HomeMy WebLinkAbout1505 Bernal Avenue - Technical Study (2)0
�'s'.- �s' ��
ti.:
�. ,.
���
�
. �
. ,�� �'�i . �, s
� ' ',� A, '�'..• i� �
• �� ' s • f �
J • , i # ,
,M� ai` _ 1 ♦ti. :�_l —�
� ,
�
� . �/� � �� �
�I'i �� . �
� + /
� * 'S
r �
� ,I
#
•�
. �
����
� � _?�
��, *�r �,�..���'
� '�';. � , i; .
� �l {� r'�..• M•. 3 - _� � i �
+� ." �;�
t ` � .�g'
� �-��
• '' •-
❑
�- �.-:. , .
K Ar'-, . •
� � _ i✓ s
- �1i• �.i"` w
� �• i
. �, . ' '
/y - = i � � , .
; '
+ � ..�. � .
a _- , ti � .
. ,
, - _ .
�
Review of AT&T Small Cell Wireless Applications — Burlingame, CA � October 2019
Contents
1 Executive Summary ......................................................................................................................................1
1.1 Overview of Analysis ........................................................................................................................................1
1.2 Findings ...........................................................................................................................................................2
2 Brief Background on Cellular Antenna Issues ................................................................................................3
2.1 Wireless Coverage and Target Signal Levels ...................................................................................................3
2.2 FCC Guidelines for Human Exposure to Radio Frequency Fields ......................................................................3
3 Overview of Current and Planned AT&T Service in the City ..........................................................................6
3.1 AT&T's Stated Intent for New Sites .................................................................................................................6
3.2 On-Site Field Tests ...........................................................................................................................................6
4 Summary of the Small Cell Applications ........................................................................................................9
4.1 Summary of Smal/ Cell Application for Site 977 EI Camino Real ......................................................................9
4.2 Summary of Small Cell Application for Site 1480 Broadway .........................................................................12
4.3 Summary of Small Cell Application for Site 1505 eerna/ Avenue ..................................................................16
Tables
Table1: AT&T Capacity by Wireless Band ..............................................................................................................6
Table 2: Data Transmission Test Measurements at 977 EI Camino Real .................................................................7
Table 3: Data Transmission Test Measurements at 1480 Broadway .......................................................................7
Table 4: Data Transmission Test Measurements at 1505 Bernal Avenue ...............................................................7
Table 5: Communications Equipment Specifications - Site EI Camino Real (Source: AT&T) ..................................11
Table 6: Communications Equipment Specifications - Site -1480 Broadway .........................................................14
Table 7: Communications Equipment Specifications - Site -1505 Bernal Avenue ..................................................17
Figures
Figure 1: FCC Limits for Maximum Permissible Exposure (mW/cmz) ......................................................................4
Figure 2: Most Critical Areas for Consideration of RF Exposure .............................................................................. 5
Figure3: Drive Test Results for Burlingame ...........................................................................................................8
Figure 4: 977 EI Camino Real Drive (Source: AT&T) ................................................................................................9
Figure 5: 977 EI Camino Real Photo Simulation (Source: AT&T) ...........................................................................10
Figure 6: 977 EI Camino Real Antenna Radiation Pattern .....................................................................................12
Figure 7: 1480 Broadway (Source: AT&T) .............................................................................................................13
Figure 8: 1480 Broadway Photo Simulation (Source: AT&T) .................................................................................14
Figure 9: Site 1480 Broadway Antenna Radiation Pattern ....................................................................................15
Figure 10: Site 1505 Bernal Avenue (Source: AT&T) .............................................................................................16
Figure 11: Site 1505 Bernal Avenue Photo Simulation (Source: AT&T) .................................................................17
Figure 12: Site 1505 Bernal Avenue Drive Antenna Radiation Pattern .................................................................18
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
1 Executive Summary
The City received three applications from AT&T to mount wireless access facilities on existing
utility poles. The small cell wireless facility siting applications are designed to serve targeted
coverage gaps where there currently is either a low radio frequency (RF) signal level or
inadequate network throughput capacity. A small cell typically provides network coverage within
1,000 to 1,500 feet from the site.
Columbia Telecommunications Corporation (CTC) is an independent telecommunications
consulting firm that has been retained by the City. CTC performed a technical review and analysis
of the applications with respect to AT&T's communications engineering materials, its justification
for the sites, and the overall functionality of the proposed sites in relation to other existing and
proposed AT&T transmission facilities.
This report describes the information that we received and documents our analysis and
conclusions related to the applications. Our analysis does not include a review or evaluation of
the appropriateness of the proposed facilities or sites. Rather, our analysis is confined to the
technical aspects of the applications and includes:
1. A review of the technical equipment that is being proposed by the applications and the
suitability of such equipment to meet the purposes set forth by the applications
2. A review of the RF emissions studies submitted by the applicant to confirm that the
proposal would not exceed the Federal Communications Commission's (FCC) RF emissions
guidelines
3. An evaluation of the coverage and network maps submitted by the applicant to determine
whether such existing and potential coverage can be confirmed
4. An evaluation of technically feasible alternative locations and equipment design
configurations that would meet the purposes set forth by the applications
Accordingly, our recommendation is based on an evaluation of the technical characteristics of
the proposal being made and does not intend to address the traffic, public safety, or various
other potential impacts of the proposal upon the surrounding area, the public, or the City as a
whole. While this report describes alternative locations and designs that may affect the visual
impact and aesthetics of the proposal, it does not provide a recommendation on these matters.
1.1 Overview of Analysis
This report documents CTC's findings relative to AT&T's proposed sites. In January 2019, CTC's
engineers performed the following tasks:
1
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
• Reviewed all application materials submitted by AT&T, including:
o Coverage maps (showing the target area and vicinity)
o Equipment specifications
o RF level analysis
o Photo simulations
• Conducted a site visit to inspect the proposed locations and vicinity, and to verify the
documentation provided in the applications
• Conducted on-site coverage and capacity tests at and near the proposed locations
• Conducted an independent review of the three applications for compliance with FCC
guidelines on Human Exposure to Radio Frequency Electromagnetic Fields
• Identified potential site design changes that may enhance the aesthetics of the
infrastructure in the City's judgment
1.2 Findings
We recommend these applications from a technical standpoint. In summary:
� Our review of the proposed technical equipment finds that the equipment is suitable to
meet the purposes set forth by the applications.
• Our review of the RF emissions studies submitted by the applicant (prepared by the
engineering consulting firm of Hammett & Edison) and the independent analysis of our
team (under the supervision of Lee Afflerbach, P.E.) confirm that at each site, the total
calculated RF emissions would not exceed the FCC's guidelines at ground level or at the
antennas' horizontal planes.
• Our on-site testing of AT&T's current network performance in the vicinity of the three
sites found that AT&T's network delivers effective wireless service throughout the area
examined, but only in the 700 MHz band—and even in that band, service and data
transfer rates vary. In most cases, our measurements recorded wireless signal levels of
sufficient amplitude to support the high-speed transfer of data—but user demand had a
clear effect on network throughput.
��
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
2 Brief Background on Cellular Antenna Issues
The following brief discussion presents a framework for understanding our analysis of AT&T's
application and our findings.
2.1 Wireless Coverage and Target Signal Levels
Wireless coverage for modern 4G technology broadband services is determined by a carrier's RF
signal amplitude and signal quality within a desired service area. Signals need to be at a minimum
amplitude to override noise and, in many cases, interference from other wireless facilities. Signal
levels also need to be maintained at a power level such that user devices are not constantly
connecting and reconnecting (either because of a loss of signal or because an existing connection
is overpowered by another wireless access point).
Handing off a user from one access site to another is part of the mechanics of dealing with users
who are in motion—particularly in an urbanized area with multiple signal paths and tower sites.
