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HomeMy WebLinkAboutARB201700097 Plan - Submittal (First) 2017-09-08 , VERIZON WIRELESS-"SHADWELL" (EASTON PROPERTY) TIER II PERSONAL WIRELESS SERVICE FACILITY Project Description/ Request: Cellco Partnership, operating as Verizon Wireless ("Verizon"), respectfully requests approval of a Tier II Personal Wireless Service Facility (PWSF), with a 114.5-foot tall monopole to be located adjacent to a parcel with the nearest current address of 3646 Richmond Road, and identified as Tax Map & Parcel Number 079A1-00-0C-00300 (the "Property"). This proposal will also include the installation of a 150 square-foot steel-grated and platform covered with an ice guard to prevent any damage to equipment from falling tree branches or ice. The platform will contain radio transmitter and backup battery cabinets, a utility H-frame stand with other power and communications components, and an emergency back-up power generator. The monopole, antennas, and base station equipment will all be painted with Sherwin Williams Java Brown - #6090, which is a matte enamel color that has been previously approved as an appropriate color for many other "Treetop" Personal Wireless Service Facility sites throughout Albemarle County. Network Objectives: Verizon is licensed by the Federal Communications Commission (FCC) to provide various types of state-of-the-art wireless communications services within Albemarle County. These are comprised of Cellular (CDMA / 800 MHz), PCS (Personal Communication Service / 1900 MHz), the Long Term Evolution 4G Network (LIE / 700 MHz) and Advanced Wireless Service (AWS / 2100 MHz) technologies combined for a wide range of services which are used for mobile voice, data,video and text messaging among other services. Whenever possible, it is Verizon's goal to provide seamless in-building, in-car and on-street coverage and the full range of voice and data services to existing as well as potential future customers. In doing so, Verizon has determined that the area surrounding this proposed site needs expanded coverage to serve the nearby residential properties to the north and south. Additionally, the proposed facility will help to increase network capacity by offloading the demand for the company's voice and data services that are currently being provided by the two nearest, neighboring sites: "South West Mountain" to the northwest (co-location on the guyed tower off Lego Drive, near Ashcroft) and "Keswick" to the southeast (co-location on the self- supporting lattice tower near Exit 129 from 1-64). Character of the Area: The proposed PWSF will be contained within a 1,600 square-foot lease area located on this currently vacant parcel, to the north of an existing dwelling and a business that are both located on adjacent parcels that share common ownership with the Property. The site of this facility has a ground level elevation of 409.3 feet Above Mean Sea Level (AMSL). This parcel, which is currently vacant, contains 1.00 acre just south of 1-64 that is zoned Rural Areas (RA) and also located within Entrance Corridor (EC) Overlay District and in the Scottsville Magisterial District. Adjoining properties directly to the west and north on the opposite side of 1-64 are all zoned RA, while adjacent parcels just to the east and south are a mixture of Commercial (C1) and RA. Other nearby properties to the south and southwest are zoned Neighborhood Model District (NMD) and Planned Residential Development (PRD), existing and planned future Verizon PWSF Page 1 Shadwell (Easton) densities in both developments are contributing factors to the needs for additional network capacity in this area. Access to the proposed PWSF will be provided from the northern side of Richmond Road East (US Route 250) an existing driveway that runs between the rental dwelling (TMP 079A1-00-0C- 01600) and Easton's Furniture (TMP 079A1-00-0C-01300) that will be extended north into the wooded area behind those parcels. The proposed monopole will be located approximately 123 feet north