTS
CBRS FW2QMBOM1,
FCC ID: 2AD8UFW2QMBOM1
Customer
Nokia Solutions and Networks, OY
2000 W. Lucent Lane
Naperville, IL 60563 USA
Test Laboratory
Nokia Bell Labs
Nokia, Global Product Compliance Laboratory
600-700 Mountain Avenue, Rm 5B-108
Murray Hill, New Jersey 07974-0636 USA
Date: September 12, 2018
This report shall not be reproduced, in whole or in part without the approval of Nokia Global Product
Compliance Laboratory. This report must not be used by the recipient to claim product
endorsement by NVLAP or any other agency of the U.S. Government.
Revisions
Date
Revision
6/1/2018
7/9/2018
7/24/2018
9/12/2018
Section
Change
Multicarrier Initial Release
Typo corrections.
Change to an Original Authorization Report.
FCC Requested Change Page 13-14 EIRP PSD
Nokia Global Product Compliance Laboratory represents to the client that testing was done in
accordance with standard procedures as applicable, and that reported test results are accurate within
generally accepted commercial ranges of accuracy in accordance with the scope of our NVLAP
Accreditation. Nokia Global Product Compliance reports only apply to the specific samples tested.
This report is the property of the client. This report shall not be reproduced except in full without
the written approval of the Nokia Global Product Compliance Laboratory.
Nokia Global Product Compliance Laboratory is accredited with the US Department of Commerce
National Institute of Standards and Technology's National Voluntary Laboratory Accreditation
Program (NVLAP) for satisfactory compliance with criteria established in Title 15, Part 7 Code of
Federal Regulations for offering test services for selected test methods in Electromagnetic
Compatibility; Voluntary Control Council for Interference (VCCI), Japan; Australian Communications
and Media Authority (ACMA). The laboratory is ISO 9001:2008 Certified.
Nokia Global Product Compliance Laboratory represents to the client that the laboratory’s
accreditation or any of its calibration or test reports in no way constitutes or implies product
certification, approval, or endorsement by NVLAP, NIST, or any agency of the federal government.
Prepared By:
W. Steve Majkowski NCE
Approved By:
9/12/2018
Product Certification Filing Lead
Nokia Bell Labs
Nokia, Global Product Compliance Laboratory
Ray Johnson
9/12/2018
Technical Manager
Nokia Bell Labs
Nokia, Global Product Compliance Laboratory
NOKIA – Proprietary
Use Pursuant to Company Instructions.
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Table of Contents
1.
ATTESTATION OF TEST RESULTS ................................................................................................................ 5
2.
SUMMARY OF THE TEST RESULTS ............................................................................................................... 6
2.1
3.
GENERAL INFORMATION .............................................................................................................................. 7
3.1
3.2
4.
MEASUREMENT UNCERTAINTY ............................................................................................................................. 6
PRODUCT DESCRIPTIONS ................................................................................................................................... 7
EIRP/ PSD COMPLIANCE AND ANTENNA INFORMATION. ........................................................................................ 8
REQUIRED MEASUREMENTS AND RESULTS................................................................................................. 9
4.1
SECTION 2.1046 MEASUREMENT REQUIRED: RF POWER OUTPUT ............................................................ 11
4.1.1
RF Power Output Measurement ........................................................................................................ 11
4.1.1.1
4.1.2
4.1.3
EIRP Compliance ................................................................................................................................. 13
Power Spectral Density ...................................................................................................................... 13
4.1.3.1
4.1.4
4.2
Modulation Characteristics Measurement ....................................................................................... 25
Modulation Measurements Results: ................................................................................................. 25
SECTION 2.1049 MEASUREMENT REQUIRED: OCCUPIED BANDWIDTH AND EDGE OF BLOCK EMISSIONS29
4.3.1
4.3.2
4.3.3
4.3.4
4.3.5
4.3.6
Results Occupied Bandwidth (Signal Bandwidth) ............................................................................. 29
Occupied Bandwidth-Edge of Block Emissions ................................................................................ 36
Requirements 3.5 GHz Emissions and Interference Limits ............................................................ 37
Measurement Offset and MIMO ........................................................................................................ 37
Mask Parameters ................................................................................................................................ 38
Occupied Bandwidth-Edge of Block Emissions Measurement ....................................................... 40
4.3.6.1
4.3.7
4.4
Section 2.1051 Spurious Emissions at Antenna Terminals ............................................................ 52
Required Limit..................................................................................................................................... 52
Operational Configuration ................................................................................................................. 53
Results: ................................................................................................................................................ 53
Transmitter Measurements of Conducted Spurious Emissions ..................................................... 54
SECTION 2.1053 MEASUREMENT REQUIRED: FIELD STRENGTH OF SPURIOUS RADIATION .................... 61
4.5.1
4.5.2
4.5.3
4.6
Results Occupied Bandwidth-Edge of Block Emissions ........................................................... 40
Transmitter Measurements of Occupied Bandwidth and Edge of Band Emissions ...................... 43
SECTION 2.1051 MEASUREMENT REQUIRED: SPURIOUS EMISSIONS AT THE ANTENNA TERMINALS ..... 52
4.4.1
4.4.2
4.4.3
4.4.4
4.4.5
4.5
Power Spectral Density Results: ................................................................................................ 13
Peak-to-Average Power Ratio Measurement ................................................................................... 16
4.1.4.1
Peak-to-Average Power Ratio Results: ..................................................................................... 16
SECTION 2.1047 MEASUREMENT REQUIRED: MODULATION CHARACTERISTICS .................................... 25
4.2.1
4.2.2
4.3
RF Power Output Results ........................................................................................................... 11
Spurious Radiation and Radiated Emissions Requirements. .......................................................... 61
Field Strength of Spurious Radiation Results: ................................................................................. 62
Transmitter Measurements of Radiated Spurious Emissions ........................................................ 63
SECTION 2.1055 MEASUREMENT REQUIRED: FREQUENCY STABILITY ...................................................... 75
4.6.1
4.6.2
4.6.3
Frequency Stability Test Article and Configuration ......................................................................... 75
Frequency Stability Test .................................................................................................................... 75
Frequency Stability Test Equipment ................................................................................................. 75
NOKIA – Proprietary
Use Pursuant to Company Instructions.
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.6.4
4.6.5
4.6.6
4.6.7
4.7
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Frequency Stability Test process ...................................................................................................... 75
Frequency Stability Results: .............................................................................................................. 75
Frequency Stability Test Photos ....................................................................................................... 76
Frequency Stability Data: ................................................................................................................... 77
LIST OF TEST EQUIPMENT................................................................................................................................. 84
4.7.1
4.7.2
List of Radiated Emissions Test Equipment ..................................................................................... 84
List of Antenna Port Test Equipment ............................................................................................... 84
4.7.2.1
Antenna Port Coupling Networks .............................................................................................. 85
4.8
PHOTOGRAPHS OF THE TEST SETUPS ...................................................................................................... 86
4.9
FACILITIES AND ACCREDITATION .............................................................................................................. 87
NOKIA – Proprietary
Use Pursuant to Company Instructions.
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
1.
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
ATTESTATION OF TEST RESULTS
Company Name
Nokia Solutions and Networks, OY
2000 W. Lucent Lane
Naperville, IL 60563 USA
FCC ID
2AD8UFW2QMBOM1
Product Name
Flexi Zone Multiband Micro BTS CBRS Band 48 Module
Model Name
FW2QMBOM1
Part No
474444AX31
Serial Number(s)
s/n’s: EB173411601, EB173410348; EB173410409 & EB173410134
Test Standard(s)








Reference(s)
47 CFR FCC Parts 2
KDB 971168 D01 Licensed DTS Guidance v02 June 4, 2013
KDB 662911 D01 Multiple Transmitter Output v02r01 Oct 2013
KDB 940660 D01 Part 96 CBRS Equipment v01
47 CFR FCC Part 2 and Part 99
ANSI C63.26 (2015)
ANSI C63.4 (2014)
KDB 552295 D01 CBP Guidance for 3650 3700 Band v02r02
Frequency Band
CBRS (Tx: 3550-3700 MHz ), E-UTRAN Band 48
Technology
LTE-TDD: 10M0F9W, 15M0F9W, 20M0F9W
Test Frequency Range
10MHz – 37GHz
Operation Mode(s)
2x2W MIMO
Submission Type
Initial Filing
FCC Part 15 Subpart B
Compliance with Class B
Test Date
September 1, 2017 - January 31, 2018
Test Laboratory
Nokia Global Product Compliance Laboratory
600-700 Mountain Avenue, Rm 5B-108
Murray Hill, New Jersey 07974-0636 USA
NVLAP Lab Code: 100275-0 FCC Registration Number: 395774
This is to certify that the above product has been evaluated and found to be in compliance with the Rules and
Regulations set forth in the above standard(s). The data and the descriptions about the test setup, procedures
and configuration presented in this report are accurate. The results of testing in this report apply only to the
product/system which was tested. Other similar equipment will not necessarily produce the same results due to
production tolerance and measurement uncertainties.
Per the requirement of Section 2.911(d) Certification of Technical Test Data, I hereby certify that the technical
test data are the results of tests either performed or supervised by me.
W. Steve Majkowski NCE
Member of Technical Staff
Nokia, Global Product Compliance Laboratory
NOKIA - Proprietary
Use Pursuant to Company Instructions.
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
2.
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
SUMMARY OF THE TEST RESULTS
47 CFR FCC Sections
Compliance
Results
Description of Tests
2.1046, 96.41 (b)
RF Power Output
Pass
2.1047, 96.41
Modulation Characteristics
Pass
2.1049, 96.41
(a) Occupied Bandwidth
(b) Out-of-Band Emissions
Pass
2.1051, 96.41
Spurious Emissions at Antenna Terminals
Pass
2.1053, 96.41
Field Strength of Spurious Radiation
Pass
2.1055, 96.41
Measurement of Frequency Stability
Pass
Citizens Broadband Radio Service Device (CBSD) Spectrum Access System (SAS) functionality per CBRS
CBSD Test Specification WINNF-TS-0122
Pass
96.53, WINNF-TS-0122
Tested in accordance with KDB 552295 D01 CBP
Guidance for 3650 3700 Band.
2.1
Measurement Uncertainty
The results of the calculations to estimate uncertainties for the several test methods and standards are shown
in the Tables below. These are the worst-case values.
Standard, Method or
Procedure
a. Classical
Emissions, (e.g., ANSI
C63.4, CISPR 11, 14,
22, etc., using ESHS
30,
Worst-Case Estimated Measurement Uncertainties
Frequency
Expanded Uncertainty
Condition
MHz
(k=2)
Conducted Emissions
0.009 - 30
±3.5 dB
Radiated Emissions
(AR-5 Semi-Anechoic
Chamber)
30 MHz – 200MHz H
30 MHz – 200 MHz V
200 MHz – 1000 MHz H
200 MHz – 1000 MHz V
1 GHz- 18 GHz
±5.1 dB
±5.1 dB
±4.7 dB
±4.7 dB
±3.3 dB
Antenna Port Test
Signal
Bandwidth
10 Hz
Occupied Bandwidth, Edge of Band,
100 Hz
Conducted Spurious Emissions 10 kHz to 1 MHz
1MHz
RF Power
10 Hz to 20 MHz
Frequency Range
9 kHz to 20 MHz
20 MHz to 1 GHz
1 GHz to 10 GHz
10 GHz to 40 GHz:
1.78 dB
50 MHz to 18 GHz
0.5 dB
NOKIA - Proprietary
Use Pursuant to Company Instructions.
Expanded Uncertainty
(k=2), Amplitude
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
3.
GENERAL INFORMATION
3.1
Product Descriptions
The equipment under test (EUT) has the following specifications.
Table 3.1.1 Product Specifications
Specification Items
Product Type
Radio Type
CBSD Category
Power Type
Modulation
Operating Frequency Range
Channel Bandwidth
Max Conducted Power (Rated)
Operating Mode
Software Version
Hardware Version
Antenna(s)
Description
Compact Base Station LTE Module (2Tx, 2Rx), 2x2 MIMO
Intentional Transceiver
Category B CBSD Device
115 VAC
LTE-TDD with QPSK, 16QAM, 64QAM and 256QAM
CBRS (Tx/Rx: 3550-3700 MHz ),
10, 15, & 20 MHz, Multi carrier enabled
33.01 dBm (2 W) per port, 36.02 dBm (4W) Total for 2 ports
2x2 MIMO (2 duplex Tx/Rx Ports)
FLF17SP
FW2QMBOM1
Refer to Section 3.2
The EUT supports the following carrier configurations:
Table 3.1.2 EUT Supported Configurations
Carrier
Bandwidth
(MHz)
10
15
20
Carriers
per Path
1&2
1&2
1&2
MIMO
Modes
2x
2x
2x
Signal
Type
LTE-TDD
LTE-TDD
LTE-TDD
Modulation
QPSK, 16QAM, 64QAM & 256QAM
QPSK, 16QAM, 64QAM & 256QAM
QPSK, 16QAM, 64QAM & 256QAM
NOKIA - Proprietary
Use Pursuant to Company Instructions.
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
The operating band consists of the following channels and spectrum:
Table 3.1.3 EUTRAN 43, CBRS Band
CBRS Band 48
TDD Frequency
Width of
Center
Range
Channel
Frequency
(MHz)
(MHz)
3555
3550 – 3560
10
3565
3560 – 3570
10
3575
3580 – 3590
10
3585
3590 – 3600
10
3595
3600 – 3610
10
3605
3600 – 3610
10
3615
3610 – 3620
10
3625
3620 – 3630
10
3635
3630 – 3640
10
3645
3640 – 3650
10
3655
3650 - 3660
10
3665
3660 - 3670
10
3675
3670 – 3680
10
3685
3680 – 3690
10
3695
3690 - 3700
10
3.2
EIRP/ PSD Compliance and Antenna Information.
The product does not incorporate integrated antennas. Externally mounted antennas can be attached to the
unit or mounted remotely. The unit is supplied with unit mounted Omni antennas for use on the B48 transmit
ports. This antenna has a nominal gain of 6 dBi.
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
REQUIRED MEASUREMENTS AND RESULTS
The EUT previously demonstrated compliance to the Part 90Z limits for the 3650-3700 MHz spectrum. This
FCC Original Filing Report shall demonstrate compliance to the Part 96 limits and operation over the 3550-3700
MHz frequency range.
Per 47CFR FCC Section 2.1033(c)(14), the following certification tests are required by Section 2.1046 through
Section 2.1057. These tests are identified in Table 4.0a below.