Further, modern 4G technologies as employed by AT&T and other carriers operate with
sophisticated encoding technology that permits higher transmission speeds in areas where signal
levels are higher than those required for minimum data rate transfers.
While the FCC has no technical standards for the services provided by commercial wireless
carriers, the industry and equipment manufacturers have generally established target signal
levels for various service environments. Typically referenced service environments include
outdoor coverage, in-vehicle coverage, and in-building coverage.
For 4G technology, target levels are specified in terms of the ratio of decibels (d6) to milliwatts
(mW) of signal power, with a reference level of 0 dBm being equal to 1 milliwatt of signal power.
Modern cellular equipment is extremely sensitive and can operate at signal levels as low as -120
dBm RSRP.1
2.2 FCC Guidelines for Human Exposure to Radio Frequency Fields
The FCC's guidelines for evaluating human exposure to RF signals were first established in 1985.
The current guidelines were adopted in August 1997 in FCC OET Bulletin 65.2 The guidelines are
expressed in terms of Maximum Permissible Exposure (MPE) to electric and magnetic field
strength and power density. The guidelines cover the frequency range of 300 kHz to 100 GHz.
The guidelines cover two separate tiers of exposure:
1. Occupational/controlled exposure limits apply to situations in which persons are exposed
as a consequence of their employment and in which those persons who are exposed have
1 Reference Signals Received Power, measured in dBm, indicates the power of an LTE cellular signal.
2"Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields," OET
Bulletin 65, edition 97-01. httqs://www.fcc.�ov/�eneral/oet-bulletins-line#65
3
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
been made fully aware of the potential for exposure and can exercise control over their
exposure.
2. General population/uncontrolled exposure limits apply to situations in which the general
public may be exposed or in which persons who are exposed as a consequence of their
employment may not be made fully aware of the potential for exposure or cannot
exercise control over their exposure.
Figure 1 is a plot of MPE as a function of RF.
Figure 1: FCC Limits for Maximum Permissible Exposure (mW/cmZ)
Plane-wave Equiva/ent Power Density
1
,�
� Occupa�ona�Cantrolled Exposure
— -- - Gener�! PopulatwnRlncontro!!ed Exposure,
1
0.2
0.1
0.03 0.3 } 3 30 300 j 3.000
�
�•� 1,500
Frequency (MHz)
30,000 ^ 300,000
J00, 000
Figure 2 illustrates the areas where the greatest RF exposure is present—specifically, at or near
the base of the antenna mounting structure and horizontally at an elevated location near the
antenna.
�
\ �.
�
� �
`-----��
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
Figure 2: Most Critical Areas for Consideration of RF Exposure
Maximum energy at antenna
� height parallel to ground
� (e.g., multi-story building)
Lower toward the base of
mounting structure
Area where a pedestrian
might be near the pole's
base
�
, � �
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
3 Overview of Current and Planned AT&T Service in the City
AT&T currently provides commercial wireless service throughout the City with antennas
mounted on buildings and towers. These traditional wireless facilities, which are designed to
serve users in a 1- to 2-mile radius, are often referred to as "macro" sites.
AT&T delivers service in three wireless bands (Table 1). However, while AT&T's existing sites
cover the City, most areas of the City receive service only in the lower-capacity 700 MHz band.
The substantially greater network bandwidth/capacity resources in the higher-frequency PCS and
AWS bands are limited to areas within one-half mile or less from the macro sites.3
Table 1: AT&T Capacity by Wireless Band
Band Licensed FCC Spectrum Service Frequency
700 MHz UHF low band 700 MHz
PCS Personal Communications Service 1,900 MHz
AWS Advanced Wireless Service 2,100 MHz
3.1 AT&T's Stated Intent for New Sites
AT&T's proposed "small cell" antenna node sites are intended to enhance the performance of
AT&T's Long-Term Evolution (LTE) service. LTE is the standard behind today's top-of-the-line 4G
(fourth-generation wireless) smartphones and tablets. (We note, too, that future 5G deployment
is expected to build upon ongoing upgrades of existing 4G infrastructure.)
The proposed small cells, placed at targeted locations, would provide additional capacity and
increased signal strength to serve users in areas that do not currently have access to AT&T PCS
and AWS signal coverage. The small cells would also reduce the net load on the macro sites.
3.2 On-Site Field Tests
Our signal intensity measurements confirm that AT&T's existing network delivers a signal level
that is mostly adequate to support a high level of connectivity and service (i.e., the network
provides adequate coverage).
This finding matches our experience in other communities in California where AT&T LTE sites that
are not subjected to the demands of a large concurrent user base (i.e., user demand does not
overwhelm the network's capacity) consistently deliver reliable download speeds in the range of
30 Mbps to 40 Mbps and upload speeds ranging from 10 Mbps to 25 Mbps (i.e., performance
typically achievable with the current generation of 4G LTE transmission equipment).
That said, the data transmission rates we measured performed in that range at two of the three
sites at the time of our sampling. For example, our measurements at 1480 Broadway were best
3 The FCC ULS database shows that AT&T holds wireless licenses in the AWS and PCS bands with aggregate
bandwidth of 100 MHz.
C�
Review of Small Cell Wireless Application - City of Burlingame, CA � December 2019
(Table 3) with excellent throughput speeds, with downloads between 50-66 Mbps and uploads
between 14-26 Mbps along with good latency times. Throughput measurements were roughly
half as good at 977 EI Camino Real (Table 2) but significantly lower at 1505 Bernal Avenue (Table
4). Some results at 1505 Bernal Avenue show download speeds below upload speeds indicating
some real capacity issues at that location during testing.
Table 2: Data Transmission Test Measurements at 977 EI Camino Real
i Date ConnType latitude Lon�itude Download (MBP5) Download Size Upload MBPS Upload Size LatencV
iU1/23/2019, 4:57 PM Lte 37.58159123 -122.362245 33.22 51392545 12.12 19352202 23
� Dl/23/2019, 4:58 PM Lte 37.58137U04 -122.362266 20.77 30774912 10.45 15736745 22
;01/23/2019, 4:58 PM Lte 37.58137004 -122.362266 25.17 32400914 5.80 6374789 22
;Ol/23/2019, 4:59 PM LYe 37.58137004 -122.362266 17.04 21240246 5.45 8008U77 22
�01/23/2019, 5:00 PM Lte 37.58139443 -122.362221 22.02 28229708 8.45 11385673 15
Table 3: Data Transmission Test Measurements at 1480 Broadway
� Date ConnTYPe Latitude Lon�itude Download (MBPSj Download Size Upload MBPS Upload Size Latency
�
'Ol/23/2019, 3:11 PM Lte 37.SH4S8294 -122.365988 50.65 78526708 21.53 33715997 21
�Ol/23/2019, 3:13 PM Lte 37.58458294 -122.365988 62.8D 72478704 18.31 2163U142 21
�Ol/23/2019. 3:13 PM Lte 37.58458294 -122.365988 51.53 82245930 15.81 i7961179 19
�01/23/2Q19, 3:14 PM Lte 37.SS4.58294 -122.365988 66.37 103fi75246 25.95 42976602 21
;Ol/23/2019, 3:L5 PM Lte 37.58458294 -122.365988 66.27 76444588 14.60 20259096 20
Table 4: Data Transmission Test Measurements at 1505 Bernal Avenue
I date ConnTVPe Latitude Lon�itude Download [MBPSI Download Size Upload MBPS Upload Size Latency
{Ol/23/2019, 2:54 PM Lte 37.58588826 -122.378514 11.38 17745884 6.83 8939545 20
Ol/23/2019, 2:55 PM Lte 37.58588826 -122.378514 7.83 I2847d94 6.75 6796324 15
!�dl/23/2019, 2:55 PM Lte 37.58589102 -122.378509 6.66 10492092 7.47 10242726 21
�01/23/2019, 2:56 PM Lte 37.58589102 -122.378549 6.34 1D453508 7.21 19406391 21
',Ol/23/2019, 2:57 PM Lte 37.58589102 -122.378509 5.24 8070946 7.49 11587056 22
In addition to the on-site speed tests, we conducted drive test measurements of signal levels on
primary roads in and near the proposed small cell deployment areas. Figure 3 is a map illustrating
the signal levels recorded. During the day in which testing was conducted, we experienced no
disconnects and no interruption in the connection to the 4G LTE network service.