of the nearest boundary line which has shared ownership with the subject parcel, and 27 feet south with the right-of-way for 1-64. The nearest off-site dwelling is located approximately 205 feet southwest of the monopole site on property identified as Tax Map / Parcel Number 079A1-00-0C-01800. Compliance with Section 5.1.40 of the Albemarle County Zoning Ordinance Section 5.1.40(b) - Development Requirements for Tier II Personal Wireless Service Facilities (Items 1 - 12): 1. General design:The facility shall be designed, installed and maintained as follows. (a) Guy wires:The proposed monopole will not require any installation of guy wires. (b) Outdoor lighting: One fully shielded LED Floodlight will be placed at each end of the utility H-frame and these lights will only be used as needed during unexpected events that require nighttime visits by Verizon's technical operations staff. Although these lights must be adjustable for safety reasons, please also note that the ice guard tree coverage above the site will assist in keeping the light from shining skyward during those relatively short periods of time. (c) Ground equipment: The proposed equipment platform, base station cabinets and generator will be placed in a location that is screened from offsite views by the surrounding trees and a wooden screening fence will also be installed to help fortify the existing screening elements that is offered to this site. Any portions of equipment that are visible above the screening fence will be painted to match the tower and blend into the wooded area. (d) Whip antenna: No whip antennas are currently proposed with this application. (e) Grounding rod: The proposed grounding rod to be mounted at the top of this monopole will comply with the County's sizing requirements for a maximum of 2 feet in length and 1-inch in diameter. 2. Antennas and associated equipment. (a) Number of arrays: Verizon will use a mounting collar and mounting frames that will allow all six (6) of the necessary antennas to be installed in a single array within three (3) horizontally separated sectors at the same height. This antenna array will be centerline mounted at the 110-foot AGL level (519.5' AMSL) level, and two (2) antennas will be will be grouped in each sector supporting the combination of Cellular, PCS, LTE and AWS frequencies all at one mounting level on the monopole. Other supporting devices that consists of nine (9) remote radio heads and one (1)fiber optics surge protection box will be placed below each antenna so that they are not likely to be visible from any nearby or distant off-site views. Verizon PWSF Page 2 Shadwell (Easton) (b) Size: The antennas to be installed in Verizon's array are identified as Commscope Model# JAHH-65C-R3B [95.7"(H) x 13.8"(W) x 7.1"(D), equaling 1320.66 square inches]. (c) Projection: The proposed antennas in all sectors will be mounted so that there is no more than 18" of distance between the face of the monopole and the backs of the antennas, with consideration any down-tilting that may be necessary. Therefore, these antennas will be in compliance with the County's flush-mounting requirements (12"- 18" maximum between the face of the monopole and the back of the antennas). (d) Color: All antennas will be painted the same Java Brown color as the proposed monopole. 3. Tree conservation plan; content. The locations of proposed tree protection fencing are shown on the Grading & Erosion Control Plan Sheet C-6. Prior to the approval of a building permit, Verizon will also provide a tree conservation plan that has been prepared by a Certified Arborist. As standard practice,the designated arborist has not issued written conservation plan letters until after they have had the chance to review Verizon's Final Construction Drawings / Site Plan and visit the site. The final issued letters normally provide recommendations for any post-construction tree care techniques in addition to granting approval for all proposed land disturbance techniques, vegetation protection fencing locations, and other design elements that might affect the health of trees that surround this site. 4. Creation of slopes steeper than 2:1. Upon the completion of this project, none of the remaining slopes will be greater than 2:1 as a result of construction and land disturbing activities for the proposed facility. 