Table 4.0a Required Certification Measurements
47 CFR FCC Sections
Description of Tests
Test Required for
Original Authorization
2.1046, 96.41(b),
96.41(g)
RF Power Output
(b) Power Limits, EIRP, PSD
(g) Peak-to-Average Power Ratio
Yes
2.1047, 96.41(a)
Modulation Characteristics
Yes
2.1049, 96.41(e)(2)(3)
2.1051, 96.41(e)
2.1053,
96.41(e)(2)(3)
2.1055,
96.41(e)(2)(3)
96.53, WINNF-TS0122
(a) Occupied Bandwidth
(b) Out-of-Band Emissions
Yes
Spurious Emissions at Antenna Terminals
Yes
Field Strength of Spurious Radiation
Yes
Measurement of Frequency Stability
CBSD SAS functionality per CBRS CBSD Test
Specification WINNF-TS-0122
Tested in accordance with KDB 552295 D01 CBP
Guidance for 3650 3700 Band.
Yes
Yes
Note (1). Frequency Stability compliance was previously reported in the initial authorization. There were no
changes to the frequency generating/ stabilizing portions of this product.
The measurements were conducted in accordance with the procedures set out in Section 2.1041. The CBSDSAS Protocol test was performed in accordance with a PAG Request as detailed in the Operational Description
Exhibit 5. The comprehensive list of tests performed included measurements at Left, Center and Right side of
the Part 96 Band for each LTE Test Modulation and Signal Bandwidths. The list of tests performed are listed in
Table 4.0b below. A subset of these tests are presented to demonstrate compliance with FCC requirements.
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Table 4.0b
Table of Performed Tests
MXA
Test
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
CBRS
Channel
Frequency
3555
3555
3555
3557.5
3557.5
3557.5
3560
3560
3560
3615
3615
3615
3617.5
3617.5
3617.5
3620
3620
3620
3695
3695
3695
3692.5
3692.5
3692.5
3690
3690
3690
Band
Loc.
Left
Left
Left
Left
Left
Left
Left
Left
Left
Center
Center
Center
Center
Center
Center
Center
Center
Center
Right
Right
Right
Right
Right
Right
Right
Right
Right
28
29
30
31
32
33
34
35
36
37
38
3560
3620
3690
3565
3625
3685
3685
3685
3570
3630
3680
Left
Center
Right
Left
Center
Right
Right
Right
Left
Center
Right
Modulatio
RF
Signal
n Q16 =
Power/
BW,
QPSK +
EIRP/
Sig.
MHz
16QAM
PSD
MOD
PAR
BW
OBW
10
Q16
10
64QAM
10
256QAM
15
Q16
15
64QAM
15
256QAM
20
Q16
20
64QAM
20
256QAM
10
Q16
10
64QAM
10
256QAM
15
Q16
15
64QAM
15
256QAM
20
Q16
20
64QAM
20
256QAM
10
Q16
10
64QAM
10
256QAM
15
Q16
15
64QAM
15
256QAM
20
Q16
20
64QAM
20
256QAM
Multicarrier Tests: 10+10 MHz, 15+15 MHz and 20+20 MH
10+10
256QAM
10+10
256QAM
10+10
256QAM
15+15
256QAM
15+15
256QAM
15+15
256QAM
15+15
Q16
15+15
64QAM
20+20
256QAM
20+20
256QAM
20+20
256QAM
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10
ESIB
CSE
10M26G
OBW
Peak
CSE
10M37G
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.1 Section 2.1046 MEASUREMENT REQUIRED: RF POWER OUTPUT
This test is a measurement of the total RF power level transmitted at the antenna-transmitting terminal. The
product was configured for test as shown in Figure 4.1.1 below and allowed to warm up and stabilize per KDB
971168 D01 and ANSI C63.26.
For LTE TDD transmit carrier operation, the Flexi Zone Micro BTS CBRS FW2QMBOM1, FCC ID:
2AD8UFW2QMBOM1, is specified to provide a maximum power output of 2W/33.01 dBm per transmit port for a
sum total of 4 Watts /36.02 dBm per transmit module.
The power is under digital control. The product is designed to operate under Part 96 rules for Band 48.
(The product was previously authorized under Part 90Z for Band 48. )
Under Part 96 the product is limited to the Category B CBSD maximum EIRP of 47 dBm/10 MHz with a PSD of 37
dBm/MHz.
The unit is supplied with externally mounted Omni antennas for use on the B48 transmit ports. This antenna
has a nominal gain of 6 dBi.
In the event the customer wants to use a different antenna, the maximum gain + cable loss cannot exceed
10.98 dBi when operating at full power in order to stay within the EIRP limits for the band.
If the product is installed with other antenna(s), then per FCC Rules the RF exposure compliance shall be
addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co- location
requirements of Part 1.1307(b)(3).
4.1.1 RF Power Output Measurement
Power measurements of the TDD transmit signal were conducted with an MXA Signal analyzer per KDB 971168
D01 and a gated broadband RF Power Meter. The applied signal from an Flexi Zone Micro BTS CBRS FW2QMBOM1
/ 2AD8UFW2QMBOM1, met the recommended characteristics as defined in 3GPP TS 36.141 V14.1.0 (2016-09)
Technical Specification Group Radio Access Network; Evolved Universal Terrestrial Radio Access (E-UTRA); Base
Station (BS) conformance testing (Release 14). The maximum rated mean power at the antenna transmitting
terminal was measured at the Left, Center and Right side of the 3550-3700 CBRS frequency range for in three
different Modulations modes. These were 3GPP standard base station test models for QPSK+16QAM, 64QAM
and 256QAM modulation. This power level was documented on each data sheet for Occupied bandwidth.
4.1.1.1 RF Power Output Results
Power output measurements were performed for every modulation and bandwidth combination identified in
Table 4.0b , Table of Performed Tests Measurements.
A table of measured RF power outputs of the EUT documenting Power measurements for each modulation,
bandwidth and at left, center and right side of the band is given in Table 4.1.1.1 The RF power output was
measured for the 2x2W MIMO configuration. The measured performance was in full compliance with the Rules
of the Commission. The level is detailed on each of the Peak to Average Ratio (PAR) plots and in comments in
Sections 4.3 and 4.4.
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Figure 4.1.1 Test Set-Up for Measurement of Radio Frequency Power Output
Antenna Port Test Configuration for RF Power, Modulation, PAR,
Occupied Bandwidth-Edge Of Band and Conducted Spurious Emissions,
NOKIA FW2QMBOM1 CBRS Small Cell
Antenna Terminals
Digital Assets Platform
Incident
Rohde & Schwartz ESIB40
Receiver / Spectrum Analyzer
Power
Source
Power
Sensor
Power Meter
2W
MXA
EMC Test
Controller
GPS
Antenna
GPS
Amplifier
Splitter
Reflected
Transmit Path Tx1
Power
Timing Breakout
FWQA LMTS
Version 3
U81B051.00
Table 4.1.1.1
Test
10
11
12
13
14
Broadband Directional Coupler
Transmit Path Tx2
Timing Reference
External Trigger
Agilent N9020A MXA
Signal Analyzer
Measured Maximum Average RF Output Power and Peak to Average Ratio of the EUT
CBRS
Channel
Center
Frequency
MHz
3555
3555
3555
3615
3695
3657.5
3617.5
3692.5
3560
3620
3690
3560
3685
3680
Tx
Port
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx2
Tx1
Tx1
Tx1
Tx2
Tx1
MIMO
Mode
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
2x2W
Signal
Bandwidth,
MHz
10
10
10
10
10
15
15
15
20
20
20
10+10
15+15
20+20
Modulation
Q16=qpsk+16qam
64=64QAM
256=256QAM
QPSK + 16 QAM
64QAM
256QAM
256QAM
QPSK + 16 QAM
256QAM
256QAM
QPSK + 16 QAM
64QAM
64QAM
256QAM
256QAM
QPSK + 16 QAM
256QAM
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12
Total per
Port
Transmit
Power,
Watts
Total per
Port
Transmit
Power,
dBm
33.06
32.90
33.27
32.76
32.85
33.16
32.74
32.82
33.29
32.69
33.12
32.95
32.5
32.5
RF
Power
Pass /
Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.1.2 EIRP Compliance
The product does not incorporate integrated antennas. Externally mounted antennas can be attached to the
unit or mounted remotely. The unit is supplied with unit mounted Omni antennas for use on the B48 transmit
ports. This antenna has a nominal gain of 6 dBi. Compliance with the supplied antennas is documented in
Table 4.1.2 for EIRP.
Under Part 96.41 the product is limited to a maximum Effective Isotropically Radiated Power (EIRP) of 47
dBm/10 MHz. Compliance with the EIRP requirements of Part 96.41 is tabulated in Table 4.1.2 below.
When set to the maximum total output power of 36.02 dBm the maximum allowable antenna gain is 10.98 dBi.
In the event the customer wants to use a different antenna, the maximum gain + cable loss cannot exceed
10.98 dBi when operating at full power in order to stay within the EIRP limits for the band.
If the product is installed with other antenna(s), then per FCC Rules the RF exposure compliance shall be
addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co- location
requirements of Part 1.1307(b)(3).
Table 4.1.2
Effective Isotropically Radiated Power (EIRP) Compliance
Transmit
Signal
Bandwidth
Total 2x
MIMO
Transmit
Power
Part 96.41
EIRP Limit
Margin to
Part 96
EIRP
Limit.
Antenna
Gain
EIRP
Bandwidth
Correction
EIRP
EIRP
Compliance
MHz
dBm
dBi
dB
dBm/10 MHz
dBm/ 10 MHz
dB
Pass/Fail
10
36.02
0.00
42.02
47.00
4.98
Pass
15
36.02
-1.76
40.26
47.00
6.74
Pass
20
36.02
-3.01
39.01
47.00
7.98
Pass
dBm/ 10 MHz
Total
EIRP W
Pass/Fail
47.0
47.0
47.00
50.12
Pass
47.0
47.00
50.12
Pass
47.00
50.12
Pass
Maximum Antenna Gain Configuration
MHz
dBm
dBi
dB
10
36.02
10.98
15
36.02
10.98
20
36.02
10.98
Total
dBm/BW
4.1.3 Power Spectral Density
The Power Spectral Density (PSD) of the EUT was measured per KDB 971168 D01 using the setup in Figure 4.1.1
above and the Channel Power Measurement feature of the MXA Analyzer. The signal bandwidths, modulations
and transmit channels identified in Table 4.1.3 were evaluated.
The FCC Part 96 requirement for PSD is that the Power Spectral Density (PSD) of the EUT shall not exceed 37
dBm/MHz.
4.1.3.1 Power Spectral Density Results:
The maximum conducted Power Spectral Density (PSD) of the EUT measured at its antenna transmitting
terminals was18.02 dBM/MHz. when added to the maximum antenna gain results in a radiated PSD of
29.0 which is 8 dB below the 37 dBm/MHz limit. This is in full compliance with the requirement. The
measured values are in Table 4.1.3 below
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Table 4.1.3
Power Spectral Density Results
Band
Loc.
Signal
BW,
MHz
Modulation
Q16 = qpsk
+ 16qam
Measured
Conducted
PSD
dBm/MHz
Maximum
Antenna
Gain,
dBi
Maximum
Radiated
PSD,
dBm/MHz
Part 96
PSD Limit
dBm/MHz
Compliant
Y/N
3555
Left
10
Q16
17.44
10.98
28.42
37
Yes
3555
Left
10
64QAM
16.81
10.98
27.79
37
Yes
3555
Left
10
256QAM
17.96
10.98
28.94
37
Yes
3657.5
Left
15
64QAM
15.68
10.98
26.66
37
Yes
3660
Left
20
Q16
14.59
10.98
25.57
37
Yes
3615
Center
10
Q16
16.06
10.98
27.04
37
Yes
3615
Center
10
64QAM
16.46
10.98
27.44
37
Yes
3615
Center
10
256QAM
16.29
10.98
27.27
37
Yes
Test
CBRS
Channel
Frequency
3617.5
Center
15
64QAM
14.65
10.98
25.63
37
Yes
10
3620
Center
20
Q16
13.63
10.98
24.61
37
Yes
11
3695
Right
10
Q16
16.44
10.98
27.42
37
Yes
12
3695
Right
10
64QAM
17.1
10.98
28.08
37
Yes
13
3695
Right
10
256QAM
16.76
10.98
27.74
37
Yes
14
3692.5
Right
15
64QAM
14.84
10.98
25.82
37
Yes
15
3690
Right
20
Q16
13.67
10.98
24.65
37
Yes
16
3560
LL
20+20
256QAM
16.40
10.98
27.38
37
Yes
17
3580
LR
20+20
256QAM
16.26
10.98
27.24
37
Yes
18
3572.5
LR
15+15
256QAM
18.02
10.98
29.00
37
yes
Figure 4.1.3
Power Spectral Density (PSD) Sample Data Compliance
PSD Single Carrier
3555 MHz
10M0F9W
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QPSK+16QAM
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PSD Single Carrier
3555 MHz
PSD Dual Carrier
3572.5 MHz
10M0F9W
15M0F9W
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15
QPSK+16QAM
256QAM
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.1.4 Peak-to-Average Power Ratio Measurement
The Peak-to-Average Power Ratio (PAPR) of the EUT was measured per KDB 971168 D01 using the setup in
Figure 4.1.1 above and the Power Complementary Cumulative Distribution Function (CCDF) feature of
the MXA Analyzer. All modulations and all transmit ports were evaluated. The PAPR measurements were
made for every carrier in the test table for nominal 2W carriers as tabulated in Table 4.1.4.
The FCC requirement for PAPR is that the transmitter’s peak-to-average power ratio (PAPR) shall not exceed 13
dB for more than 0.1% of the time using a signal corresponding to the highest PAPR during periods of
continuous transmission. The maximum PAPR value for each measured configuration is given in Table 4.1.4.
Sample measurements are shown in the plots in Figure 4.1.4 below.
4.1.4.1 Peak-to-Average Power Ratio Results:
The maximum Peak-to-Average Power Ratio (PAPR) of the EUT measured at its antenna transmitting
terminals were measured to be 8.20 dB maximum, which is in full compliance with the requirement to
not exceed 13 dB as specified by the FCC. The representative data sets exact values are listed in
Table 4.1.4 below.