�l
i ..
Y' �11P�s '��% � �, .:l"
I�, n.� • yr�, ._ ,�f . f ti.-9
�:' i w � ��'` A� �
. ° -'' S • � �Vl yk�` ��i"''"r.�'�
�?. . � . � �t.
�'~ �•� . ry�����*' ,` '.
�.µ` ���/i `�l':�� _� 34�
, „
�.
„oy�'
r
�
/, .
I,; '� r:.�
���DR A`•S�'
. w:.. ..:�.�W.., - :
�* 's�.' �' �•c,,
Y �i� �;" ,: � �� � t
M �
1� ���� � ` ���
��j�,(� =.�q+�.� � � --�',�,
P . i` �� '�.,�. � .:r
� � � oa
d • a �� �, �' �
�� : ���
4 '� .�
�. • • • � "'R� �- �'`+�`.� � � Q'"+1"7 n�
r =-+ . �,
��f�. ,4ik.�t4��.�ai�.nl�.. a�x`+:�k_. �-�� � � �►�
J
�/ 1A
�u� �!�' '' �:`:: 6F: f+ '(�y ,�y�� ,�, 1
�� � ��'���P �Ll. . \r. � �^V} �� '_'Y ������ ,
�ir.. _ F4 _`:¢ '� .iYa.. .
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
4 Summary of the Small Cell Applications
Burlingame received AT&T applications for three individual sites:
� Site SFOK02 017: 977 EI Camino Real
• Site SFOK2_016: 1480 Broadway
• Site SFOK2 015: ROW at 1505 Bernal Avenue
We describe each site below.
4.1 Summary of Small Cell Application for Site 977 El Camino Real
The applicant proposes to install a wireless access facility on an existing 30' 6" utility pole at 977
EI Camino Real that will be extended 10' 0" in order to comply with the safety code for clearance
from power lines. The overall height of the extended pole (including top-mounted antenna) will
be 42' 4". Figure 4 is a photograph of the existing pole.
0
Figure 4: 977 EI Camino Real Drive (5ource: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
The site will be connected to the client network through a dedicated fiber optic communications
link. The link will monitor and control the site and will transport the communications traffic (i.e.,
voice and data) to and from the network users.
All equipment will be pole-mounted and fully visible. Figure 5(below) is a photo simulation of
the site as it will look with the wireless equipment installed. The canister antenna will be mounted
on the top of the pole. The associated equipment to be mounted wholly on the pole includes two
LTE remote radios, coaxial cabling, antenna coupling devices, fiber network interface housing,
and a power disconnect switch.
AT&T's application included specifications for the equipment that will be installed at the
proposed site (Table 5). This equipment is consistent with small cell hardware used throughout
the wireless industry.
10
Figure 5: 977 EI Camino Real Photo Simulation (Source: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
Table 5: Communications Equipment Specifications - Site EI Camino Real (Source: AT&T)
Item PCS (1900 MHz) AWS (2100 MHz)
KMW-FMT-OM 10H2 Shared Antenna Shared Antenna
Horizontal Beamwidth (°) 360 360
Bearing Azimuth (°) Omni Omni
Gain (dBd) 7.2 7.6
Vertical Beamwidth (°) 14.4 12.5
Beamtilt(°) 6 6
RAD Above Ground (feet) 42'3" Shared Antenna
Dimensions (inches) 13.45" D x 24.00" H 13.45" D x 24.00" H
Coordinates 37.581293/-122.361251 Shared Antenna
Ericsson RRU-4415 RRU-4426
Power (Watts) 160 160
ERP (Watts) 667 734
AT&T submitted an independent engineering study of the level of RF emission exposure (both at
ground level and antenna height level) forthe small cell equipment to be located at 977 EI Camino
Real. The study was prepared by the engineering consulting firm of Hammett & Edison, Inc., a
firm that specializes in RF emission analysis consistent with the guidelines established by the FCC.
The consultant calculated that the maximum ground-level RF exposure level due to the proposed
AT&T operation will be 0.0097 mW/cm2, which is 0.97 percent of the applicable public exposure
limit. The consultant also calculated the maximum level at the second-floor elevation of any
nearby building is 12 percent of the public exposure limit.
As part of our assignment we performed an independent analysis of the calculated RF exposure
levels at the site. Figure 6 provides graphs of the RF energy emitted by the proposed antenna in
the horizontal and vertical planes. Note that in the horizontal plane, the radiation pattern is
essentially omni-directional with minor nodes due to the various fabrication components. In the
vertical plane, the maximum radiation is focused outward, perpendicular to the utility pole. In
the downward direction (toward the ground at the pole) the radiation is at least 17 dB (1/50tn)
below the radiation in the horizontal plane.
11
Review of Small Cell Wireless Application — City of Burlingame, CA � December2019
Figure 6: 977 EI Camino Real Antenna Radiation Pattern
� �O�fLT-0MtOX1 Y1N5.,1910MM[ Otf � _. __
.. 6U
Horizontal Radiation Pattern Vertica/ Radiation Pattern
Based on the specifications of the proposed antenna and transmission equipment, we concur
with the applicant's findings. Our calculations indicate that for this site the radiation at the base
mounting structure will be less than 1 percent of the FCC guidelines. Further, we find that the
maximum calculated general-population RF exposure for the proposed antenna (operating on
the proposed frequency bands at the radiation powers specified) is within the FCC's MPE
guidelines for potentially occupied buildings in the vicinity.
4.2 Summary of Small Cell Application for Site 1480 Broadway
The applicant proposes to install a wireless access facility on an existing 30' 6" utility pole in the
right-of-way near 1480 Broadway that will be extended 6' 9" in order to comply with the safety
code for clearance from power lines. The overall height of the extended pole (including top-
mounted antenna) will be 39' 10". Figure 7 is a photograph of the existing pole.
12
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
The site will be connected to the client network through a dedicated fiber optic communications
link. The link will monitor and control the site and will transport the communications traffic (i.e.,
voice and data) to and from the network users.
All equipment will be pole-mounted and fully visible. Figure 8(below) is a photo simulation of
the site as it will look with the wireless equipment installed. The canister antenna will be mounted
on the top of the pole. The associated equipment to be mounted wholly on the pole includes two
LTE remote radios, coaxial cabling, antenna coupling devices, fiber network interface housing,
and a power disconnect switch.
13
Figure 7: 1480 Broadway (Source: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
AT&T's application included specifications for the equipment that will be installed at the
proposed site (Table 6). This equipment is consistent with small cell hardware used throughout
the wireless industry.
Table 6: Communications Equipment Specifications - Site -1480 Broadway
Item PCS (1900 MHz) AWS (2100 MHz)
KMW-FMT-OM 10H2 Shared Antenna Shared Antenna
Horizontal Beamwidth (°) 360 360
Bearing Azimuth (°) Omni Omni
Gain (dBd) 7.2 7.6
Vertical Beamwidth (°) 14.4 12.5
Beamtilt(°) 6 •• 6
RAD Above Ground (feet) 38'-9" Shared Antenna
Dimensions (inches) 13.45" D x 24.00" H 13.45" D x 24.00" H
Coordinates 37.584356/-122.366385 Shared Antenna
Ericsson RRU-4415 RRU-4426
Power (Watts) 160 160
ERP (Watts) 667 734
14
Figure 8: 1480 Broadway Photo Simulation (Source: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
AT&T submitted an independent engineering study of the level of RF emission exposure (both at
ground level and antenna-height level) for the small cell equipment to be located at 1480
Broadway. The study was prepared by the engineering consulting firm of Hammett & Edison, Inc.,
a firm that specializes in RF emission analysis consistent with the guidelines established by the
FCC. The consultant calculated that the maximum ground-level RF exposure level due to the
proposed Verizon operation will be 0.010 mW/cm2, which is 1.0 percent of the applicable public
exposure limit. The consultant also calculated the maximum level at any nearby building is 10
percent of the public exposure limit.