5. Ground equipment shelter; fencing. Verizon is proposing the installation of a 6-foot high wooden, stockade fence in order to prevent trespassing, while also providing additional screening the from nearby properties during the fall and winter. The location and design details of the proposed screening fence are provided in the construction drawings /site plan being submitted with this application. 6. Screening and siting to minimize visibility. When viewed from the south, the proposed facility will be located toward rear of the Property behind several mature trees. Although the facility will be 27 feet from the right- of-way line for 1-64, there are additional mature trees on the north side of the property line that will assist in screening views of the monopole from the adjacent highway. The deeper wooded areas extending to the east and west will assist in screening views of the monopole and base station equipment from nearby parcels in those directions as well. 7. Open space plan resources. Aside from the fact that this site is located in the Entrance Corridor Overlay District,which requires the need for Architectural Review Board approval, Verizon has identified no other open space, natural, man-made or other specifically identified resources that would be adversely impacted by approval of this application. Verizon PWSF Page 3 Shadwell (Easton) 8. Horizontal separation of multiple facilities. The proposed PSWF will be the first of its kind to be located on the subject parcel, and there are not any other facilities located on any of the adjacent parcels. Therefore, there will be no other existing facilities that are within the close proximity as specified by the restrictions of this particular section. 9. Diameter of monopole. As indicated in the attached construction drawings, Verizon's proposed monopole will be designed and constructed so that it is 30 inches at its base and tapers to 18 inches at its top. 10. Height of monopole. At 114.5 feet tall (524 feet Above Mean Sea Level -AMSL),the proposed monopole will be approximately 10 feet above the top elevation of the reference tree,which is identified as a 30" diameter Oak tree that is 106 feet tall (514 feet AMSL), and has a drip line that is approximately 1.8 feet south of where the monopole will be installed. 11. Color of monopole,antennas,and equipment. The monopole and all antennas will be painted Sherwin Williams Java Brown #6090, a color that has been applied to previously approved Tier II and treetop PWSF monopoles in Albemarle County. All of the base station equipment that is installed to support this facility will also be painted the same color and enclosed within a wooden screening and security fence as well. 12. Placement of cables, wires and similar attachments. The proposed monopole will be designed and constructed to contain all of Verizon Wireless's coaxial and fiber optic cables that will run from the ground equipment to all antennas and their supporting devices. Section 5.1.40(c)-Applicability of other regulations in this chapter(Items 1-6): 1. Building site. Verizon acknowledges this exemption from the standard building site requirements for Personal Wireless Service Facilities. 2. Vehicular access. The longest stretch of access to the proposed facility will pass over the existing driveway that serves an existing dwelling and the furniture store on the adjacent parcels to the south. From there, access to the proposed facility will be extended west into a mostly clear area where only three trees larger than 6 inches in caliper will have to be removed and there are not any areas of critical slopes that will need to be disturbed. 