Table 4.1.4 The Maximum PAPR Value at 0.1% probability of the EUT
Test
10
11
12
13
14
CBRS Channel
Center
Frequency
MHz
3555
3555
3555
3615
3695
3657.5
3617.5
3692.5
3560
3620
3690
3555/3565
3717.5/3672.5
3670/3690
Band
Location
Left
Left
Left
Center
Right
Left
Center
Right
Left
Center
Right
Left
Center
Right
Tx
Port
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Signal
Bandwidth,
MHz
10
10
10
10
10
15
15
15
20
20
20
10+10
15+15
20+20
Modulation
Q16=qpsk+16qam
64=64QAM
256=256QAM
QPSK + 16 QAM
64QAM
256QAM
256QAM
QPSK + 16 QAM
256QAM
256QAM
QPSK + 16 QAM
64QAM
64QAM
256QAM
256QAM
256QAM
256QAM
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Peak To
Average
Ratio at
0.1%
dB
6.71
6.75
8.20
6.70
6.68
7.99
6.76
6.68
6.78
6.75
6.78
8.49/8.04
9.28/10.73
9.29/9.14
Peak To
Average
Ratio
Limit
dB
13
13
13
13
13
13
13
13
13
13
13
13/13
13/13
13/13
PAR
Pass
Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Figure 4.1.4
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Peak to Average Power Ratio Measurements Plots
PAR
10 MHz
3555MHz
Tx1
QPSK + 16QAM
PAR
10 MHz
3555MHz
Tx2
64QAM
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PAR
10 MHz
3555MHz
Tx1
256QAM
PAR
10 MHz
3615 MHz
Tx1
QPSK + 16QAM
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PAR
10 MHz
3695 MHz
Tx1
PAR
15 MHz
3557.5 MHz Tx1
QPSK + 16QAM
256QAM
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19
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PAR
15 MHz
3617.5 MHz Tx1
256QAM
PAR
15 MHz
3692.5 MHz Tx1
256QAM
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PAR
20 MHz
3560 MHz
Tx1
64QAM
PAR
20 MHz
3620 MHz
Tx1
64QAM
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
PAR
20 MHz
3590 MHz
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Tx1
QPSK-16QAM
FW2QMBOM1_ 2x2_15M_3675MHz_Tx2_QPSK+16QAM
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22
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
FW2QMBOM1_ 2x2_15M_3692.5MHz_Tx1_256QAM
FW2QMBOM1_ 2x2_20M_3670MHz_Tx1_256QAM
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23
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
FW2QMBOM1_ 2x2_20M_3690MHz_Tx2_256QAM
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24
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.2
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Section 2.1047 MEASUREMENT REQUIRED: MODULATION CHARACTERISTICS
The FW2QMBOM1 supports LTE TDD technologies. LTE utilizes Orthogonal Frequency Division Multiplexing
(OFDM) which splits the carrier frequency bandwidth into many small subcarriers. Each individual subcarrier can
be modulated with a combined QPSK + 16QAM, 64QAM or with a 256QAM digital modulation formats.
In QPSK, there are 4 possible symbol states and each symbol carries 2 bits of information. In 16QAM, there are
16 possible symbol states and each 16-QAM symbol carries 4 bits of information. In 64QAM, there are 64 possible
symbol states and each 64-QAM symbol carries 6 bits of information. While in 256QAM, there are 256 possible
symbol states and each 256-QAM symbol carries 8 bits of information. The higher-order modulations, where the
constellations become more dense, are more sensitive to poor channel conditions than the lower-order
modulation.
The modulation characteristics measurement of LTE carriers measures the difference between the ideal symbols
and the measured symbols after the equalization. The measurement was performed for all of the channels as
documented in table 4.2 below.
4.2.1 Modulation Characteristics Measurement
The measurements were performed at the antenna transmitting terminal of the base station system with a signal
analyzer which was calibrated in accordance with ISO 9001 process.
The test set-up diagram is given in Figure 4.2.1, where the signal analyzer used the external signals from the base
station as its trigger source and time reference. Figure 4.2.2 below shows representative screen plots of the
modulation measurement for an LTE carrier in the various modulations.
4.2.2 Modulation Measurements Results:
The measured modulation characteristics of the EUT are tabulated in Table 4.2 and are in full compliance with
the FCC. Sample plots are in Figure 4.2.2 below.
Table 4.2 Modulation Results
Test
10
11
CBRS
Channel
Center
Frequency
MHz
3555
3555
3555
3615
3695
3657.5
3617.5
3692.5
3560
3620
3690
Band
Location
Left
Left
Left
Center
Right
Left
Center
Right
Left
Center
Right
Tx
Port
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx2
Tx1
Tx1
Signal
Bandwidth,
MHz
10
10
10
10
10
15
15
15
20
20
20
Modulation
Q16=qpsk+16qam
64=64QAM
256=256QAM
QPSK + 16 QAM
64QAM
256QAM
256QAM
QPSK + 16 QAM
256QAM
256QAM
QPSK + 16 QAM
64QAM
64QAM
256QAM
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Modulation
Pass / Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Figure 4.2.1 Test Set-Up for Measurement of Modulation, Occupied Bandwidth and Out-of-Band Emissions
Antenna Port Test Configuration for RF Power, Modulation, PAR,
Occupied Bandwidth-Edge Of Band and Conducted Spurious Emissions,
NOKIA FW2QMBOM1 CBRS Small Cell
Antenna Terminals
Digital Assets Platform
Rohde & Schwartz ESIB40
Receiver / Spectrum Analyzer
Power
Source
GPS
Amplifier
Splitter
Incident
Reflected
Transmit Path Tx1
Power
GPS
Antenna
Broadband Directional Coupler
Transmit Path Tx2
Power Meter
Power
Sensor
2W
MXA
EMC Test
Controller
Timing Breakout
FWQA LMTS
Version 3
U81B051.00
Timing Reference
External Trigger
Agilent N9020A MXA
Signal Analyzer
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Figure 4.2.2 Typical Modulation Measurements
Modulation 10 MHz
3555MHz
Tx1 QPSK + 16QAM
Modulation 15 MHz
3617.5MHz Tx1
64QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Modulation 10 MHz
3615MHz
Tx1
256QAM
Modulation 20 MHz
3690 MHz
Tx1
256QAM
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4.3 Section 2.1049 MEASUREMENT REQUIRED: OCCUPIED BANDWIDTH and EDGE of
BLOCK EMISSIONS
This test measures the Occupied Bandwidth of the transmitting carrier and the Edge of-Block Emissions in the
frequency spectrum immediately outside and adjacent to the transmitting carrier(s).
The occupied bandwidth (OBW) is usually defined either as the 99% power OBW or a relative OBW. The 99%
OBW is the signal bandwidth such that, below its lower and above its upper frequency limits, the mean
power radiated or conducted are each equal to 0.5 percent of the total mean power radiated or conducted
by a given emission. The relative OBW is defined as the width of the signal between two points, one below
the carrier center frequency and one above the carrier center frequency, outside of which all emissions are
attenuated by at least X dB below the transmitter power, where the value of X is typically specified as 26.
Per KDB 971168 D01 v02, the relative OBW must be measured and reported when it is specified in the
applicable rule part; otherwise, the 99% OBW shall be measured and reported. The OBW shall be measured
when modulated by an input signal such that its amplitude and symbol rate represent the maximum rated
conditions under which the equipment is operated.
4.3.1 Results Occupied Bandwidth (Signal Bandwidth)
The measured 99% occupied bandwidth and -26 dB relative bandwidth was measured with a Agilent/Keysight
MXA signal analyzer for the 10M0F9W, 15M0F9W and 20M0F9W emission designators. The results are
tabulated in Table 4.3.1 and examples are in Figure 4.3.1 below and shows that the measured signals are within
the parameters of the emissions designator for the FCC.
Table 4.3.1 Signal Bandwidth Results
Test
10
11
CBRS
Channel
Center
Frequency
MHz
3555
3555
3555
3615
3695
3557.5
3617.5
3692.5
3560
3620
3690
Band
Location
Left
Left
Left
Center
Right
Left
Center
Right
Left
Center
Right
Tx
Port
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx2
Tx1
Tx1
Modulation
Q16=qpsk+16qam
64=64QAM
256=256QAM
QPSK + 16 QAM
64QAM
256QAM
256QAM
QPSK + 16 QAM
256QAM
256QAM
64QAM
QPSK + 16 QAM
64QAM
256QAM
Nominal
Signal
Bandwidth,
MHz
10
10
10
10
10
15
15
15
20
20
20
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Measured
99% Signal
Bandwidth,
MHz
8.948
8.872
8.896
8.961
8.925
13.402
13.292
13.420
17.680
17.756
17.857
Signal
Bandwidth
Pass / Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
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Figure 4.3.1- Occupied Bandwidth - Typical Signal Bandwidth
99% Signal Bandwidth
10 MHz
3555MHz
Tx1
QPSK + 16QAM
99% Signal Bandwidth
10 MHz
3555 MHz
Tx1
64QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
99% Signal Bandwidth
10 MHz
3555 MHz
Tx1
256QAM
99% Signal Bandwidth
10 MHz
3615 MHz
Tx1
256QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
99% Signal Bandwidth
10 MHz
3695 MHz
Tx1
99% Signal Bandwidth
15 MHz
3557.5MHz Tx1
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QPSK + 16QAM
256QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
99% Signal Bandwidth
15 MHz
3617.5 MHz Tx1
256QAM
99% Signal Bandwidth
15 MHz
3692.5 MHz Tx1
256QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
99% Signal Bandwidth
20 MHz
3560 MHz
Tx1
QPSK + 16QAM
99% Signal Bandwidth
20 MHz
3620 MHz
Tx1
64QAM
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99% Signal Bandwidth
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20 MHz
3690 MHz
Tx1
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256QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.3.2 Occupied Bandwidth-Edge of Block Emissions
Classical Occupied Bandwidth – Edge of Block Emissions is an evaluation of the transmit carrier compliance with
edge of block/edge of band requirements. This measurement documents the product’s ability to maintain
compliance with FCC Parts 2 and Part 96.41 limitations on emissions outside the block of operation.
The FW2QMBOM1 LTE RF Module system supports single and multi-carrier LTE TDD technologies. This
evaluation addresses 2x2W MIMO operation with 10, 15 or 20 MHz carriers with various LTE modulations. In
each test configuration the carriers were configured at the left side, center and right side of the Part 96 band as
appropriate. All power adjustments were performed prior to other measurements. Power was set to the total
per port maximum for the specific configuration with equal levels of power per carrier. The measurements are
described below.
The occupied bandwidth of each of the signals identified in Table 4.3.6.1 was measured using a MXA signal
analyzer and a Rohde & Schwarz ESIB-40 EMI Receiver/ Spectrum Analyzer, a PC based instrumentation controller
using TILE software and calibrated RF attenuation and coupled signal path. The measurement process meets
the requirements of ANSI C63.26 and ISO17025. The RF power level was measured and adjusted via the test
setup in Figure 4.3. The set RF output from the transmitter was reduced by calibrated broadband attenuators to
amplitudes usable by the spectrum analyzer and power meter. The attenuation factors are reflected in the
displayed values of the charts. The typical occupied bandwidth measurement displays the signal adjusted to the
reference level corresponding to the corrected RF power level for the signal bandwidth and given resolution
bandwidth (RBW). This set-point was performed as follows:
For each test the power calibration was individually verified at the transmitter antenna connection (J4) with a
power meter by using the test setup depicted in Figure 4.3. The power calibration was performed to calibrate the
spectrum analyzers power measurement against the more accurate power meter measurement. This provides a
specific reference for measurements performed with either a 100 kHz, and/or 200 kHz Resolution Bandwidth
signal.
Plots are provided using the triggered LTE-TDD functionality of the MXA and peak detected plots using the EMC
Test Receiver. The plots complement each other and demonstrate compliance with edge of band limits.
The duality of the measurements are necessary as conducted spurious measurements are required to be
performed with the same detector functions as the RF Power/Occupied Bandwidth/Edge of Band Emissions.
Conducted spurious measurements were therefore performed over the frequency range of 10 MHz-26.5 GHz with
the N9020A MXA Signal analyzer (average detector) and 10 MHz to 37 GHz with the ESIB40 EMC Test receiver
(peak detector). Since CBRS Band 48 (3550-3700MHz) requires Conducted spurious testing to 37 GHz the second
measurement using peak detector was performed to 37 GHz
The test procedure above as applied to Figure 4.3.5, calibrates the carrier power against the Mask and accurately
places the measured occupied bandwidth carrier at the appropriate reference line. All of the plots are presented
with a sufficiently wide frequency span for the specific signals or Block of interest. This allows for ease of
comparison of the multi-carrier performance. This data was electronically recorded using the TILE software and
electronically placed in the Occupied Bandwidth Data Sheets. These sheets contain data for multiple mixed
carrier configurations for “Left Edge of Block”, and “Right Edge of Block” across CBRS Band 48.
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.3.3 Requirements 3.5 GHz Emissions and Interference Limits
The Limit in 47 CFR 96.41 (e) for 3.5 GHz Emissions and Interference Limits is as follows:
(1) Except as otherwise specified in paragraph (e)(2) of this section, for channel and frequency assignments made by the
SAS to CBSDs, the conducted power of any emission outside the fundamental emission (whether in or outside of the
authorized band) shall not exceed −13 dBm/MHz within 0-10 megahertz above the upper SAS-assigned channel edge
and within 0-10 megahertz below the lower SAS-assigned channel edge.
At all frequencies greater than 10 megahertz above the upper SAS assigned channel edge and less than 10 MHz
below the lower SAS assigned channel edge, the conducted power of any emission shall not exceed −25 dBm/MHz.
The upper and lower SAS assigned channel edges are the upper and lower limits of any channel assigned to a CBSD
by an SAS, or in the case of multiple contiguous channels, the upper and lower limits of the combined contiguous
channels.
(2) Additional protection levels. Notwithstanding paragraph (d)(1) of this section, the conducted power of any emissions
below 3530 MHz or above 3720 MHz shall not exceed −40dBm/MHz.
(3) Measurement procedure. (i) Compliance with this provision is based on the use of measurement instrumentation
employing a resolution bandwidth of 1 megahertz or greater. However, in the 1 megahertz bands immediately outside
and adjacent to the licensee's authorized frequency channel, a resolution bandwidth of no less than one percent of the
fundamental emission bandwidth may be employed. A narrower resolution bandwidth is permitted in all cases to
improve measurement accuracy provided the measured power is integrated over the full reference bandwidth (i.e., 1
MHz or 1 percent of emission bandwidth, as specified). The emission bandwidth is defined as the width of the signal
between two points, one below the carrier center frequency and one above the carrier center frequency, outside of
which all emissions are attenuated at least 26 dB below the transmitter power.
(ii) When measuring unwanted emissions to demonstrate compliance with the limits, the CBSD and End User Device
nominal carrier frequency/channel shall be adjusted as close to the licensee's authorized frequency block edges, both
upper and lower, as the design permits.
(iii) Compliance with emission limits shall be demonstrated using either average (RMS)-detected or peak-detected power
measurement techniques.
In order to address the limit as imposed for the requirement in 47CFR 96.41 we evaluated emissions per the
requirements in ANSI C63.26 and per KDB 940660 D01 Part 96 CBRS Equipment.
The average detector function was used for all MXA measurements and the Peak detector function were used for
EMC receiver measurements.