As part of our assignment we performed an independent analysis of the calculated RF exposure
levels at the site. Figure 9 provides graphs of the RF energy emitted by the proposed antenna in
the horizontal and vertical planes. Note that in the horizontal plane, the radiation pattern is
essentially omni-directional with minor nodes due to the various fabrication components. In the
vertical plane, the maximum radiation is focused outward, perpendicular to the utility pole. In
the downward direction (toward the ground at the pole) the radiation is at least 17 d6 (1/50tn)
below the radiation in the horizontal plane.
Figure 9: Site 1480 Broadway Antenna Radiation Pattern
� (OIfl1.uN1��nT_v�.�5_IY�uMn� V1� �� .._ -
Horizonta/ Radiation Pattern Vertical Radiation Pattern
Based on the specifications of the proposed antenna and transmission equipment, we concur
with the applicant's findings. Our calculations indicate that for this site the radiation at the base
mounting structure will be less than 1 percent of the FCC guidelines. Further, we find that the
maximum calculated general-population RF exposure for the proposed antenna (operating on
the proposed frequency bands at the radiation powers specified) is within the FCC's MPE
guidelines for potentially occupied buildings in the vicinity.
15
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
4.3 Summary of Small Cell Application for Site 1505 Bernal Avenue
The applicant proposes to install a wireless access facility on an existing 30' 2" utility pole in the
right-of-way at 1505 Bernal Avenue that will be extended 6' 10" in order to comply with the
safety code for clearance from power lines. The overall height of the extended pole (including
top-mounted antenna) will be 39' 6". Figure 10 below is a photograph of the existing pole.
The site will be connected to the client network through a dedicated fiber optic communications
link. The link will monitor and control the site and will transport the communications traffic (i.e.,
voice and data) to and from the network users.
All equipment will be pole-mounted and fully visible. Figure 11 (below) is a photo simulation of
the site as it will look with the wireless equipment installed. The canister antenna will be mounted
on the top of the pole. The associated equipment to be mounted wholly on the pole includes two
LTE remote radios, coaxial cabling, antenna coupling devices, fiber network interface housing,
and a power disconnect switch.
16
Figure 10: Site 1505 Bernal Avenue (Source: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
AT&T's application included specifications for the equipment that will be installed at the
proposed site (Table 7). This equipment is consistent with small cell hardware used throughout
the wireless industry.
Table 7: Communications Equipment Specifications - Site -1505 Bernal Avenue
Item PCS (1900 MHz) AWS (2100 MHz)
KMW-FMT-OM 10H2 Shared Antenna Shared Antenna
Horizontal Beamwidth (°) 360 360
Bearing Azimuth (°) Omni Omni
Gain (dBd) 7.2 7.6
Vertical Beamwidth (°) 14.4 12.5
Beamtilt(°) 6 6
RAD Above Ground (feet) 38'-5" Shared Antenna
Dimensions (inches) 13.45" D x 24.00" H 13.45" D x 24.00" H
Coordinates 37.585856/-122.378369 Shared Antenna
Ericson RRU-4415 RRU-4426
Power (Watts) 160 160
ERP (Watts) 667 734
17
Figure 11: Site 1505 Bernal Avenue Photo Simulation (Source: AT&T)
Review of Small Cell Wireless Application — City of Burlingame, CA � December 2019
AT&T submitted an independent engineering study of the level of RF emission exposure (both at
ground level and antenna height level) for the small cell equipment to be located at 1505 Bernal
Avenue. The study was prepared by the engineering consulting firm of Hammett & Edison, Inc.,
a firm that specializes in RF emission analysis consistent with the guidelines established by the
FCC. The consultant calculated that the maximum ground-level RF exposure level due to the
proposed Verizon operation will be 0.010 mW/cmZ, which is 1.0 percent of the applicable public
exposure limit. The consultant also calculated the maximum level at the second-floor elevation
of any nearby building is 2.4 percent of the public exposure limit.
As part of our assignment we performed an independent analysis of the calculated RF exposure
levels at the site. Figure 12 provides graphs of the RF energy emitted by the proposed antenna in
the horizontal and vertical planes. Note that in the horizontal plane, the radiation pattern is
essentially omni-directional with minor nodes due to the various fabrication components. In the
vertical plane, the maximum radiation is focused outward, perpendicular to the utility pole. In
the downward direction (toward the ground at the pole) the radiation is at least 17 d6 (1/50tn)
below the radiation in the horizontal plane.
Figure 12: Site 1505 Bernal Avenue Drive Antenna Radiation Pattern
� �a��.� ����, . _ ,�. � �,�
Horizontal Radiation Pattern Vertical Radiation Pattern
Based on the specifications of the proposed antenna and transmission equipment, we concur
with the applicant's findings. Our calculations indicate that for this site the radiation at the base
mounting structure will be less than 1 percent of the FCC guidelines. Further, we find that the
maximum calculated general-population RF exposure for the proposed antenna (operating on
the proposed frequency bands at the radiation powers specified) is within the FCC's MPE
guidelines for potentially occupied buildings in the vicinity.
18
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Appendix
SITE 1505 BROADWAY - SFOK2 015
EXISTING COVERAGE /N AT&T 1900 MHz PCS W/RELESS BAND
.� ! , � } ; � ,, «� .�� „��-n �
� �;�''� � ' � � ..���»
� >•
. �+�-:' ,, f � , _
� �, w„ �;�, a� , . A tl a •� ; :,��
...���,;� �� � �"� .,�rY X�� •� �,
���'�/ �5,��,,.,�.:�wkyd '$E,,.:�:;w�'�`�'k; � ,7 a
i� e rn�" � a �� ti"' �;�
I k�.J° f �¢�� e° -r+' .^J�F�" . �'`�;{{�
i�' - o. - . ' n
; +�y 4.
; �'f � ' ati`�,('��r�
i ,��� � ��
^� Y s�
,, � � �, � �'*,,, . � .�
�,
�'!n�i4s , e - � �. �rd .
%�� 5' ��+_�1..... t
,n�`
.� �` �����, ��RM a
� d s. �p
�'�".r �.�"� . . . . �
PROPOSED COVERAGE IN AT&T 1900 MHz PCS W/RELESS BAND
� t:
� �f ,.
a
r� �
:,.�
��
f �,
� ��
� � W� ��
�
;, g �.�
t., ^
r 4y
� -r��" �~�`
� � �
s �
�...., � ■
� � •
j" �
Y{ � w':!WI
4
F`' ` * �FOK2 015
� �',�'.s"� ° • _
�
�. . �� �
-,
��
.,��� �I
L_ l.:� i
°� ' ��
q�:,:� � f9p�.� � . . .. .... . �
. .. . . . . . . .,..'I
,} N _
� ;, n: •
f;x �p � '�>?*.+
�.'`: : �i .-:.�jY..�[FR .i....._ .�
19
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
SITE 1480 BROADWAY - SFOK2 016
EX/STING COVERAGE /NATBT 1900 MHz PCS WIRELESS BAND
�� . � �
r �.. M
� i •
� i �
�
�1
. r � r �, � .