3. Setbacks. Verizon has selected a location for this proposed monopole that is approximately 127 feet (111% of its height) away from the southern boundary line for a parcel that has shared Verizon PWSF Page 4 Shadwell (Easton) ownership with the subject property. This exceeds the standard, minimum required setback distance for towers and similar structures, which is equal to 100% of the monopole's height from the parcel lines shared with adjoining parcels. There are no specified setbacks from the adjoining boundary lines that are shared with the right-of- way for 1-64. 4. Area, bulk,and minimum yards. Verizon acknowledges this exemption that allows relief to Personal Wireless Service Facilities from the standard area, bulk and minimum yard requirements. 5. Required yards. Verizon acknowledges this exemption that allows relief to Personal Wireless Service Facilities from the required yard standards. 6. Site plan. Please refer to the attached construction drawings and antenna/equipment specification demonstrating compliance with the Tier II PWSF criteria, set forth in Section 5.1.40(a)(4) - Plans and Supporting Documents, as well as any of the otherrelevant requirements set forth in Section 32 of the zoning ordinance for site plans. Conclusion: The approval of this PWSF application will contribute to the expansion of coverage for Verizon Wireless' services for nearby residents, businesses and travelers in this rural part of the county. Verizon is confident that the proposed Personal Wireless Service Facility will meet the design criteria necessary for approval of a Tier II facility, and that it does not conflict with any of the goals and objectives set forth in the Albemarle County Comprehensive Plan. Approval of this PWSF application will contribute to the expansion of Verizon's coverage to the rural areas, existing and future residents and businesses in nearby planned developments, as well as travelers on two major roadways. This facility will also help to reinforce network capacity and relieve some of the high level of traffic that has be experienced at Verizon's existing neighbor facilities, due to the increased demands for service in this rapidly growing development area. Sincerely, iffikhotaL__ Stephen Waller, AICP GDNsites Site Development Consultants to Verizon Verizon PWSF Page 5 Shadwell (Easton) r VERIZON - SHADWELL (EASTON PROPERTY) TIER II PERSONAL WIRELESS SERVICE FACILITY SITE PHOTOS 4110 , • - et .;1147 W114 y x Site Photograph 1 —Looking north at the Site r.j1V vow. - �y a rV y,. Site Photograph 2—Looking south at the Site Site Photographs Photographed: Verizon Wireless— Shadwell 3646 Richmond Road May 31, 2017 Keswick, VA 22947 .0 4• • mP W. v G y ` 1-jillt A F'lit k # : Y emu! '' C,,,,;,�t, e.'`°` aye. 0. t• ` . ..q� 1. M1hTh `4 i"*.r.y,4, . Gi. F 1C1-1 b �,'k "hkM �, tc w • ...,... ... ,‘...... ...„.„ .,...„. ,,... ., ,,,, ..,..V' Site Photograph 3—Looking east at the Site f qt yY _ �. x r % ',, . . .. 'f ..... i €' e ��,r� f 5 k — t Site Photograph 4— Looking west at the Site Site Photographs Photographed: Verizon Wireless— Shadwell 3646 Richmond Road May 31, 2017 Keswick, VA 22947 s y r ,;. r", �, Y -s y , a „ .. - gad Site Photograph 5—Looking north away from the Site . .: ' • ..,' .-:4404,` ,1•0`'t ii..1.,li. ' , . ' ,. ,\ 1, tt C fY v 'r w v,. x.. x. r Site Photograph 6—Looking south away from the Site Site Photographs Photographed: Verizon Wireless— Shadwell 3646 Richmond Road May 31, 2017 Keswick, VA 22947 i .t a4 , s' X • t ^:�[ °�14 ,,� 4• a • a • �. =� 4040604 .* 4 .:- , °: "h., gyp"e i� yy,,,,ki,�,ps ,; ,401 hIll4t1 ..N = ' ap • Oti st/� _" > '; a'a ✓ y p 1 K4 � F.T ,. 47: 1 s Arsiz i Site Photograph 7—Looking east away from the Site .y. i . ,. "- r ti 1 'fit• w . �": ; r • 'Al ,t ,ak . - y" 'S^ _-fir n"M"'J.�L,. yY . -441.1196 � }y., .• fills, "�'.,4y � dS 7� „,itiliii4,;„ :, ,.,,-, 4., r i Site Photograph 8—Looking west away from the Site Site Photographs Photographed: Verizon Wireless— Shadwell 3646 Richmond Road May 31, 2017 Keswick, VA 22947 • A'Y .