4.3.4 Measurement Offset and MIMO
The spectrum analysis output plots show the peak of the LTE channel signal at the reference line that is an
appropriate number of dB below the top of Mask reference of the spectrum analyzer. For the LTE system there
is no carrier without modulation. Since the LTE signal is broadband and is 10, 15 or 20 MHz wide, all of the
measurements performed at narrower resolution bandwidths need to be evaluated with limits adjusted for the
reduction in signal energy. The following relationship was used to provide the correct level for an unmodulated
carrier vs. the modulated signal.
10*log (Resolution Bandwidth/ Transmit Bandwidth) = Signal Offset (1)
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
For the peak of the 10, 15 or 20 MHz LTE signal measured with a RBW of 100, 150 or 200 kHz the signal offset
is:
For a 10 MHz carrier the Signal Offset = 10*log (100 kHz /10 MHz) = -20.00 dB
For a 15 MHz carrier the Signal Offset = 10*log (100 kHz /15 MHz) = -21.76 dB
For a 15 MHz carrier the Signal Offset = 10*log (150 kHz /15 MHz) = -21.76 dB
For a 20 MHz carrier the Signal Offset = 10*log (100 kHz /20 MHz) = -23.01 dB
For a 20 MHz carrier the Signal Offset = 10*log (200 kHz /20 MHz) = -23.01 dB
For MIMO operation in accordance with KDB 662911 D01 the limits must be adjusted per the equation:
MIMO Offset = 10LOG(n) where n= MIMO Value
For 2x MIMO = 10LOG(2)= 3.01 dB
4.3.5 Mask Parameters
The parameters for all of the limits used for these tests are detailed in Table 4.3.5, below.
Per Part 2 limits which are specified as appropriate at a given RBW can be measured and evaluated at other
RBW’s if the limit is adjusted per equation (1). Table 4.3.5, below, identifies all of the limits and calibrations line
levels used on the Occupied Bandwidth Masks to evaluate Out of Band Emissions. The line designations are as
identified on the sample Occupied Bandwidth Chart Figure 4.3.5.
Table 4.3.5 Measurement RBW
Carrier
Power
Mask Parameters Occupied Bandwidth-Edge of Band
Power Calibration
Signal
Bandwidth
OBWEdge of
Band
RF
Power
Offset
Level
MHz
0.1
MHz
dB
-5.23
dBc
-5.23
Edge of Band Emission Limits
1st
MHz
Limit
>1 MHz
to 10
MHz
Limit
3530 to
-10
MHz
& +10
to 3720
MHz
c-b &
bb-cc
e-d &
dd-ee
g-f &
ff-gg
Below
3530
MHz
and
Above
3720
MHz
Limit
Signal Offset
Reference level
"n" x
MIMO
Bandwi
dth an
Factor
dBm
27.78
dBc
-20.00
dBm
13.01
integer
dB
3.01
dBm
-16.01
dBm
-26.01
dBm
-38.01
dBm
-53.01
Power Levels
dBm
33.01
MHz
10
33.01
15
0.1
-6.99
-6.99
26.02
-21.76
11.25
3.01
-17.77
-26.01
-38.01
-53.01
33.01
15
0.15
-6.99
-6.99
26.02
-20.00
13.01
3.01
-16.01
-24.25
-36.25
-51.25
33.01
20
0.1
-8.24
-8.24
24.77
-23.01
10.00
3.01
-19.02
-26.01
-38.01
-53.01
33.01
20
0.2
-8.24
-8.24
24.77
-20.00
13.01
3.01
-16.01
-23.00
-35.00
-50.00
33.01
10
3.01
-16.01
-28.01
-43.01
33.01
15
3.01
-16.01
-28.01
-43.01
33.01
20
3.01
-16.01
-28.01
-43.01
Conducted Spurious Limits at 1 MHz Resolution Bandwidth
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Figure 4.3.5 OBW 1 Carrier 10MHz QPSK-16QAM
Sample Occupied Bandwidth Charts
3550 MHz.
OBW 1 Carrier 20MHz 256QAM 3690 MHz
OBW 1 Carrier 15MHz 256QAM 3557.5 MHz
OBW 2 Carrier 15+15 256QAM
OBW 1 Carrier Peak Detector 20MHz 256QAM 3690 MHz
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3685 MHz
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4.3.6 Occupied Bandwidth-Edge of Block Emissions Measurement
The occupied bandwidth and out-of-band emissions measurements were made at the antenna transmitting
terminal for single 10, 15 and 20 MHz carriers and 10+10, 15+15 and 20+20 MHz dual carriers. These included
measurements with QPSK+16QAM, 64QAM and 256QAM modulation. The appropriate E-UTRA test model
specified in 3GPP TS 36.141 V14.1.0 (2016-09) Technical Specification Group Radio Access Network; Evolved
Universal Terrestrial Radio Access (E-UTRA); Base Station (BS) conformance testing (Release 14). was used for
these LTE carriers.
The measurements were performed with both a spectrum analyzer and with an MXA signal analyzer in compliance
with the procedure and requirements of ANSI C63.26. The test set-up diagram in Figure 4.3 is used for RF Power,
Modulation, Peak to Average Ratio, occupied bandwidth, out-of-band emissions and Antenna Port Conducted
Spurious Emissions.
Testing was performed for the 10, 15 and 20 MHz carrier configurations at the left side, center and right side of
the Part 96 Band. The total overall carrier power level at each antenna terminal was adjusted to the maximum
rated mean power 33.01 dBm (2W) for 2xMIMO configurations. This is 4W total for the two ports.
Mask parameters were as stated in Table 4.3.5. For proper evaluation of the carrier the measurement
parameters for Resolution Bandwidth and Mask Edge Offsets were followed as shown in Table 4.3.6. All of the
Mask Edge Offsets are equal to ½ of the Resolution Bandwidths used for the measurements.
Table 4.3.6. Measurement Parameters and Mask Edge Offsets
Signal
Bandwidth
MHz
Measurement
Resolution Band
Width (RBW)
MHz
Resolution
Bandwidth
Offsets
MHz
10
0.1
0.05
15
0.1
0.05
20
0.1
0.05
20
0.2
0.1
4.3.6.1 Results Occupied Bandwidth-Edge of Block Emissions
The occupied bandwidth plots for operation at the left side and the right side of the band for all of the signal
bandwidths are below. The mask accurately depicts the limits for the specific blocks to determine compliance
with FCC Part 96. The mask limits include the appropriate considerations for 2x2W MIMO operation.
From the out-of-band emissions plots attached below, it can be seen that all the emissions are under the
required emission masks for MIMO operation.
The measurement results of the occupied bandwidth and the out-of-band emissions as documented in the
plots and Table 4.3.6.1 demonstrate the full compliance with the Rules of the Commission for the operating
band.
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Table 4.3.6.1 Compliance Tabulation of Occupied Bandwidth-Edge of Block Measurements
Occupied
Bandwidth /
Signal
Edge of Block
Test
Transmit
Tx
Bandwidth,
Results
Frequency
Port
MHz
Modulation
Pass / Fail
3555
Tx1
10
QPSK+16QAM
Pass
3565
Tx1
10
64QAM
Pass
3555
Tx2
10
256QAM
Pass
3615
Tx1
10
256QAM
Pass
3695
Tx1
10
256QAM
Pass
3657.5
Tx1
15
256QAM
Pass
3617.5
Tx1
15
256QAM
Pass
3692.5
Tx1
15
QPSK+16QAM
Pass
3560
Tx1
20
QPSK+16QAM
Pass
10
3620
Tx1
20
64QAM
Pass
11
3690
Tx1
20
256QAM
Pass
12
3555
Tx1
10
256QAM
Pass
13
3690
Tx1
20
64QAM
Pass
14
3555+3565
Left
10+10
256QAM
Pass
15
3615+3625
Center
10+10
256QAM
Pass
16
3685+3695
Right
10+10
256QAM
Pass
17
3557.5+3572.5
Left
15+15
256QAM
Pass
18
3617.5+3632.5
Center
15+15
256QAM
Pass
19
3677.5+3692.5
Right
15+15
256QAM
Pass
20
3677.5+3692.5
Right
15+15
Q16
Pass
21
3677.5+3692.5
Right
15+15
64QAM
Pass
22
3560+3580
Left
20+20
256QAM
Pass
23
3620+3640
Center
20+20
256QAM
Pass
24
3670+3690
Right
20+20
256QAM
Pass
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Figure 4.3 -
Nokia, Global Product Compliance Laboratory
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Test Set-Up for Measurement of Occupied Bandwidth and Out-of-Band Emissions
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.3.7 Transmitter Measurements of Occupied Bandwidth and Edge of Band Emissions
Occupied Bandwidth-Edge of Band 10 MHz
3555MHz
Tx1
QPSK + 16QAM
Occupied Bandwidth-Edge of Band 10 MHz
3555 MHz
Tx1
64QAM
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Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Occupied Bandwidth-Edge of Band 10 MHz
3555 MHz
Tx2
256QAM
Occupied Bandwidth-Edge of Band 10 MHz
3615 MHz
Tx1
256QAM
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FCC Certification Test Report
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Occupied Bandwidth-Edge of Band 10 MHz
3695 MHz
Tx1
256QAM
Occupied Bandwidth-Edge of Band 15 MHz
3557.5MHz
Tx1
256QAM
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FCC Certification Test Report
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Occupied Bandwidth-Edge of Band 15 MHz
3617.5 MHz
Tx1
256QAM
Occupied Bandwidth-Edge of Band 15 MHz
3692.5 MHz
Tx1
QPSK + 16QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Occupied Bandwidth-Edge of Band 20 MHz
3560 MHz
Tx1
QPSK + 16QAM
Occupied Bandwidth-Edge of Band 20 MHz
3620 MHz
Tx1
64QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Occupied Bandwidth-Edge of Band 20 MHz
OBW-Edge of Band
10+10 MHz
3690 MHz
3555+3565 MHz
Tx1
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Tx1
256QAM
256QAM
FCC Certification Test Report
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
OBW-Edge of Band
20+20 MHz
3560+3680 MHz
Tx1
256QAM
OBW-Edge of Band
15+15 MHz
3677.5+3692.5 MHz Tx1
256QAM
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Peak Detector Measurements
OBW-Edge-of-Band
10MHz
Tx1
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 22.5 C, 20.4 Hum, 29.38 inHg
GPCL Job # - 2017-0135 PRI04781
3555 MHz
256QAM
Mask1
Lim_Pwr Cal_10M_2W
LRef_2W_10M@100k
CCRF8_RBW=100k
CCRF9_RBW=3M
NOKIA Bell Labs
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FCC Occupied Bandwidth / Power Cal- Carrier 1
CCRF10_100kHz
40.0
30.0
20.0
Amplitude, dBm
10.0
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
3.530G
3.535G
3.540G
3.545G
3.550G
3.555G
3.560G
3.565G
Frequency, Hz
3.570G
3.575G
3.580G
CBRS LTE FW2QQWF, 10M0F9W,
Channel 3555 MHz 256QAM,
Tx2 Port 2W/c Pwr,
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
07:09:32 PM, Wednesday, February 07, 2018
OBW-Edge-of-Band
10MHz
Tx1
3555 MHz
256QAM
Ma s k 7
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
NOKIA Bell Labs
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 22.5 C, 20.4 Hum, 29.38 inHg
Global
Product
Compliance Laboratory
GPCL Job # - 2017-0135 PRI04781
C C R F8 _ R B W =1 0 0 k
C C R F9 _ R B W =3 M
Lim_ PwrC a l_ 10 M_ 2 W
LR e f _ 2 W _ 1 0 M@ 1 0 0 k
CBRS OBW All Parts 96 & 90Z
40.0
30.0
20.0
Amplitude, dBm
10.0
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
3.530G
3.580G
3.630G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
06:18:31 PM, Wednesday, February 07, 2018
3.680G
CBRS LTE FW2QQWF, 10M0F9W,
Channel 3555 MHz 256QAM,
Tx2 Port 2W/c Pwr,
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FCC Certification Test Report
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OBW-Edge-of-Band
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
20MHz 3560
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 21.9 C, 20.4 Hum, 29.90 inHg
GPCL Job # - 2017-0135 PRI04781
Tx1
64QAM
Mask1
Lim_Pwr Cal_20M_2W
LRef_2W_20M@100k
CCRF8_RBW=100k
CCRF9_RBW=3M
NOKIA Bell Labs
Global Product Compliance Laboratory
FCC Occupied Bandwidth / Power Cal- Carrier 1
CCRF10_100kHz
40.0
30.0
20.0
Amplitude, dBm
10.0
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
3.665G
3.670G
3.675G
3.680G
3.685G
3.690G
3.695G
3.700G
Frequency, Hz
3.705G
3.710G
3.715G
CBRS LTE FW2QQWF, 20M0F9W,
Channel 3690 MHz 64QAM,
Tx1 Port 2W/c Pwr,
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
05:49:13 PM, Wednesday, February 07, 2018
OBW-Edge-of-Band
20MHz 3560
Tx1
64QAM
Ma s k 7
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
NOKIA Bell Labs
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 21.9 C, 20.4 Hum, 29.90 inHg
Global Product Compliance Laboratory
GPCL Job # - 2017-0135 PRI04781
C C R F8 _ R B W =1 0 0 k
C C R F9 _ R B W =3 M
Lim_ PwrC a l_ 20 M_ 2 W
LR e f _ 2 W _ 2 0 M@ 1 0 0 k
CBRS OBW All Parts 96 & 90Z
40.0
30.0
20.0
Amplitude, dBm
10.0
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
3.530G
3.580G
3.630G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
06:14:19 PM, Wednesday, February 07, 2018
3.680G
CBRS LTE FW2QQWF, 20M0F9W,
Channel 3690 MHz 64QAM,
Tx1 Port 2W/c Pwr,
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4.4
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Section 2.1051 MEASUREMENT REQUIRED: SPURIOUS EMISSIONS AT THE ANTENNA
TERMINALS
This test measures the emissions of spurious signals which may come from harmonic, parasitic, intermodulation
and frequency conversion products and are outside the necessary bandwidth but excludes Edge-of-Band
emissions.
4.4.1 Section 2.1051 Spurious Emissions at Antenna Terminals
Spurious Emissions at the antenna terminals were investigated per 47CFR Section 2.1057(a)(1) over the
frequency range of 10 MHz to 37 GHz which is beyond the 10th harmonic of the carrier frequency. A test
coupler which incorporates a low intermod broadband RF attenuator was used to reduce the transceiver’s
amplitude to a level usable by the spectrum analyzer. The test configuration is shown in Figure 4.4.1 which
documents the test set up used for the measurements. In this set up the complete RF test path was calibrated
over the 10 MHz-37 GHz range.