�h�
� � `w � �`� . SFOK2_01 1 � � �
� �
, ��
,�' . �� � ' ,
. � ,, �.. ,� � r ,a
.�L.� 'ri�r i � � � � � � "'S.
�t � r . � � . .
''`!�. 1 � ..� •
� � . .� . . .� � �
� !� . 6�'�1 : "�"'
������ � N o v k;� w � t ��
PROPOSED COVERAGE IN AT&T 1900 MHz PCS W/RELESS BAND
.
F �� ��:.
"��` ;� '
.
F, .
a _�.• •
�
�
. .s„ • r �"
.�
�� � '� ' �` �,
. �
• � �r� r �
I
� ■ r �'ri r
.�
�
SFOK2_0� � r'—�„ `
� �� ' r
. _ _�
,,� ..., �
�,,• �
r�
��
�r
--,
s �
_,
�
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
SITE 977 EL CAM1N0 REAL - SFOK2 017
EX/STING COVERAGE /N ATST 1900 MHz PCS W/RELESS BAND
� �� � � �� A �� � � ��R�u��
� r � � "�`� '
� � � * .it_ .�.'� �* ��.
�
�r
r
s �
-�;
~ ��r � � tA i_ m+ ' � y��;�`@.�'i. � ...
�� � � �' ��� 1C/T:
�� � �
PROPOSED COVERAGE !N AT&T 1900 MHz PCS W/RELESS BAND
s�, — -- � � ! �„ � �'°�. 1 . �����
.
' .�'.�` "'1�` : �' � .
. '� � ir '•
;� r�• ° • ef • � � � ��
� r � � � • �
ti., „��+.'. �, -.�f � M .
. 1. L �
y� r SFOK2 w �� r�
f � _i _ , C\ ��'P . __ �. � � J� r. �II
�
21
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Advanced Wireless Services (AWS) Band Plan
Proposed AWS-2 Bloek
c
x � Brwdband PCS
� y
�O �O N
N fJ
O O O
Propossd AW3-2 Block
AWS-1
AWS-1
A B C D E F Broadband PC8
�1 V 0[��
O N O
1755-1850:
Federal Govemmant
Exelueive Speetrum
� lIA3� ' A B
{p N N N N
tO S N N
O O O V� O
20252110 MHz:
BAS, Govemment Satellite
Advanced Wireless Services (AWS-1) Band Plan Detail
MOBILE
7770 1720 1730 1736 1740 1746 1T66
A B C D ��� ��� E�..: �� � F
CMA EA EA REAG REAG REAO
734 178 778 12 12 12
Block
A
B
C
D
E
F
Frequencies
1710-1720 and 2110-2120 MHz
1720-1730 and 212a2130 MHz
1730-1735 and 2130.2135 MHz
1735-1740 and 2135-2140 MHz
1740-1745 and 2140-2145 MHz
1745-1755 and 2145-2155 MHz
Desig-
F "�� M88
AWS use
N N N N
IV
fT �I m O
N Cn O O
BA9E
2110 2720 2130 2136 2140 2146 2166
A B C D @ F
CMA EA EA REAG REAG REAO
7� 17B 17B 12 12 12
Pairin
2x10MHz
2x10MHz
2x5MHz
2x5MHz
2x5MHz
2x10MHz
Bandwidth
20 MHz
20 MHz
10 MHz
10 MHz
10 MHz
20 MHz
Area
CMA
EA
EA
REAG
REAG
REAG
Licenses
734
176
178
12
12
12
Last reviewed/updated 4/20/2006
22
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERENCE COPY
'17�is is not an official FCC license. It is a record ofpublic infi�rtnation contained in the FCC's licensing datahase on the date that this refc�rrnce
copy wac grn�vated. In caxcs whcrc FCC rulcs rcquirc thc prescn[alion, Ex>sting, or display of an F'CC liccnsc, this documn�t may no[ 6c as�d
in place of an olTicial FCC licrnse.
�y`°""""�'' Federal Communications Commission
`�o�;a
° " ' Wireless Telecommunicallons Bureau
�J 7Y�y�� J.�
�"�*`,a�,,,�;s� � RADIO STATION AUTHORIZATION
LICENSEE: ATNzT MOBILITY SPECTRUM LLC
ATTN: CECIL J MATHEW
AT&T MOBILITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 75202
FCC Registration Number (FRl�: 001498072G
Call Sign Filc Number
KNLF209
Radiu Service
CW - PCS Broadb�nd
Grant Date EifcMive Datc Expiration Datc Print Datc
OG-]0-2015 b9-21-2018 OG-23-2025
Market Number C6annel Block Sub-Market Deoignator
MTA004 B 49
MarkM Namc
San Francisco-Oakland-San Jose
lst Build-out Datc 2ud Build-out Date 3rd Build-out Date 4th Build-out Date
06-23-2000 06-23-2005
Waivers/Conditions:
Liccnsc rcncwal grantcd on a conditional basis, subjcct to thc outcomc of FCC procccding WT Dockct No. 10-112 (scc FCC
10-86, paras. 113 and 12G).
Spccuwn Lcase associated with this license. Sec Specwm Lcasing Arrangemcnt Letter dated 12/07/2004 and File No.
0001757186.
Spectrum I,easing Arrangement associated with file number 0001757186 was extended to Ol /05/2009. See file m�mber
0002157744.
Conditions:
Pursuant to §309Qi) of lhe Communicalions Act of 1)34, as amended. 47 U.S.C. §309(h), Ihis license is subjecl to the
following condilions: This licensc shall not vest in lhe licensee any right to operale the station nor nny righ( in thc use of �hc
fmqucncics dcsignatcd in thc liccnsc bcyond thc tcnn thcrcof nor in any othcr manncr Ihan authorized hcrcin. Ncithcr thc
liccnsc nor thc right grantcd thcrcundcr shall bc assigncd or othcnvisc transfcrrcd in violation of thc Communications Act of
1934, �s amcndcd. Scc 47 U.S.C. § 310(d). T6is liccnsc is subjcct in tcrms to thc right of usc or control confcrrcd by §706 of
thc Communications Act of 1934, as amcndcd. Scc 47 U.S.C. §60G.
This license may not authorize operation tluoughout the entire geograplric :u�ea or spectrum identified on tlie hardcopy version.
To view the specific geographic area aud spectrmn authorized by this license, refer to the Spectnun and Mazket Area infom�ation
under tl�e h9arket Tab of the license record in the Universal Licensing System (ULS). To view the lice�ue record, go to tlie ULS
homepage a� hup://wireless.fcc.gov/uls/index.huu?job=Uome and selea "License Searcl�". Follow lhe instructions on how lo
scarch for liccnsc information.
FCC 601-MB
Page 1 of 3 Octubcr 2017
23
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: ATb2T MOBILITY SPECTRUM LLC
Call Sign: KNLF209 Filc Numbcr: Print Date:
Commission approval of Ihis application and the lice�ises contained iherein are subject to lhe condilions set forlh in the
Memorandum Opinion and Order, adopted on December 29, 20oG and released on March 2G, 2U(17, and revised in lhe Order on
Reconsideration, adopted and released on March 26, 2007. See AT&T Inc. and Be1lSouth Corporation Applicalion for Transfer
of Control, WC Docket No. UG-74, Memorandwn Opinion and Order, FCC OG-189 (rel. Mar. 2G, 2007); AT&T Inc. and
BcIISouU� Corporation, WC Docket No. OG-74, Ordcr on Rcconsidcralion, FCC 07-44 (rcl. Mar. 2G, 2007).
L
4 ��.G%�
_.::.. ;,�.":; _.
��,
�
'�'.. +;�X'�t'
`t�.ea y e.��t�:..
N` ' ;Y. ,
`v:
M 5'.;.b
Y fL
�:i:• � �!�'.
w', I�
,.;.