The spurious measurements were made using an automated test system and an MXA Signal Analyzer. The
automated test system consists of a Rohde & Schwarz ESIB-40 Test Receiver/ Spectrum Analyzer, a PC based
computer test controller, calibrated test hardware and a TILE  software program to acquire the test data.
These measurements are performed in compliance with ANSI C63.26 and our ISO17025 process. The
measurement meets the ANSI C63.26 requirements in paragraphs 5.2.4.4.1 and 5.7 which requires that the
number of points in the sweep be > 2 × Span/RBW. The MXA signal analyzer measurements examine the 10
MHz to 26.5 GHz range while the automated test system overlaps and extends the frequency range to
examine the 10 MHz to 37 GHz range.
Measurements were performed for all of the test configurations in Table 4.5.4 and these match the test
configurations used for Occupied Bandwidth / Edge of Band Emissions, RF Power and modulation.
4.4.2 Required Limit
The required emission limitation specified in 47CFR 96.41 (e) was applied to these tests. Based upon the
criterion given in Section 96 of the Code and as developed in 4.3.3, the required emission limit for emissions
outside a licensee’s frequency block is:
47CFR 96.41 (e)(2) Additional protection levels. Notwithstanding paragraph (d)(1) of this section, the conducted
power of any emissions below 3530 MHz or above 3720 MHz shall not exceed −40dBm/MHz.
In order to account for the spectral adding of identical signals from the primary and diversity ports, per KDB
662911 D01 Multiple Transmitter Output v01r01, the level needs be adjusted by 10LOG(n) where n= number of
outputs.
The adjustment for n=2 is: 3.01 dB = 10LOG(2)
Therefore the limit for emissions >1 MHz outside a licensees frequency block when measured
with a RBW of 1 MHz is:
-40 dBm - 3.01 dB = -43.01 dBm for 2x MIMO
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.4.3 Operational Configuration
The modulation used in this evaluation are described in the pertinent standards documents which include 3GPP
TS 36.141 V14.1.0 (2016-09) Technical Specification Group Radio Access Network; Evolved Universal
Terrestrial Radio Access (E-UTRA); Base Station (BS) conformance testing (Release 14). The modulation is
Orthogonal Frequency Division Multiple Access (OFDMA) which is processed into an uplink IF signal. The input
data stream is divided into several parallel sub-streams of reduced data rate and each sub-stream is transmitted
on a separate orthogonal sub-carrier. For this test the sub-carriers were modulated using 256QAM.
4.4.4 Results:
Over the required frequency spectrum investigated for the EUT, no reportable out-of-block spurious emissions
were detected. The out-of-block spurious emissions in the entire spectrum investigated are under the required
reportable emission limit and are tabulated in Table 4.4.4 below. Two sets of data which represent the two
extremes of MIMO configurations tested are attached below. The measurement results demonstrate that the
subject of the application is in full compliance with the Rules of the Commission and Industry Canada.
Table 4.4.4 Compliance Tabulation of Conducted Spurious Emissions Measurements
Test
10
11
12
13
14
15
16
14
15
16
17
18
19
20
21
22
Transmit
Frequency
3655
3665
3655
3675
3675
3695
3695
3657.5
3675
3657.5
3660
3690
3660+3690
3660+3690
3555+3565
3615+3625
3685+3695
3557.5+3572.5
3617.5+3632.5
3677.5+3692.5
3677.5+3692.5
3677.5+3692.5
3560+3580
3620+3640
3670+3690
Tx
Port
Tx2
Tx1
Tx1
Tx2
Tx1
Tx2
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx1
Tx2
Tx1
Tx1
Tx1
Tx2
Tx2
Tx2
Tx2
Tx2
Tx1
Tx1
Tx1
Signal
Bandwidth,
MHz
10
10
10
10
10
10
10
15
15
15
20
20
20+20
20+20
10+10
10+10
10+10
15+15
15+15
15+15
15+15
15+15
20+20
20+20
20+20
Modulation
QPSK+16QAM
64QAM
256QAM
QPSK+16QAM
256QAM
QPSK+16QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
256QAM
Q16
64QAM
256QAM
256QAM
256QAM
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Conducted Spurious
Emissions Results
Pass / Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.4.5 Transmitter Measurements of Conducted Spurious Emissions
Conducted Spurious
10M0F9W Left Side of Band
10-3530 MHz 3555 MHz
256QAM
10M0F9W
Conducted Spurious
3530-3540 MHz
3555 MHz
256QAM
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Tx2
10M0F9W
Tx2
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Conducted Spurious
3570–3720 MHz
3555 MHz
256QAM
10M0F9W
Tx2
Conducted Spurious
3570 MHz – 10 GHz
3555 MHz
256QAM
10M0F9W
Tx2
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Conducted Spurious
10-26.5 GHz
3555 MHz
256QAM
10M0F9W
Tx2
Conducted Spurious
10MHz-10GHz
3555 MHz
256QAM
10M0F9W
Tx2
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
NOKIA Bell Labs
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 22.5 C, 20.4 Hum, 29.38 inHg
Global
Product
Compliance Laboratory
GPCL Job # - 2017-0135 PRI04781
10MHz-10GHz Transmitter Conducted Spurious
40.0
30.0
20.0
Amplitude, dBm
10.0
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
-70.0
10M
100M
1G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
05:44:29 PM, Friday, January 19, 2018
CBRS LTE FW2QQWF, 10M0F9W,
Channel 3555 MHz 256QAM,
Tx2 Port 2W/c Pwr,
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10G
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Conducted Spurious
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
1-37GHz
3555 MHz
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 22.5 C, 20.4 Hum, 29.38 inHg
GPCL Job # - 2017-0135 PRI04781
256QAM
10M0F9W
Tx2
NOKIA Bell Labs
Global Product Compliance Laboratory
3-37 GHz Transmitter Conducted Spurious
40.0
30.0
20.0
10.0
Amplitude, dBm
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
-70.0
-80.0
-90.0
3G
5G
7G
9G
11G
13G
15G
17G
19G
21G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
23G
25G
27G
29G
31G
33G
35G
37G
CBRS LTE FW2QQWF, 10M0F9W,
Channel 3555 MHz 256QAM,
Tx2 Port 2W/c Pwr,
05:44:28 PM, Friday, January 19, 2018
Conducted Spurious
20M0F9W Right Side of Band
10-3530 MHz 3690 MHz
256QAM
20M0F9W
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Tx1
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Conducted Spurious
3530-3670 MHz
3690 MHz
256QAM
20M0F9W
Tx1
Conducted Spurious
3710–3720 MHz
3690 MHz
256QAM
20M0F9W
Tx1
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Conducted Spurious
3720 MHz–10 GHz
3690 MHz
256QAM
20M0F9W
Tx1
Conducted Spurious
10-26.5 GHz
3690 MHz
256QAM
20M0F9W
Tx1
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Conducted Spurious
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Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
10MHz-10GHz
3690 MHz
256QAM
20M0F9W
Tx1
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
NOKIA Bell Labs
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 21.9 C, 20.4 Hum, 29.90 inHg
Global Product Compliance Laboratory
GPCL Job # - 2017-0135 PRI04781
10MHz-10GHz Transmitter Conducted Spurious
40.0
30.0
20.0
10.0
Amplitude, dBm
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
-70.0
10M
100M
1G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
10:53:38 PM, Thursday, January 25, 2018
Conducted Spurious
1-37GHz
3690 MHz
Receiver/ S/A - E907; ESIB40 Due 2/22/2018
Pwr Meter:/Head - E915_06/08/2016, E949 10/07/16
Env Conditions.: - 21.9 C, 20.4 Hum, 29.90 inHg
GPCL Job # - 2017-0135 PRI04781
10G
CBRS LTE FW2QQWF, 20M0F9W,
Channel 3690 MHz QPSK+16QAM,
Tx1 Port 2W/c Pwr,
256QAM
20M0F9W
Tx1
NOKIA Bell Labs
Global Product Compliance Laboratory
3-37 GHz Transmitter Conducted Spurious
40.0
30.0
20.0
10.0
Amplitude, dBm
-10.0
-20.0
-30.0
-40.0
-50.0
-60.0
-70.0
-80.0
3G
5G
7G
9G
11G
13G
15G
17G
19G
21G
Frequency, Hz
Operator: ENG:WSM; FCC ID: 2AD8UFW2QMBOM1
23G
25G
27G
10:53:38 PM, Thursday, January 25, 2018
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29G
31G
33G
CBRS LTE FW2QQWF, 20M0F9W,
Channel 3690 MHz QPSK+16QAM,
Tx1 Port 2W/c Pwr,
35G
37G
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Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Section 2.1053 MEASUREMENT REQUIRED: FIELD STRENGTH OF SPURIOUS
RADIATION
The field strength measurements of radiated spurious emissions were made in a FCC registered three meter
semi-anechoic chamber AR-5, (FCC Registration Number: 395774) NVLAP Lab Code: 100275-0 and IC (Filing
Number: 6933F-5) which is maintained by Nokia Bell Labs in Murray Hill, New Jersey.
The CBRS FW2QMBOM1 2x2W (EUT) was configured with two transmit modules in semi-anechoic chamber AR-5
in the normal field installation. The recommendations of ANSI C63.4–2014 and C63.26-2015 were followed for
EUT testing setup and cabling. The EUT was configured to operate per the E-UTRA test model specified in 3GPP
TS 36.141 V14.1.0 (2016-09) Technical Specification Group Radio Access Network; Evolved Universal
Terrestrial Radio Access (E-UTRA); Base Station (BS) conformance testing (Release 14). A depiction of the setup
is in Figure 4.5
The base station was configured into the worst case transmit configuration to transmit two 2x MIMO 10 MHz
LTE carrier with the total transmit power of 8W (2x2x2W per port/39.03 dBm). This configuration provides the
highest Power Spectral Density transmit signal for the product. All transmit ports were terminated into nonradiating 50  resistive loads. The product in the below configurations was evaluated over the 30 MHz to 37
GHz frequency range.
Table 4.5.1 EUT Configurations
Test
Configuration
CBRS
Frequency
MHz
3675
Active
Ports
Tx1, Tx2
Tx1, Tx2
Signal
Bandwidth,
MHz
10
Modulation
Total
Power,
Watts
Radiated
Emissions
Pass / Fail
64QAM
Pass
4.5.1 Spurious Radiation and Radiated Emissions Requirements.
This product meets Part 15, Part 90Z and Part 96 requirements. . FCC Part 15 Class B require emissions to be
below 54.5 dBuV/m at 3m. Part 96 does not contain any additional radiated requirements.
Title 47CFR section 90.1323 and 2.1053 contains the requirements for the levels of spurious radiation as a
function of the EIRP of the unmodulated carrier. The reference level for the unmodulated carrier is calculated as
the field produced by an isotropic radiator excited by the transmitter output power according to the following
relation taken from Reference Data for Radio Engineers, page 27-7, 6th edition, IT&T Corp.
E = (120P) ½ = [(30*P)1/2] / R
20 log (E*106) - (43 + 10 log P) = 82.23 dB V/meter
Where:
E = Field Intensity in Volts/ meter
P = Transmitted Power, Watts = 8 W
R = Distance in meters = 3 m
The field strength of radiated spurious emissions measured was determined by
E (dBV/m) = Vmeas (dBV) + Cable Loss (dB) + Antenna Factor (dBi/m).
Field strength measurements of radiated spurious emissions were made in the 3m semi-anechoic chamber, AR5 as detailed above. The recommendations of ANSI C63.4 and ANSI C63.26 were followed for EUT testing
setup, cabling, and measurement approach and procedures. All the measurement equipment used, including
antennas, was calibrated in accordance with ISO 9001 process. The EUT setup diagram is given in the Figure 4.5.
The minimum margin to the Part 90.1323 limit as measured in accordance with 2.1053 is more than 20dB.
Sample data plots are per Table 4.6.2
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.5.2 Field Strength of Spurious Radiation Results:
This product meets both Part 90Z and Part 96 Requirements. Part 96 does not have additional radiated
Emissions limits beyond those of Part 90Z. For the Title 47CFR section 90.1323 and 2.1053 test, the field
strength of any spurious radiation, measured at 3m, is required to be less than 82.23 dBV/meter. Emissions
equal to or less than 62.23 dBV/meter are not reportable and may be verified using field strength
measurements with broadband antennas.
Over the out of band spectrum investigated from 10 MHz to beyond the tenth harmonic of the carrier (37GHz),
no reportable spurious emissions were detected. Additionally, from 10 MHz to beyond the tenth harmonic of
the carrier (37GHz), all non-transmit carrier emissions were below 54.5 dBV/m. This demonstrates that the
FW2QMBOM1 Flexi Zone Micro BTS CBRS / FCC ID: 2AD8UFW2QMBOM1, the subject of this application,
complies with FCC Part 15 Class B, and FCC Sections 2.1053, 90.1323 and 2.1057 of the Rules.
Photographs of the measurement setup are in the filing exhibits.
Figure 4.5 Radiated Emissions Product Setup
NOKIA - Proprietary
Use Pursuant to Company Instructions.
62
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.5.3 Transmitter Measurements of Radiated Spurious Emissions
T1
Radiated Emissions
Results Title:
File Name:
Test Laboratory:
Test Engineer:
Test Software:
Equipment:
EUT Details:
Configuration:
Date:
30M-1GHz
FCC Class B Final
Radiated E 3m 30MHz-1GHz
c:\program files\EMISoft - vasona\results\2017-0135 FW2QMBOM1 cbrs 2x2w mbo\T1 RE 30M1G FCC-GR B.emi
GPCL AR5-MH 23C, 52%RH, 993mB
MJS
Vasona by EMISoft, version 2.161
Nokia
FW2QMBOM1 CBRS 2X2 Watts, 10MBW 64QAM, 3675MHz, x 4, MBO. Hatch closed. AC
power cable over the top in cable manager.
Powered by 120VAC - 60Hz, Antenna E602. 6dB pad E889, Sonoma preamp E814, RS-ESI
E1190. Tested to FCC Class B RE 30M-1GHz. BW's Default.
2017-09-27 19:35:22
Formal Data
Freq. MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission Type
Pol
H/V
Ht cm
Az
deg
Limit
dBuV/m
Margin
dB
Pass
/Fail
62.922
55.96
6.36
-25.4
36.97
Quasi Max
62.922
55.28
6.36
-25.4
36.29
Quasi Max
205
40
-3.03
Pass
182
84
40
-3.71
62.922
54.85
6.36
-25.4
35.86
Quasi Max
Pass
122
164
40
-4.14
Pass
101.872
48.38
6.61
-17.6
37.35
67.924
51.58
6.39
-25.1
32.92
Quasi Max
110
60
43.5
-6.15
Pass
Quasi Max
108
40
-7.08
31.308
39.04
6.23
-13.2
Pass
32.09
Quasi Max
112
169
40
-7.91
43.883
41.48
6.25
Pass
-19.2
28.54
Quasi Max
118
112
40
-11.46
Pass
70.8818
43.22
6.41
-24.5
25.1
Quasi Max
106
209
40
-14.9
Pass
Comm
ent
All non Tx carrier emissions are below 37 dBV/m/MHz which is 45 dB margin to the Part 90.1323 Limit and more
than 35 dB margin to the non report limit
NOKIA - Proprietary
Use Pursuant to Company Instructions.
63
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Preview Data
Frequency
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
Margin
dB
Pass /
Fail
62.6092
61.55
6.35
-25.3
42.57
Preview
202
270
40
2.57
Fail
68.0922
57.11
6.39
-25
38.47
Preview
202
45
40
-1.53
Pass
102.048
51.89
6.61
-17.6
40.89
Preview
202
45
43.5
-2.61
Pass
31.3467
41.63
6.23
-13.2
34.66
Preview
102
90
40
-5.34
Pass
70.8818
51.78
6.41
-24.5
33.66
Preview
202
45
40
-6.34
Pass
43.8517
46.23
6.25
-19.2
33.31
Preview
102
90
40
-6.69
Pass
94.7375
49.1
6.57
-19
36.65
Preview
302
315
43.5
-6.85
Pass
85.503
45.99
6.51
-21.1
31.44
Preview
290
180
40
-8.56
Pass
104.549
45.35
6.62
-17.2
34.78
Preview
102
225
43.5
-8.72
Pass
74.1523
47.96
6.43
-23.7
30.71
Preview
102
45
40
-9.29
Pass
35.002
37.77
6.24
-15
29.02
Preview
102
135
40
-10.98
Pass
106.858
42
6.64
-16.8
31.81
Preview
190
43.5
-11.69
Pass
800.02
33.16
8.25
-9.42
31.99
Preview
190
45
46
-14.01
Pass
455.844
38.93
7.47
-14.6
31.8
Preview
102
270
46
-14.2
Pass
141.487
35.64
6.78
-13.2
29.23
Preview
190
135
43.5
-14.27
Pass
649.671
31.69
7.93
-8.38
31.23
Preview
302
90
46
-14.77
Pass
162.168
35.32
6.86
-15
27.21
Preview
102
315
43.5
-16.29
Pass
454.016
35.93
7.47
-14.6
28.77
Preview
102
270
46
-17.23
Pass
184.004
37.25
6.92
-18.3
25.91
Preview
102
180
43.5
-17.59
Pass
502.016
33.74
7.55
-13.5
27.77
Preview
102
46
-18.23
Pass
189.295
36.61
6.94
-18.9
24.65
Preview
102
225
43.5
-18.85
Pass
NOKIA - Proprietary
Use Pursuant to Company Instructions.
64
Comment
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
T10
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Radiated Emissions
1GHz—4GHz FCC B_ Part 90Z & Part 96
Results Title:
Radiated E 3m 1GHz-4 GHz
File Name:
c:\program files\EMISoft - vasona\results\2017-0135 FW2QMBOM1 2x cbrs 2x2w mbo\T10 1G-4G FCCB P96.emi
Test Laboratory:
GPCL AR5-MH 21C, 47%RH, 1011mB
Test Engineer:
MJS
Test Software:
Vasona by EMISoft, version 2.161
Equipment:
Configuration:
Nokia
FW2QMBOM1 CBRS 2X2 Watts, 10MBW 64QAM, 3555MHz, x 4, MBO. SW: Drop 37. Wi-Fi (2432 MHz [40MHz
BW] TX Output= 19 dBm. Wi-Fi [5540 MHz [40 MHz MW] Tx Output = 19 dBm [S/N: EB173411601] Unit #2
LMT Cable: Cat 6e. Gigabit Ethernet Switch Installed between EUT and Laptop
Powered by 120VAC - 60Hz, RS-ESI-1G E704, HP preamp E1166, 3117 E1073, 6dB pad E889. Tested to FCC Class B
RE 1G-4GHz. Debug RBW 100KHz, VBW 3MHz Formals 1M and 3M BW's.
Date:
2017-10-06 19:27:39
EUT Details:
Formal Data
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
Margin
dB
Pass
/Fail
Comments
Authorized
Wi Fi
Carrier
2437.1
55.22
8.2
-5.72
57.69
AvgMax
299
74
54
3.69
N/A
2445.94
55.16
8.21
-5.7
57.67
AvgMax
286
139
54
3.67
N/A
3558.33
46.71
9.29
-4.87
51.13
AvgMax
135
330
54
-2.87
Pass
2437.1
67.49
8.2
-5.72
69.96
Quasi Max
299
74
74
-4.04
Pass
2445.94
66.51
8.21
-5.7
69.02
Quasi Max
286
139
74
-4.98
Pass
2442.3
42.71
8.21
-5.71
45.21
AvgMax
371
209
54
-8.79
Pass
Authorized
3558.33
60.45
9.29
-4.87
64.87
Quasi Max
135
330
74
-9.13
Pass
Authorized
3555.1
39.02
9.29
-4.88
43.43
AvgMax
184
328
54
-10.57
Pass
Authorized
2442.3
58.63
8.21
-5.71
61.13
Quasi Max
371
209
74
-12.87
Pass
Authorized
3555.1
52.51
9.29
-4.88
56.92
Quasi Max
184
328
74
-17.08
Pass
Authorized
Authorized
Authorized
Authorized
Note: All emissions identified above are authorized carriers for Part 90Z or WiFi .
All non Tx carrier emissions are below 43.53 dBmV/m/MHz which is 38.7 dB margin to the Part 90.1323 Limit
and 18.7 dB margin to the non report limit
NOKIA - Proprietary
Use Pursuant to Company Instructions.
65
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Preview Data
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
Margin
dB
Pass
/Fail
2437.1
62.72
8.2
-5.72
65.2
Preview
290
135
54
11.2
N/A
2445.94
61.43
8.21
-5.7
63.94
Preview
290
135
54
9.94
N/A
Authorized Wi Fi
Carrier
3558.33
50
9.29
-4.87
54.42
Preview
190
352
54
0.42
N/A
Authorized Carrier
1854.38
43.76
7.69
-7.92
43.53
Preview
290
352
54
-10.47
Pass
-21dB to Pt90
3752.84
36.66
9.47
-4.57
41.56
Preview
390
352
54
-12.44
Pass
Authorized
2442.3
56.14
8.21
-5.71
58.64
Debug
100
355
54
4.64
Fail
Authorized
3555.1
43.58
9.29
-4.88
47.99
Debug
100
355
54
-6.01
Pass
Authorized
Comments
Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal
data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in
preview data does not necessarily constitute failure in formal data.
NOKIA - Proprietary
Use Pursuant to Company Instructions.
66
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
T8
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Radiated Emissions
4GHz-10GHz
FCC B Part 96
Results Title:
Radiated E 3m 4 GHz-10 GHz
File Name:
c:\program files\EMISoft - vasona\results\2017-0135 FW2QMBOM1 cbrs 2x2w mbo\T8 4G -10G FCCB P96.emi
Test Laboratory:
GPCL AR5-MH 21C, 47%RH, 1011mB
Test Engineer:
EEM /MJS
Test Software:
Vasona by EMISoft, version 2.161
Equipment:
Configuration:
Nokia
FW2QMBOM1 CBRS 2X2 Watts, 10MBW 64QAM, 3555MHz, x 4, MBO. SW: Drop 37. Wi-Fi (2432 MHz [40MHz
BW] TX Output= 19 dBm. Wi-Fi [5540 MHz [40 MHz MW] Tx Output = 19 dBm [S/N: EB173411601] Unit #2
LMT Cable: Cat 6e. Gigabit Ethernet Switch Installed between EUT and Laptop
Powered by 120VAC - 60Hz, RS-ESI-1G E704, HP preamp E1166, 3117 E1073, HPF (2.5GHz) E1210. Tested to FCC
Class B RE 4G-10GHz. Debug RBW 100KHz, VBW 3MHz Formals 1M and 3M BW's.
Date:
2017-10-06 15:36:11
EUT Details:
Formal Data
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
5554.03
55.36
5.16
-3.04
57.49
AvgMax
142
231
54
3.49
N/A
Wi-Fi
5545.19
54.43
5.16
-3.04
56.54
AvgMax
216
230
54
2.54
N/A
Wi-Fi
5549.16
54.27
5.16
-3.04
56.39
AvgMax
182
223
54
2.39
N/A
Wi-Fi
7110.69
46.85
6.66
-2.08
51.43
AvgMax
147
337
54
-2.57
Pass
Harmonic
5554.03
69.28
5.16
-3.04
71.4
Quasi Max
142
231
74
-2.6
Pass
Wi-Fi
5545.19
68.36
5.16
-3.04
70.48
Quasi Max
216
230
74
-3.52
Pass
Wi-Fi
5549.16
67.76
5.16
-3.04
69.88
Quasi Max
182
223
74
-4.12
Pass
Wi-Fi
7110.74
41.47
6.66
-2.08
46.05
AvgMax
131
14
54
-7.95
Pass
Harmonic
7110.69
60.06
6.66
-2.08
64.64
Quasi Max
147
337
74
-9.36
Pass
Harmonic
7110.74
55.5
6.66
-2.08
60.08
Quasi Max
131
14
74
-13.92
Pass
Harmonic
Comments
Note: All non Tx carrier emissions are below 51.5 dBmV/m/MHz which is 30.7 dB margin to the Part 90.1323
Limit and 10.7 dB margin to the non report limit
NOKIA - Proprietary
Use Pursuant to Company Instructions.
67
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Preview Data
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
Margin
dB
Pass
/Fail
5545.19
63.45
5.16
-3.04
65.56
Preview
152
225
54
11.56
Fail
5554.03
63.19
5.16
-3.04
65.31
Preview
152
225
54
11.31
Fail
5549.16
59.29
5.16
-3.04
61.41
Debug
156
360
54
7.41
Fail
7110.09
46.45
6.66
-2.08
51.03
Preview
152
360
54
-2.97
Pass
7110.74
45.28
6.66
-2.08
49.86
Debug
156
360
54
-4.14
Pass
5571.72
37.64
5.17
-3.02
39.79
Preview
152
225
54
-14.21
Pass
Comments
8441.09
34.01
8.05
-2.28
39.77
Preview
152
225
54
-14.23
Pass
Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in
the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data.
NOKIA - Proprietary
Use Pursuant to Company Instructions.
68
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Radiated Emissions
T4
Results Title:
File Name:
Test Laboratory:
Test Engineer:
Test Software:
Equipment:
EUT Details:
Configuration:
Date:
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
10 GHz – 18 GHz
FCC Class B Final
Radiated E 3m 10GHz-18GHz
c:\program files\EMISoft - vasona\results\2017-0xxx fw2qqwf cbrs 2x2w mbo\T4A RE 10Ghz
-18 GHz FCC B.emi
GPCL AR5-MH 21C, 61%RH, 993mB
EEM
Vasona by EMISoft, version 2.161
Nokia
FW2QQWF CBRS 2X2 Watts, 10MBW 64QAM, 3675MHz, x 4, MBO. Hatch closed. AC power
cable over the top in cable manager. SW: Drop 37. Wi-Fi (2432 MHz [40MHz BW] TX
Output= 19 dBm. Wi-Fi[5540 MHz [40 MHz MW] Tx Output = 19 dBm
Powered by 120VAC - 60Hz, Antenna E1073. 6dB pad - E889, Preamp E1166, RS-ESI-1g
E1190. Tested to FCC Class B RE 10G-18GHz. Debug BW's 100k-3M // Formals 1M-3M.
2017-09-28 14:19:19
FORMAL DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
17926.4
17778.3
12361
16692
17778.3
17926.4
11084.1
16692
10393.6
12361
10393.6
11084.1
24.17
23.62
28.13
23.8
40.69
40.02
27.04
40.83
27.48
44.47
42.83
41.76
16.41
16.29
14.4
15.38
16.29
16.41
13.66
15.38
13.4
14.4
13.4
13.66
4.49
4.47
1.33
4.46
4.47
4.49
0.14
4.46
-0.48
1.33
-0.48
0.14
45.07
44.37
43.86
43.65
61.45
60.92
40.84
60.67
40.4
60.2
55.75
55.56
AvgMax
AvgMax
AvgMax
AvgMax
Max Peak
Max Peak
AvgMax
Max Peak
AvgMax
Max Peak
Max Peak
Max Peak
227
111
323
355
111
227
270
355
144
323
144
270
335
284
229
349
284
335
283
349
252
229
252
283
54
54
54
54
74
74
54
74
54
74
74
74
-8.93
-9.63
-10.14
-10.35
-12.55
-13.08
-13.16
-13.33
-13.6
-13.8
-18.25
-18.44
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
NOKIA - Proprietary
Use Pursuant to Company Instructions.
69
Comments
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PREVIEW DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
17926.4
12351.7
10393.6
11084.1
16692
17733.7
30.03
34.62
33.52
30.97
28.56
28.68
16.41
14.39
13.4
13.66
15.38
16.25
4.49
1.31
-0.48
0.14
4.46
4.46
50.93
50.32
46.44
44.77
48.4
49.39
Debug
Debug
Debug
Debug
Debug
Debug
102
102
100
100
100
100
154
330
355
355
355
355
54
54
54
54
54
54
-3.07
-3.68
-7.56
-9.23
-5.6
-4.61
Pass
Pass
Pass
Pass
Pass
Pass
Comments
Note: Preview data was measured using a peak detector to identify frequencies of interest for formal
measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the
top six frequencies. Failure in preview data does not necessarily constitute failure in formal data.
NOKIA - Proprietary
Use Pursuant to Company Instructions.
70
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
T6
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Radiated Emissions
18G-26.5GHz
FCC Class B Final
Results Title:
Radiated E 1m 18GHz-26.5GHz
File Name:
c:\program files\EMISoft - vasona\results\2017-0135 FW2QMBOM1 cbrs 2x2w mbo\t6re18g-26.5g fcc final.emi
Test Laboratory:
GPCL AR5-MH 21C, 54%RH, 999mB
Test Engineer:
EEM
Test Software:
Vasona by EMISoft, version 2.161
Equipment:
Configuration:
Nokia
FW2QMBOM1 CBRS 2X2 Watts, 10MBW 64QAM, 3675MHz, x 4, MBO. Hatch closed. AC power cable over the top in
cable manager. SW: Drop 37. Wi-Fi (2432 MHz [40MHz BW] TX Output= 19 dBm. Wi-Fi [5540 MHz [40 MHz MW]
Tx Output = 19 dBm
Powered by 120VAC - 60Hz, Antenna E513, RS-ESI-1G E704. HP preamp -E1166, Tested to FCC Class B RE 18G26.5GHz. Debug BW's 100k-3M Formals 1M / 3M. BW's.