�`
�'t.:i
Page 2 of 3
FCC 601-NIB
Octobcr 2017
24
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee N•rme: ATdtT MOBII.ITY SPECTRLTM LLC
Call Sign: KNLF209 Fiic Number: Print Date:
700 MHz ReGceused Aree Intormation:
Merket Market Npmc Buildout Dcadline Buildout Notilication Status
, w �a �:
',r,� :,�;;
^x$`i
c �'
ry .'.
��:
� ����. �
,� v
�� ;`
;d;
_� y
" �.:r
x � :`
�'.' ,�
ta..
i# "";;
is:;`,
a
�,
,f:..��.:_,,. _.
r �
'�
�.
u�� �
Y'
�'u(
�� � .;o
FCC 6111-MB
Octotrer 2U17
Page 3 0l' 3
25
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERENCE COPY
'IUis is not an otTicinl FCC license. It is a record of public infi�nnation contained in tlie FCC's licensing database on the date that this refc�ence
copy was gen�vatcd. In cas�s wherc FCC rulcs mquirc tLc prescntation, �wsting, or displa,y of ari PCC liccnse, this documn�t may not Ix us�d
in place of an olTicial FCC license.
J eu:v�
'�T\'`OYyLNy�,� Federal Communications Commission
�� " ' � Wireless Telecommunications Bureau
� �, ..
� r!!V' s ��
'� C�MMISS��+� RAD[O STATION AUTHORIZATION
LiCENSEE: ATBcT MOBILITY SPECTRUM LLC
ATTN: CECIL J MATf�W
AT&T MOBILITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 752U2
FCC Registratiun Number (FR1V): OO1498072G
Call Sign Filc Numbcr
KNLG542
R•edio Sen�ce
CW - PCS Broadband
Grant Date Effective Date Expiration Date Print Datc
(M-07-2017 09-21-2018 04-2R-2027
:�Iarket Number Channcl Block Sub-Market Desi{;nator
BTA404 D l
Market Namc
San Francisco-Oakland-San Jose
lst Build-out Date 2ud Build-uut Date 3nl Build-out Date 4th Build-out Date
04-28-2002
Waivers/Condi6ona:
Tlus authorization is subjcet to thc condition Uwt, in Uic cvcnt diat systcros using tlic samc frcqucncics as grantcd hcrcin arc
authorizcd in an adjaccnt forcign tcrritory (Canada/Unitcd Statcs), futurc coordination of any basc station tr;msmittcrs within 72
lan (45 milcs) of thc Unitcd Statcs/Ctuiada bordcr shull bc rcquircd to climirwtc any h�nuful intcrfcrcncc to operations in thc
adj�ccut forcign tcaitory and to cnsurc contiuuuncc of cqual acccss to thc frcqucncics by both wunvics.
Liccnsc rcncwal grantcd on a conditional basis, subjcet to thc outcomc of FCC procccding WT Dockct No. ]0-112 (scc FCC
1U-86, p�ras. ] 13 and l26).
Conditions:
Pursuant to §3o9pi) of the Communications Act of 1934, as amended, 47 U.S.C. §30�IQi), lhis license is subjecl to the
following condilions: This license shall not vcst in thc licensec any right lo operatc the slation nor �ny right in thc use of thc
frcqucncics dcsignatcd in thc liccnsc bcyond thc tcnn thcrcof nor in ;u�y othcr manncr than authorized hcrcin, Ncithcr thc
liccnsc nor thc right grantcd thcrcundcr shall bc assigncd or othcnvisc transfcrrcd in violation of thc Communications Act of
1934, us amcndcd. Scc 47 U.S.C. § 310(d). This liccnsc is subjcct in tcnns to thc right of usc or control confcrrcd by §706 of
dic Communicatious Act of 1934, as amcndcd. Scc 47 U.S.C. §60G.
This license may not authorize operation throughout die entire geograpluc :uea or spectmm identified on the hazdcapy version.
To view the specific geographic azea and spectrmn authorized by this license, refer to the Spectnun and Market Area infom�ation
under the IMarket Tab of the license record in Q�e Universal Licensing System (ULS). To view the liceiue record, go lo �he ULS
homepage at hup://wireless.fcc.gov/uls/index.hun?job=home and selea "License Searcl�". Follow lhe instructions on how to
scarch for liccnsc information.
FCC 601-MB
Page 1 of 3 octubcr 2017
26
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: AT&T MOBILITY SPECTRUM LLC
Call Sign: KNLG542 Filc Numbcr: Print Date:
This aulhon-ralion is subject lo lhe condilion lhat lhe remaining balance of the winning bid arnount will be paid in accordance
wilh Part 1 of lhe Commission's rules, 47 C.F.R. Parl l.
This license is conditioned upon compliance witli the provisions of Applications of AT&T Wireless 5ervices, lnc. and Cingular
Wireless Corporalion For Consenl io Transfer Control of Lice�ises and Aulhorizations, Memorandum Opinion and Order, FCC
(W-255 (rel. Oct. 2G, 2004).
Commission approval of this application and U�c liccnscs containcd tlurcin are subjcct to Ihc conditions sct forlh in thc
Mcmorandum Opinion and Ordcr, adoptcd on Dcccmbcr 29, 200G and relcascd on Mareh 2G, 2007, and reviscd in tlu Ordcr on
Rcconsidcration, adoptcd and relcascd on March 2G, 2007. Scc ATbYT Inc. and BdlSouth Corporation Applicution for Transfcr
of Control, WC Dockct No. OG-74, Mcmorandum Opinion and Ordcr. FCC 06-189 (rcl. Mar. 26, 2007); ATbCT Inc. and
BcllSouth Corporation, WC Dockct No. 06-74, Ordcr on Rcconsidcration, FCC 07-44 (rcL Mtu. 26, 2007).
��;
..r�.�
� ;;i.
,��"'��+t 'r.'n,
�;i'
v,m ��
,''`y
�'.,
1
.�
'.u�.:i �.:,
�
�
E
i^
Page 2 of 3
FCC 601-MB
Octobcr2017
27
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: AT6cT MOBILITY SPECTRUM LLC
Call Sign: KNI.G542 File IYumber: Print Date:
700 MHz ReliceuseQ Area Information:
Markct Market Nemc Buildout Dc�dlinc Buildout Notiticadou Status
."��3e: � . - - ���e
�i.:
;:,tc:
�r
i, . ..-
�.
r�;, �-.
t �
FCC 6111-MB
Octnber 21117
Puge 3 of 3
2g
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERErCE COPY
'Ihis is not an otficial FCC license. It is a mcord of puhlic information contained in tlie FCCs licensing datahase on [he date that this reft�ence
copy was gcncratcd. In cascs whcrc F'CC rulcs rcquirc the prescntation, �x�sting, or display of vi FCC liccnsc, this documcnt may not hc us�d
in place of an olTicial FCC lic�se.
�.,,w,,,, 4
�� `°""°"�;;� Federal Communications Commission
�",� � ` ..� Wireless Telecommunicarions Bureau
� w��..:: ss`
� `°w�b"°+� RADIO STATION AUTHORIZATION
LICENSEE: ATXcT MOBILITY SPECTRUM LLC
ATTN: CECIL J MATf�W
AT&T MOB[LITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 75202
FCC Registration Number (FRl�: OO1498072G
CaR Sign Filc Number
WPSL623
Radio Sen�ce
CW - PCS Broadb�nd
Grant Date I Effcctive Datc Expiration Datc I Print Datc
(Ki-09-2015 09-25-201A OG-23.2025
Msirket Number Channcl Block Sab-Market Designator
MTA004 H 14
Market Namc
San Francisco-OaMand-San Jose
lst Build-out Date 2ud Build-out Date 3rd Build-out Date 4th Build-out Date
Waivers/Condi6ona:
Liccnsc rencwal grantcd on a conditional basis, subjcct to thc outcomc of FCC procccding WT Dockct No. 10-112 (scc FCC
10-86, paras. 113 and 126).