Date:
2017-09-29 14:11:58
EUT Details:
FORMAL DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
22355.4
31.4
7.91
8.18
47.49
AvgMax
204
121
63.5
-16.01
Pass
21588.3
30.37
7.85
8.17
46.39
AvgMax
184
238
63.5
-17.11
Pass
18721
30.71
7.04
6.95
44.7
AvgMax
117
81
63.5
-18.8
Pass
18557
28.78
6.99
6.98
42.76
AvgMax
122
259
63.5
-20.74
Pass
22355.4
44.76
7.91
8.18
60.85
Quasi Max
204
121
83.5
-22.65
Pass
21588.3
42.39
7.85
8.17
58.41
Quasi Max
184
238
83.5
-25.09
Pass
18721
42.82
7.04
6.95
56.8
Quasi Max
117
81
83.5
-26.7
Pass
18557
41.68
6.99
6.98
55.65
Quasi Max
122
259
83.5
-27.85
Pass
Comments
Note: All non Tx carrier emissions are below 47.5 dBmV/m/MHz which is 34.7 dB margin to the Part 90.1323
Limit and 14.7 dB margin to the non report limit
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71
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PREVIEW DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
26459.1
36.69
9.27
11.04
57.01
Preview
102
264
63.5
-6.49
Pass
26487.4
36.02
9.31
11.12
56.45
Preview
102
63.5
-7.05
Pass
26037.5
36.74
8.74
9.84
55.32
Preview
102
286
63.5
-8.18
Pass
26495.8
34.81
9.32
11.15
55.27
Preview
152
22
63.5
-8.23
Pass
25650.1
36.83
8.57
9.39
54.79
Preview
150
132
63.5
-8.71
Pass
25063.3
36.58
8.48
8.75
53.81
Preview
200
242
63.5
-9.69
Pass
25203.2
36.25
8.5
8.91
53.66
Preview
152
44
63.5
-9.84
Pass
25752.9
35.35
8.59
9.49
53.42
Preview
200
154
63.5
-10.08
Pass
22345.9
37.11
7.9
8.18
53.19
Preview
152
44
63.5
-10.31
Pass
24639
36.45
8.48
8.24
53.16
Preview
200
176
63.5
-10.34
Pass
23777.3
36.57
8.35
7.85
52.77
Preview
200
242
63.5
-10.73
Pass
23948.5
36.57
8.43
7.75
52.74
Preview
200
242
63.5
-10.76
Pass
22811.2
36.51
8.13
52.64
Preview
152
264
63.5
-10.86
Pass
23199.4
36.15
8.11
8.04
52.3
Preview
102
66
63.5
-11.2
Pass
22375.6
36.08
7.91
8.19
52.18
Preview
152
286
63.5
-11.32
Pass
21428
36.05
7.85
8.24
52.14
Preview
152
264
63.5
-11.36
Pass
24187.2
35.74
8.47
7.85
52.06
Preview
102
63.5
-11.44
Pass
20997.2
35.75
7.85
8.45
52.06
Preview
150
63.5
-11.44
Pass
22447.9
35.89
7.92
8.22
52.04
Preview
102
110
63.5
-11.46
Pass
21946.4
36.02
7.84
8.05
51.91
Preview
152
154
63.5
-11.59
Pass
22859.5
34.85
8.01
8.12
50.97
Preview
152
66
63.5
-12.53
Pass
20549.5
35.03
7.64
8.11
50.77
Preview
152
22
63.5
-12.73
Pass
21489.9
34.6
7.85
8.21
50.66
Preview
152
352
63.5
-12.84
Pass
21108.1
34.1
7.86
8.4
50.35
Preview
200
154
63.5
-13.15
Pass
20097
34.85
7.41
8.02
50.28
Preview
200
88
63.5
-13.22
Pass
22461.6
34.1
7.93
8.22
50.26
Preview
150
352
63.5
-13.24
Pass
22050.9
33.98
7.85
8.05
49.88
Preview
200
110
63.5
-13.62
Pass
19691.1
34.67
7.29
7.8
49.75
Preview
152
44
63.5
-13.75
Pass
20643.5
33.84
7.68
8.18
49.7
Preview
200
110
63.5
-13.8
Pass
21627.3
33.12
7.85
8.16
49.12
Preview
102
220
63.5
-14.38
Pass
18295
34.9
6.92
7.06
48.88
Preview
200
220
63.5
-14.62
Pass
19786.7
33.65
7.31
7.86
48.82
Preview
150
286
63.5
-14.68
Pass
21195.7
32.5
7.86
8.35
48.71
Preview
150
286
63.5
-14.79
Pass
19323
34.07
7.2
7.39
48.66
Preview
102
132
63.5
-14.84
Pass
18721
34.6
7.04
6.95
48.59
Preview
102
308
63.5
-14.91
Pass
18557
33.89
6.99
6.98
47.86
Preview
200
220
63.5
-15.64
Pass
18963.7
33.71
7.11
6.9
47.71
Preview
102
286
63.5
-15.79
Pass
18360.9
33.34
6.94
7.04
47.32
Preview
102
264
63.5
-16.18
Pass
Comments
18004
32.77
6.83
7.16
46.76
Preview
150
154
63.5
-16.74
Pass
Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in
the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data.
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72
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
T5
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Radiated Emissions
26.5 GHz-40 GHz
FCC B
Results Title:
Radiated E 1m 26.5GHz-40GHz
File Name:
c:\program files\EMISoft - vasona\results\2017-0135 FW2QMBOM1 cbrs 2x2w mbo\T5 RE26G-40G FCC B.emi
Test Laboratory:
GPCL AR5-MH 21C, 61%RH, 993mB
Test Engineer:
MJS
Test Software:
Vasona by EMISoft, version 2.161
Equipment:
Configuration:
Nokia
FW2QMBOM1 CBRS 2X2 Watts, 10MBW 64QAM, 3675MHz, x 4, MBO. Hatch closed. AC power cable over the top in
cable manager. SW: Drop 37. Wi-Fi (2432 MHz [40MHz BW] TX Output= 19 dBm. Wi-Fi [5540 MHz [40 MHz MW] Tx
Output = 19 dBm
Powered by 120VAC - 60Hz, Antenna E526, RS-ESI-40G E704. Tested to FCC Class B RE 26.5G-40GHz. Debug BW's
100k-3M Formals 1M / 3M. BW's.
Date:
2017-09-29 00:44:44
EUT Details:
FORMAL DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
36188.3
33.47
27.63
61.1
AvgMax
109
132
63.5
-2.4
Pass
37489.6
32.9
28.07
60.97
AvgMax
99
314
63.5
-2.53
Pass
38571.4
33.71
27.13
60.84
AvgMax
139
259
63.5
-2.66
Pass
37600.5
32.73
27.98
60.71
AvgMax
179
265
63.5
-2.79
Pass
39943.2
47.82
27.94
75.75
Quasi Max
171
231
83.5
-7.75
Pass
37489.6
46.38
28.07
74.45
Quasi Max
99
314
83.5
-9.05
Pass
38571.4
46.78
27.13
73.9
Quasi Max
139
259
83.5
-9.6
Pass
37377
45.59
28.14
73.73
Quasi Max
125
83.5
-9.77
Pass
37600.5
45.32
27.98
73.3
Quasi Max
179
265
83.5
-10.2
Pass
36188.3
45.46
27.63
73.09
Quasi Max
109
132
83.5
-10.41
Pass
Comments
Note: No discernable emissions. Noise floor was 61.1 dBmV/m/MHz which is 21.13 dB margin to the Part
90.1323 Limit and 1.13 dB margin to the non report limit
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73
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PREVIEW DATA
Freq.
MHz
Raw
dBuV
Cable
dB
Factor
dB
Level
dBuV/m
Emission
Type
Pol
H/V
Ht
cm
Az
deg
Limit
dBuV/m
MargindB
Pass
/Fail
36188.3
38.84
27.63
66.47
Preview
37600.5
38.21
27.98
66.19
Preview
180
44
63.5
2.97
Fail
142
286
63.5
2.69
34858.1
39.09
25.28
64.37
Preview
Fail
182
308
63.5
0.87
38270.8
36.82
27.39
64.21
Fail
Preview
162
198
63.5
0.71
Fail
38982.1
37.24
26.81
38737
36.99
27
64.05
Preview
182
308
63.5
0.55
Fail
63.99
Preview
140
154
63.5
0.49
34989.9
38.43
Fail
25.37
63.81
Preview
142
330
63.5
0.31
Fail
34031.8
38.97
35711.7
36.98
24.79
63.76
Preview
102
63.5
0.26
Fail
26.71
63.68
Preview
200
286
63.5
0.18
34130.7
Fail
38.16
24.84
63
Preview
160
22
63.5
-0.5
Pass
32280.5
38.89
23.97
62.86
Preview
140
220
63.5
-0.64
Pass
32606.8
38.37
24.17
62.54
Preview
142
110
63.5
-0.96
Pass
32894.5
37.77
24.25
62.02
Preview
122
242
63.5
-1.48
Pass
34257.7
37.03
24.9
61.93
Preview
160
220
63.5
-1.57
Pass
34406.4
36.78
24.97
61.75
Preview
140
132
63.5
-1.75
Pass
31564.3
37.97
23.33
61.3
Preview
160
330
63.5
-2.2
Pass
32957.2
36.23
24.27
60.5
Preview
122
132
63.5
-3
Pass
30309.7
36.21
22.99
59.2
Preview
180
176
63.5
-4.3
Pass
28994.8
36.3
21.77
58.07
Preview
122
176
63.5
-5.43
Pass
29175.6
35.97
21.9
57.86
Preview
182
286
63.5
-5.64
Pass
27490.1
36.35
20.07
56.43
Preview
162
286
63.5
-7.07
Pass
Comments
26754.3
35.62
19.28
54.91
Preview
140
110
63.5
-8.59
Pass
Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in
the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data.
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74
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.6
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Section 2.1055 MEASUREMENT REQUIRED: FREQUENCY STABILITY
This measurement evaluates the frequency difference between the actual transmit carrier frequency and the
specified transmit frequency assignment. Only the portion of the transmitter system containing the frequency
determining and stabilizing circuitry need be put in an environmental chamber and subjected to the temperature
variation test per FCC Section 2.1055 and RSS-133. The unit which provides baseband signals, such as BBU
(baseband unit), can be located outside the chamber if it is a separated unit.
4.6.1 Frequency Stability Test Article and Configuration
The unit under test is identified as follows:
Nokia Flexi Zone Micro BTS CBRS FW2QQWF MBO B48+B48+WiFi, SN: EB173411599, PN: 474444A.X31.
CBRS B48 RF Module, FW2QMBOM1, PN: 090043A.X31, SN: EB173410348;
CBRS B48 RF Module, FW2QMBOM1, PN: 090043A.X31, SN: EB173410409;
WIFI Module FZCW2OM, PN: 088775A.X22, SN: EB170612507.
4.6.2 Frequency Stability Test
Frequency Stability Testing was performed on– Flexi Zone Multi-Band Outdoor (MBO) CBRS B48+WiFi with B48
CF 3675MHz. The testing was performed on the B48 CBRS MBO from 10/16-18/2017. The product was
configured per Figure 4.6.2 and tested in the T-17 Thermal chamber of the GPCL test facility located in Bldg 4,
Room 4-278, Murray Hill, NJ. Testing was witnessed by Joe Bordonaro from GPCL. The UUT was subjected to a
range of temperature from ambient to +50ºC to -30ºC and back to ambient. Frequency Stability performance
was verified by measuring Frequency Tolerance at EAC using an MXA Signal Analyzer. Frequency Tolerance is a
measurement of the difference between the actual transmit frequency and the assigned frequency (3675MHz).
The system level Frequency Stability testing of the UUT yielded results in compliance with established design
criteria.
4.6.3 Frequency Stability Test Equipment
Instrument Type
Serial Number
Vendor
Cal Due Date
MXA Signal Analyzer
MY49060086
AGILENT N9020A
12/07/2018
Power Meter
GB37170415
HP EPM-442 Power Meter
01/05/2018
Power Sensor
US37291096
HP 8482A
03/02/2018
Power Sensor
3318A90689
HP 8481A
02/07/2018
Multi-meter
71520011
FLUKE 16 MULTIMETER
03/07/2019
Digital Power Meter
91HA24429
YOKOGAWA WT210 Power Meter
02/24/2018
Thermal Logger
S5H103437
YOKOGAWA MV200S
03/07/2019
GPS Receiver
KR93200773
SYMMETRICOM 58503B
No Cal Req.
Power supply
04243
BEHLMAN AC Source Model BL1350
No Cal Req.
4.6.4 Frequency Stability Test process
Set the power supply to nominal Voltage. (b) Record the frequency at ~25°C. (c)Raise EUT operating
temperature to 50°C. (d)Record the frequency difference. (e) Repeat step (d) at each 10°C step down to -30°C.
Result will be 10 readings and take temperature readings to establish thermal stability at each point.
4.6.5 Frequency Stability Results:
The worst case Frequency Stability over temperature and voltage was -55.231 Hz which is -0.015 ppm. This is
within the +/- 0.05ppm desired performance required for LTE operation.
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75
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
FIGURE 4.6.2: Frequency Stability Test Set-Up
Test Configuration For Frequency Stability
Thermal Test Chamber
Product Under Test
Power
Sensor
Input
CBRS MBO LTE
2x2W-B48
Outdoor
Transceiver
Directional Coupler
Output
All Paths Calibrated
to J4 Connection
Agilent MXA Transmitter Tester
2.0 W
33.0 dBm
Agilent N9114A with
Agilent E9301A
GPS
Antenna
10 MHz
Even Sec
Symmetricom 58503B
GPS Time and
Frequency Reference
Variable
Power
Source
GPS Networking Inc
GPS Distribution
Amplifier
CBRS MBO LTE 2x2W-B48
Frequency Stability Test Figure
WSM 10/14/17
4.6.6 Frequency Stability Test Photos
Photographs of the Frequency Stability test setups are in the filing exhibits.
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76
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.6.7 Frequency Stability Data:
Baseline Measurement at +25°C
Transmit Frequency Deviation at +25°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-36.478
0.5
-55.231
1.0
-25.299
1.5
-29.614
2.0
-44.824
2.5
-32.041
3.0
-26.702
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +50°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-32.702
0.5
-16.516
1.0
-28.810
1.5
-37.816
2.0
-55.177
2.5
-52.841
3.0
-23.886
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +40°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-23.185
0.5
-34.655
1.0
-46.395
1.5
-33.557
2.0
-40.943
2.5
-22.156
3.0
-45.844
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
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77
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at +30°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-38.796
0.5
-17.984
1.0
-34.813
1.5
-27.267
2.0
-44.850
2.5
-30.447
3.0
-31.248
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +20°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-25.732
0.5
-34.508
1.0
-41.209
1.5
-32.778
2.0
-48.960
2.5
-51.285
3.0
-35.025
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +10°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-31.350
0.5
-43.513
1.0
-24.947
1.5
-33.516
2.0
-31.818
2.5
-30.375
3.0
-23.769
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
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78
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at 0°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-27.997
0.5
-14.032
1.0
-24.338
1.5
-35.115
2.0
-46.111
2.5
-23.590
3.0
-30.401
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at -10°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-40.217
0.5
-19.335
1.0
-24.788
1.5
-39.880
2.0
-46.103
2.5
-34.784
3.0
-28.565
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at -20°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-23.726
0.5
-38.680
1.0
-41.442
1.5
-23.890
2.0
-29.945
2.5
-42.512
3.0
-30.761
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
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FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at -30°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-21.197
0.5
-40.711
1.0
-37.284
1.5
-29.627
2.0
-36.089
2.5
-26.676
3.0
-35.821
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Upon return to +25°C. vary voltage to +15% and -15% of nominal VAC and record frequency difference.
Transmit Frequency Deviation at +25°C at 100% of Nominal Voltage, 120VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-32.966
0.5
-26.678
1.0
-51.813
1.5
-29.916
2.0
-20.554
2.5
-43.203
3.0
-27.597
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at +15% of Nominal Voltage, 138VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-28.695
0.5
-33.193
1.0
-27.317
1.5
-39.724
2.0
-26.821
2.5
-42.937
3.0
-27.310
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
NOKIA - Proprietary
Use Pursuant to Company Instructions.
80
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at +25°C at +12% of Nominal Voltage, 134.40VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-47.951
0.5
-28.603
1.0
-32.118
1.5
-33.271
2.0
-23.917
2.5
-43.605
3.0
-35.420
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at +9% of Nominal Voltage, 130.80VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-34.183
0.5
-43.662
1.0
-34.987
1.5
-22.425
2.0
-40.592
2.5
-29.867
3.0
-24.560
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at +6% of Nominal Voltage, 127.20VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-31.825
0.5
-37.046
1.0
-33.114
1.5
-30.696
2.0
-32.876
2.5
-28.322
3.0
-30.725
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
NOKIA - Proprietary
Use Pursuant to Company Instructions.
81
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at +25°C at +3% of Nominal Voltage, 123.60VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-25.970
0.5
-32.433
1.0
-53.518
1.5
-30.749
2.0
-25.827
2.5
-30.832
3.0
-29.635
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at -3% of Nominal Voltage, 116.40VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-40.020
0.5
-32.856
1.0
-34.518
1.5
-33.775
2.0
-42.605
2.5
-33.128
3.0
-27.277
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at -6% of Nominal Voltage, 112.80VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-21.036
0.5
-33.596
1.0
-29.039
1.5
-32.341
2.0
-36.711
2.5
-31.684
3.0
-28.871
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
NOKIA - Proprietary
Use Pursuant to Company Instructions.
82
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Transmit Frequency Deviation at +25°C at -9% of Nominal Voltage, 109.20VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-32.097
0.5
-44.428
1.0
-32.624
1.5
-42.051
2.0
-38.275
2.5
-28.415
3.0
-33.354
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at -12% of Nominal Voltage, 105.60VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-46.011
0.5
-28.185
1.0
-41.045
1.5
-32.218
2.0
-39.682
2.5
-32.884
3.0
-29.638
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
Transmit Frequency Deviation at +25°C at -15% of Nominal Voltage, 102VAC
Time
Transmit Carrier Deviation
(minutes)
(Hz)
-30.694
0.5
-35.690
1.0
-32.391
1.5
-42.446
2.0
-29.622
2.5
-34.206
3.0
-41.540
FCC SPECIFICATION
3675MHz (0.05ppm)
0.05ppm = 183.75Hz
FCC RESULT
PASS
NOKIA - Proprietary
Use Pursuant to Company Instructions.
83
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.7 List of Test Equipment
4.7.1 List of Radiated Emissions Test Equipment
The following equipment was used for the measurement of Radiated Emissions.
Asset ID
Manufacturer
Type
Description
Model
Serial
Calibration
Date
Calibration
Due
E602
A.H. Systems
Inc.
Bilogical
Antenna
25 - 2000 MHz
SAS-521-2
410
12/08/16
12/08/18
E1166
Agilent
Technologies
Amplifier
Pre-Amplifier
1-26.5GHz
8449B
3008A01740
2/25/16
2/25/18
E555
EMC Test
Systems
Multi-Device
Controller
2090
1577
Double-Ridged
Waveguide
Horn 1-18 GHz
3117
00135198
6/09/17
6/09/19
EMI Test
Test Receiver Receiver 20Hz26.5GHz
ESI
832692/005
6/29/16
6/29/18
E1073
ETS Lindgren Horn Antenna
E1190
Rohde &
Schwarz
E814
Sonoma
Instrument Co.
Amplifier
9kHz-1GHz
310N
186747
8/10/16
8/10/18
E889
Weinschel
Attenuator
6 dB DC18GHz 5 Watt
2-6
BX3438
2/25/16
2/25/18
4.7.2 List of Antenna Port Test Equipment
The following equipment was used for conducted measurement performed at the products antenna ports.
Asset
ID▼
Model
Serial
Calibration
Date
Calibration.
Due Date
ESIB40
100101
9/22/15
2/22/18
ESIB40
100121
4/28/17
4/28/19
N1912A
GB44440226
6/8/16
6/8/18
N1921A
MY45242502
10/7/16
1/7/18
N1921A
US44510270
6/30/16
6/30/18
20 Hz-3.6 GHz
N9020A
MY48011791
3/13/17
3/13/19
MXA Signal
Analyzer
20 Hz-26.5 GHz
N9020A
MY40011791
2/23/17
2/23/18
Weinschel
Attenuator
DC-18GHz
10dB 25W
46-10-34-
BH9326
7/28/17
7/28/18
Weinschel
Attenuator
DC-18GHz
10dB 25W
46-10-34LIM
BN3121
7/28/17
7/28/18
Manufacturer
Type
E907
Rohde &
Schwarz
Test
Receiver
E704
Rohde &
Schwarz
Test
Receiver
E915
Agilent
Technologies
Power Meter
E949
Agilent
Technologies
Power
Sensor
E914
Agilent
Technologies
Power
Sensor
E1152
Keysight
MXA Signal
Analyzer
E831
Keysight
E1017
E1022
Details
EMI (20Hz to
40 GHz) -150
+30dBM
EMI (20Hz to
40 GHz) -150
+30dBM
P-Series Dual
Channel
-35 - +20 dBm
50 MHz -18
GHz
-35 - +20 dBm
50 MHz -18
GHz
NOKIA - Proprietary
Use Pursuant to Company Instructions.
84
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
4.7.2.1 Antenna Port Coupling Networks
Two coupling networks were used to perform testing and monitor product operation.
Antenna Port Test Coupler-White Mule LP Antenna Port Test Coupler-White Mule LP (Verified as a unit)
Asset
ID▼
Manufacturer
Type
Details
Model
Serial
Calibration
Date
Calibration.
Due Date
E1220
Hewlett
Packard
Attenuator
70dB Digital
Attenuator
8495B
157170
7/28/17
7/28/18
E1221
Hewlett
Packard
Attenuator
11 dB Digital
Attenuator
8494B
157171
7/28/17
7/28/18
E1222
Hewlett
Packard
Directional
Coupler
Dual coupler 218GHz
772D
02839A0073
7/28/17
7/28/18
E1223
Weinschel
Attenuator
DC-18GHz
30dB 150W
6528-30-34LIM
BN4170
7/28/17
7/28/18
E1229
Weinschel
Attenuator
6dB 25W
46-6-34
BH9330
7/28/17
7/28/18
Weinschel
Directional
Coupler
1-6 GHz
1540R-10
1027
7/28/17
7/28/18
E1258
10 MHz - 40 GHz Antenna Port Test Coupler
The components below formed the 40GHz coupling networks and were verified as a unit.
Asset
ID▼
E1300
Manufacturer
Meca
Electronics
Type
Attenuator
Details
3dB DC-40GHz
2.92mm
Model
Serial
Calibration
Date
Calibration.
Due Date
668-03-1H
37078
11/30/17
11/30/18
E1302
Pasternack
Attenuator
10 dB DC40GHz 2.92mm
PE7088-10
1515
11/30/17
11/30/18
E1303
Pasternack
Attenuator
30 dB DC40GHz 2.92mm
PE7088-30
1515
11/30/17
11/30/18
E1301
Meca
Electronics
Attenuator
668-06-1H
37081
11/30/17
11/30/18
E1211
RLC
Electronics Inc
High Pass
Filter
PE7088-30
1444003
11/30/17
11/30/18
Micro-Coax
Test Cable
UFB142A-00400-2002G0
228872-002
11/30/17
11/30/18
6dB DC-40GHz
2.92mm
5-40GHz High
Pass Filter
2.92mm
10 MHz-40GHz
Cable-2.92mm
NOKIA - Proprietary
Use Pursuant to Company Instructions.
85
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.8
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
PHOTOGRAPHS OF THE TEST SETUPS
Response:
The photographs of the test setups for the FW2QMBOM1 Band 25 , FCC ID: 2AD8UFW2QMBOM1 are provided
in the Filing exhibits.
NOKIA - Proprietary
Use Pursuant to Company Instructions.
86
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
4.9
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
FACILITIES AND ACCREDITATION
Measurement facilities at Nokia, Global Product Compliance Laboratory (GPCL) a member of the Nokia family of
companies, was used to collect the measurement data in the test report. The laboratory, which is part of Nokia
Bell Labs, is located at 600-700 Mountain Avenue, Murray Hill, New Jersey 07974-0636 USA.
The field strength measurements of radiated spurious emissions were made in a FCC registered three meter
semi-anechoic chamber AR-5, (FCC Registration Number: 395774) NVLAP Lab Code: 100275-0 and IC (Filing
Number: 6933F-5) which is maintained by Nokia Bell Labs in Murray Hill, New Jersey. The sites were
constructed and are continuously in conformance with the requirements of ANSI C63.4 and CISPR Publication
22.
Nokia Global Product Compliance Laboratory FCC OET Accredited Test Firm Scope List is accessible at:
https://apps.fcc.gov/oetcf/eas/reports/ViewTestFirmAccredScopes.cfm?calledFromFrame=N&RequestTimeou
t=500®num_specified=N&test_firm_id=7007
and is as listed in the Table below.
OET Accredited Test Firm Scope List
Test Firm: Nokia, Global Product Compliance Lab
Maximum
Assessed
Frequency,
MHz
Expiration
Date
Recognition
Date
Approved
9/30/2018
7/6/2017
40000
Approved
9/30/2018
6/5/2018
FCC Part 15, Subpart E
40000
Approved
9/30/2018
6/5/2018
U-NII with DFS
Intentional Radiators
FCC Part 15, Subpart E
40000
Approved
9/30/2018
6/5/2018
Commercial Mobile
Services
Part 22 (cellular), Part 24, Part
25 (below 3 GHz), Part 27
40000
Approved
9/30/2018
6/5/2018
General Mobile Radio
Services
Part 22 (non-cellular),
Part 90 (below 3 GHz),
Part 95 (below 3 GHz),
Part 97 (below 3 GHz),
Part 101 (below 3 GHz)
40000
Approved
9/30/2018
6/5/2018
Citizens Broadband
Radio Services
Part 96
40000
Approved
9/30/2018
7/6/2017
Microwave and
Millimeter Bands Radio
Services
Part 25, Part30, Part 74,
Part 90 (90M DSRC, Y, Z),
Part 95 (M & L), Part 101
200000
Approved
9/30/2018
7/6/2017
Scope
FCC Rule Parts
Unintentional Radiators
FCC Part15, Subpart B
40000
Intentional Radiators
FCC Part 15 Subpart C
U-NII without DFS
Intentional Radiators
Status
NOKIA - Proprietary
Use Pursuant to Company Instructions.
87
FCC Certification Test Report
FCC ID: 2AD8UFW2QMBOM1
Nokia, Global Product Compliance Laboratory
Report No. : TR-2017-0166-FCC Part 2-96
Product: FW2QMBOM1 Flexi Zone Micro BTS CBRS
Nokia Global Product Compliance Laboratory is accredited with the US Department of Commerce National
Institute of Standards and Technology's National Voluntary Laboratory Accreditation Program (NVLAP) for
satisfactory compliance with criteria established in Title 15, Part 7 Code of Federal Regulations for offering test
services for selected test methods in Electromagnetic Compatibility; Voluntary Control Council for Interference
(VCCI), Japan; Australian Communications and Media Authority (ACMA). The laboratory is ISO 9001:2008 Certified.
NOKIA - Proprietary
Use Pursuant to Company Instructions.
88
Download: FW2QMBOM1 Flexi Zone Multiband Outdoor Micro BTS Band 48 (MBOB48) Test Report FCC Certification Part 96 Nokia Solutions and Networks, OY
Mirror Download [FCC.gov]FW2QMBOM1 Flexi Zone Multiband Outdoor Micro BTS Band 48 (MBOB48) Test Report FCC Certification Part 96 Nokia Solutions and Networks, OY
Document ID4004214
Application ID1Qrkt9We9rlMSai1D49WuA==
Document DescriptionTest Report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeYes
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize437.88kB (5473458 bits)
Date Submitted2018-07-27 00:00:00
Date Available2018-09-07 00:00:00
Creation Date2018-09-12 20:20:44
Producing SoftwareMicrosoft® Word 2016
Document Lastmod2018-09-12 20:33:51
Document TitleFCC Certification Part 96 Test Report
Document CreatorMicrosoft® Word 2016
Document Author: W.S. Majkowski

Source Exif Data [exif.tools]:
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Author                          : W.S. Majkowski
Create Date                     : 2018:09:12 20:20:44-04:00
Keywords                        : Flexi Zone Multiband Outdoor, MBO, B48, Micro BTS, 2AD8UFW2QMBOM1, 2017-0166, CBRS, FW2QMBOM1, Part 96
Modify Date                     : 2018:09:12 20:33:51-04:00
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XMP Toolkit                     : Adobe XMP Core 5.2-c001 63.139439, 2010/09/27-13:37:26
Format                          : application/pdf
Creator                         : W.S. Majkowski
Title                           : FCC Certification Part 96 Test Report
Description                     : FCC Certification Part 96 Test Report
Subject                         : Flexi Zone Multiband Outdoor, MBO, B48, Micro BTS, 2AD8UFW2QMBOM1, 2017-0166, CBRS, FW2QMBOM1, Part 96
Creator Tool                    : Microsoft® Word 2016
Metadata Date                   : 2018:09:12 20:33:51-04:00
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