Commission approval of this application and thc liccnscs containcd thcrcin ure subjcct to the conditions sct forth in thc
Mcmorandum Opinion and Ordcr, adop[cd on Dcccmbcr 29, 2006 and relcascd on Murch 2G, 2007, and reviscd in du Ordcr on
Rcconsidcration, adoptcd and nlcascd on March 26, 2007. Scc ATbYT Inc. and BcIlSouth Corporadon Application for Trxnsfcr
of' Control, WC llockct No. 06-74, Mcmorendum Upinion and Urdcr, FCC 06-189 (rcl. Mar. 2G, 2U07); A'1'dYl' lnc. and
BcllSouth Corporation, WC Dockct No. 06-74, Ordcr on Rcconsidcrarion, FCC 07-44 (rcl. Mar. 26, 2007).
Conditions:
Pursuant to §309(h) of the Communieations Act of 1934, as amended, 47 U.S.C. §309(h), this license is subject to lhe
following conditions: This license shall not vest in the licensee any right lo operale Ihe station nor any right in the use of the
frcqucncics dcsignatcd in thc liccnsc bcyond thc tcnn Ihcrcof nor in nny othcr manncr Ihan authorized hcrcin. Ncithcr thc
liccnsc nor thc right �,mantcd thcrcundcr shall bc assigncd or othcrwisc transfcrrcd in violation of thc Communications Act of
1934, es amcndcd. Scc 47 U.S.C. § 310(d). This liccnsc is subjcct in tcrms to thc righ[ of usc or control confcrrcd by §706 of
thc Communicauoas Act of 1934, as uncndcd. Scc 47 U.S.C. §GOG.
This license may not authorize operation tluoughout d�e entire geographic area or spectrum identified on the hardcopy version.
To view the specific geographic azea and spectnun authorized by Uus license, refer to the Spectrum and Market Area iuforn�atio
w�der tl�e IMarket Tab of the license record in the Universal Licensing System (ULS). To view the lice»se record, go lo Ihe ULS
liomepage at hup://wireless.fcc.gov/uls/index.huu?job=l�ome and selea "License Searcl�". Follow the instructions on how lo
scazch for liccasc information.
FCC GOl-MB
Page 1 of 2 Octobcr 2017
�
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licen�ee Name: ATbtT MOBILII'Y SPECTRUM LLC
Call Sign: WPSLG23 File Number: Print Date:
700 MHz Reticensed Aree Infnrmatinn:
Markct Msrket Naroc Buildout Dc�dlinc Buildout Notificatiou Status
�
,:�,
F w F�
F
���,
'+�,�i ..,. �t��
t
C�t�
1 YpM
4 ��1"
':J'!
� S::
:1
{ .��e
- Y'r'V
�: i
J'� r
u
Y
��� .'7 :
I
,j h,y
I =
�'
L�'
FCC 6111-MB
Octoher2U17
Page 2 ul'2
30
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERENCE COPY
'Ihis is not an official FCC license. It is a record ofpublic infonnation cexitained in the h'CC's licensing database on thc dare that this ref�Rence
copy was gen�vatcd. In case,s wherc FCC rulcs rcquirc tLc presentation, Ex�sting, or display of a�i FCC liccnsc, ttiis document may no[ bc uscd
in place of an olTicial FCC Gca�se.
����
�`°""""�'�� Federal Communicatians Commission
� -�
�a
.' "T �; �i: Wireless Telecommunicafions Bureau
J ''tj�'f' d�'
°Oy��S•`0'''� RADIO STATION AUTHORIZATION
LICENSEE: AT1fcT MOBILITY SPECTRLTM LLC
ATTN: CECIL J MATHEW
AT&T MOB[LITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 75202
FCC Registratiun Number (FRN): 001498072G
Call Sign File Numbcr
WPVC'J80
Radiu Service
CW - PCS Broadbaud
Grant Date I EffcMive Date Expiration Datc I Print Datc
06-0)-2015 OR-29-2018 OG-23-2025
Market Number C6anncl Block Sub-Market DeAignator
MTA004 A 3
Market Namc
5an Francisco-Oakland-San Jose
lst Build-out Datc 2nd Build-out Date 3rd Build-out Date dth Build-out Date
06-23-2000 06-23-2005
Waivers/Conditiona:
Liccnsc rcncwal grantcd on a conditional basis, subjcct to thc outcomc of FCC procccding WT Dockc[ No. ]0-112 (scc FCC
10-86, paras. 113 and 126).
This liccnsc is conditioncd upon compliancc with thc provisions of Applications of AT&T Wireless Scrviccs, Inc. and Cingular
Wircicss Corpor�tion For Conscnt to Transfcr Control of Liccnscs and Authorizations, Mcmorandum Opinion and Ordcr, FCC
04-255 (rcl. Oc[. 26, 2004).
Conditions:
Pttrsuanl to §309(h) of Ihe Communications Acl of 1934, as amended, 47 U.S.C. §309Q�), this license is subjecl lo lhe
following conditions: This license shall not vest in the licensee any right lo operale Ihe station nor any right in [he use of the
fmqucncics designatcd in thc liccnsc bcyond thc tcnn thcrcof nor in :uiy othcr manncr than author'u.ed hcrcin. Ncithcr thc
liccnsc nor thc right grantcd thcmundcr shall bc assigncd or o[hcrwisc transfcrrcd in violation of thc Communications Act of
1934, us amcndcd. Scc 47 U.S.C. § 310(d). This liccnsc is subjcct in tcrms to thc right of usc or control confcrrcd by §706 of
thc Communicatious Act of 1934, as amcndcd. Scc 47 U.S.C. §60G.
This license may not authorize operation tlu�oughout tl�e entire geographic area or spectrum identified on die hazdcopy version.
To view the specific geographic area and spec[nun authorized by this license, refer to the Spectnun and Market Area inforn�atio
w�der the 1Market Tab of lhe lice�se record in the Universal Licensing System (ULS). To view tbe liceiue record, go to U�e ULS
homepage at hup://wireless.fcagov/uls/index.htm?job=home and selec� "License Searcli". Follow �he instructions on how to
scazch for Liccnsc information.
FCC GOl-MB
Page ] of 3 Octubcr 2017
31
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: AT6tT MOBILITY SPECTRLTM LLC
Call Sign: WpVC980 Filc Numbcr: Print Date:
Commission approval of Ihis application and the lice�ises conlained Iherein are subject to lhe conditions set rorlh in the
Memorandum Opinion and OrdeT, adopled on December 29, 200G and released on March 2fi, 20b7, and revised in Uie Order on
Reconsideration, adopted and released on March 2G, 2(x)7. See AT&T Inc. and BellSouth Corporation Applicalion for'Cransfer
of Control, WC Dockel No. 06-74, Memorandwn Opinion and Order, FCC OG-1 R9 (rel. Mar. 2G, 2007); AT&T lnc. and
BcIlSouth Corporation, WC Docket No. OG-74, Ordcr on Rcconsidcration, FCC 07-44 (rcl. Mar. 2G, 2007).
��.
�
,
x � �n �,;.
,�
�_;'
w:�,j�
S; i.ix
�!'
. ;;�..:,a",�, ,.
r ,G;!`
�'':.
^�- �
� �.
��� a
�s 3�
"��; ;
�';��.
� ':
?.
' y;,
„^'i d w . ... +�'s."'� ',",
��,.
`:a — �::J:��.
Page 2 of 3
FCC GOl-N[B
Octobcr 2017
32
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: ATBcT MOBILITY SPECTRUM LLC
Call Sign: WPVC980 Filc Number: Print Date:
700 MHz ReGceused Aree Information:
Markct Msrket Namc Buildout DcadGnc Buildout Notification Status
i�'
' �d
� :,�.,
J
'4
:. .
�%'��'
r� r'
":il.;t
f
� t�
�•i
�:
:�.
FCC 6111-MB
Octnber 21117
Ptige 3 0l'3
33
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERENCE COPY
'1'his is nnt an otiicial FCC license. It is a record of public infixmation contained in the FCC's licensing datahase on the datc that this refcrence
copy was generated. In cases wherc E'CC rulcs require the prescntation, posting, or display of an FCC license, this docume�rt may no[ hc usal
in place ofan oliicial FCC lic�se.
✓=_��..
��y`oyYu��1j�, Federal Communications Commission
�,, ,�, p Wireless Telecommunications Bureau
J ��':.:. 8nb
� `°��Sb`°+� RADIO STATION AUTHORIZATION
LICENSEE: ATbtT MOBII.ITY SPECTRUM LLC
ATTN: CECIL J MATf�W
AT&T MOBILITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 75202
FCC Re�istration Number (FRl�: 0014960726
Call Sign File Number
WPYP7G7
Radio Service
CW - PCS Bro�dband
Grant Date Effective Date Expiration Datc Print Datc
OG-09-20I5 09-25-2018 OG-23-2025
Market Numher Channcl Block Sub-Market De�ignator
MTA004 A 4
Market Name
San Francisco-Oakland-Sau Jose
lst Bwld-out DaM 2ud Build-uut Date 3rd Build-oot Date 4th Build-out Date
OG-23-2000 OG-23-2005
Waivers/Condi6ons:
Liccnsc rcncwal grantcd on a conditional basis, subjcet to thc outcomc of FCC procccdic�; WT Dockct No. ]0-112 (scc FCC
10-86, p�ras. 113 and 126).
;:;i.:.:
Conditions:
Pursuanl to §309(h) of Ihe Communications Act of 1934, as amended, 47 U.S.C. §309(h), this license is subjecl to tlie
following condilions: This licensc shall not vest in thc liccnsec any right to operatc thc station nor 1ny right in the usc of the
frcqucncics dcsignatcd in thc liccnsc bcyond thc tcnn thcrcof nor in ;u�y olhcr manncr than authoraed hcrcin. Ncithcr thc
liccnsc nor thc right grantcd thcrcundcr shall bc assigncd or othcnvisc transfcrrcd in violation ofthc Communications Act of
1934, as amcndcd. Scc 47 U.S.C. § 310(d). T�is liccnsc is subjcct in tcnns to thc right of usc or control confcrrcd by §706 of
thc Communicutious Act of 1934, as :uncndcd. Scc 47 U.S.C. §GOG.
Tlus license may not authorize operation tluoughout the emire geograplric area or spectrum identified on tlte hardcopy ve�sion.
To view the specific geograpluc area and spectnun authorized by this license, refer ro the Specmim and Market Area informatior.
under the Irvlarkel Tab of U�e license record 'ui tl�e Universal Licensing System (ULS). To view the licei�se record, go to tl�e ULS
homepage at hup://wireless.fcc.gov/uls/index.hun?job=home and selea "License SearcU". Follow lhe instructions on how lo
scarch for liccasc information.
FCC GOl-MB
Page 1 of 2 Octubcr 201'/
34
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensc�e Name: ATBcT MOBILII'1' SPECTRUM LLC
Call Sign: WPYP7G7 Filc Number: Print Date:
700 NIHz ReGcensed Aree informaHon:
Market Markct Nemc Buildout Dc+�dGuc Buildout Notificatiou Status
-.i?+�aOi, � � � ..�
y;.�
� I
._{',',:.:
�, :
ai
_ �
FCC 6111-MB
Octnber 21117
Puge 2 ut'2
35
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
REFERENCE COPY
'Ihis is not an official FCC license. It is a record of public infi�nnatinn contained in the FCC's licrnsing database on the date that this ref�Tence
copy was gcncrated. In cas�s whcrc FCC rulcs rcquirc tl�c prescntation, pospng, or display of an FCC liccnsc, this documcrrt may not tx us�d
in place of an olTicial FCC lic�se.
' �OMYy4t,
W�'� "��,e,, Federal Communications Commission
w � �
� � �'E Wireless Telecommunicarions Bureau
o x:, �`
�'*:°+ry�,,,,,,�,+�� RADIO STATION AUTHORIZATION
LICENSEE: ATbrT MOBILITY SPECTRUM LLC
ATTN: CECIL J MATHEW
AT&T MOBILITY SPECTRUM LLC
208 S. AKARD ST., RM 1015
DALLAS, TX 75202
Call Sign File Numbcr
WQGV781
Radio Sen�ce
AW - AWS (1710-1755 MHz and
2110-2155 MHz)
Market Namc
San Francisco-Oakland-Sa�� Jose
lst Baild-out Datc 2nd Build-out Date 3rd Build-out Date 4th Build-out Date
Waivers/Conditiona:
This authorization is conditioncd upon [hc liccnscc, prior [o ini[iating operaUons from any basc or fixcd station, making
rcasonablc cfforts to coordinatc frcqucncy usagc with known co-ch;umcl and adjaccnt channcl iucumbcnt fcdcral uscrs
operatuig in thc 17 ] 0-1755 MHz band whosc facilitics could bc �ffcctcd by flu proposcd operations. Scc, c.g.. FCC tmd NTIA
Coord'u�tion Proccdures in thc 1710-1755 MHz Band, Public Noticc, FCC 06-50, WTB Docket No. 02-353, rcL Apri120,
200G.
Grant of thc rcqucst to updatc liccnscc nvnc is conditioncd on it not rcflccting an assignmcnt or transfcr of cqutrol (scc Rulc
1.948); if an assignmcnt or [ransfcr occuncd without proper notification or FCC approVal, thc grant is void and thc station is
liccnscd undcr thc prior namc.
Conditions:
Pursuant lo §309(h) of the Communications Act of 1934, as amended, 47 U.S.C. §309Q�), Ihis license is subject to the
following conditions: This license shall not vest in lhe licensec any right lo operale Ihe station nor any right in the usc of the
frcqucncics dcsi�natcd in thc liccnsc bcyond thc tcnn thcrcof nor in any othcr manncr than authorued hcrcia. Ncithcr Ihc
liccnsc nor thc right grantcd thcrcundcr shall bc assigncd or othcrwisc [ransfcrrcd in violation of thC Communications Act of
1934, as amcndcd. Scc 47 U.S.C. § 310(d). This liccnsc is subjcct in tcnns to thc righ[ of usc or conRol coufcrrcd by §70G of
thc Coaununicatious Act of 1934, as umcndcd. Scc 47 U.S.C. §606.
This license may not authorize operation throughout d�e entire geo�aphic :uea or spectmm identified on the hardcopy version.
To view the specific geographic uea and spect►um authonzed by this license. refer to the Spectnun and Market Area infom�ation
w�der the INarket Tab of the liceuse record in the Universal Licensing System (ULS). To view the lice»se record, go to U�e ULS
homePage al hltp://wireless.fcc.gov/uls/index.hun?job=home and selea "License Searcli". Follow lhe instructions on how lo
scarch for liccnsc information.
FCC 601-MB
Page 1 of 2 Ocfubcr 2017
36
Market Number C6anncl Block Sub-Market DeAignator
BEA 163 C 1
Review of Small Cell Wireless Application — City of Burlingame, CA � October 2019
Licensee Name: ATdiT MOBII,ITY SPECTRLTM LLC
Call Sign: WQGV781 File Number: Print Date:
700 MHz Relicensed Aree Information:
Market hlerkct Namc Buildout Dc�dliuc Buildout Notiticetion Status
,� '
..1: ;
f�
. �r,
FCC 6111-MB
Octnber 21117
Puge 2 ul'2
37