•+ ' L y� Site Photograph 9—Looking north along access easement Site Photographs Photographed: Verizon Wireless— Shadwell 3646 Richmond Road May 31, 2017 Keswick, VA 22947 VZW Network Equipment Reporting Form (NERF) Vendor Model Function RRH for distributed architecture with a CPRI interface between digital and RF B66a RRH 4Tx/4Rx 4x45W processing components The RRH has 4 Alcatel-Lucent or 2x 90W(SW selectable) Tx ports and 4 Rx ports.Can be SW configured for 2 Tx with 90W rf per port or 4 Tx with 45W rf per port The RRH has•. sive coolm•onl . *1)Equipment Configuration , jri Nominal - External Clear * Weight Plate Activity Activity _,. ill.'.f _ ' '..:_ (WxDxH) (F/R/S) Nominal •Solar Shield Front 12" Minimum Convection Convection cooled cooled '1 •• 1 (H=640mm Shield Typica I Convection Convection mounting Convection cooled cooled brackets) cooled with Solar Full dd 60W TBD Convection Convection N/A Convection for A1SG) cooled cooled cooled *7)Iquipmcnt Convection , Convection El 3*' Convection *''''''' • Convection ,,_,...., Convection EC-Class cooled Tests *BjNo Optimf. Convection . Convection Convection .. : Convection , Convection EC-Class cooled cooled *9)ExhaustN/A ion Convection Convect Convection Convection ' — — - cooled ' cooled cooled cooled cooled Power ' N/A Number ofnpu Power Input -48V No.Power Supplies (Customer provided 1 power plant) per Power Supply *24)Maximam 825W Maximum Input N/A Maximum Output 58W(to AISG Demand 60W for AISG) °aen °^<<^gyp,.,^wa"° (Customer provided eaee ,,.m w„,,,, (oral s)s,em In watt,, (add °^""""�� port,29V/2A) power plant) Power Supply DC entry via Power Supply N/A Connection Type Conduit Box Make&Model (Customer provided power plant) Input Protection no input fuse Input Protection Make N/A &Model (Customer provided power plant) Redundancy Scheme N/A Nominal Voltage -48VDC Maximum Voltage -57V Minimum Voltage -38V 17.2A 21 7A 14.5A *25)Max Current at I (add 1.2A if AISG *25)Max Current at *25)Max Current at (add 1 5A if Nominal Voltage port loaded Maximum Voltage (add IA if AISGport Minimum Volta a AISG port loaded 2A*29V) loaded 2A*2929V) g 2A*29V Return completed forms to Engineering and Operations Support(EOS) Richard.damiano@verizonwireless.com Product Specifications COMMSC( PE® __• _ JAHH-65C-R3B Multiband Antenna, 698-787, 824-894 and 2x 1695-2360 MHz,65° horizontal A` ' beamwidth, internal RETs and low bands have diplexers.Internal SBT's on first LB(Port I •;- • I 1) and first HB(Port 5) • • • Internal SBT on low and high band allow remote RET control from the radio over the RF jumper cable • One RET for 700MHz, one RET for 850MHz, and one RET for both high bands to ensure same tilt level for 4x Rx or 4x MIMO • Internal filter on low band and interleaved dipole technology providing for attractive, low wind load mechanical package • Separate RS-485 RET input/output for low and high band Electrical Specifications Frequency Band, MHz 698-787 824-894 1695-1880 1850-1990 1920-2200 2300-2360 Gain, dBi 15.5 16.2 18.2 18.6 18.7 18.7 Beamwidth, Horizontal, degrees 67 64 62 60 61 64 Beamwidth,Vertical, degrees 9.8 8.4 5.7 5.3. 5.0 4.5 Beam Tilt, degrees 0-11 0-11 2-12 2-12 2-12 2-12 USLS (First Lobe), dB 23 22 20 20 21 20 Front-to-Back Ratio at 180°, dB 30 30 29 35 38 39 Isolation, dB 25 25 25 25 25 25 Isolation, Intersystem, dB 30 30 30 30 30 30 VSWR I Return Loss, dB 1.5 114.0 1.5 114.0 1.5 114.0 1.5 114.0 1.5 114.0 1.5 114.0 PIM, 3rd Order, 2 x 20 W, dBc -153 -153 -153 -153 -153 -153 Input Power per Port, maximum, watts 250 250 300 300 300 250 Polarization ±45° ±45° ±45° ±45° f45° ±45° Impedance 50 ohm 50 ohm 50 ohm 50 ohm 50 ohm 50 ohm Electrical Specifications, BASTA* Frequency Band, MHz 698-787 824-894 1695-1880 1850-1990 1920-2200 2300-2360 Gain by all Beam Tilts, average, dBi 15.2 16.0 17.5 18.2 18.3 18.3 Gain by all Beam Tilts Tolerance, dB ±0.3 ±0.4 ±0.7 ±0.5 ±0.5 ±0.7 0 ° 115.2 0 ° 115.8 2 ° 117.2 2 ° 117.8 2 ° l 17.8 2 ° 117.8 Gain by Beam Tilt, average, dBi 5 ° l 15.2 5 ° 116.0 7 ° 117.6 7 ° 118.4 7 ° l 18.5 7 ° 118.4 11 ° 115.2 11 ° 116.0 12 ° 117.5 12 ° 118.3 12 ° l 18.4 12 ° 118.2 Beamwidth, Horizontal Tolerance, degrees ±1.1 ±1.6 ±3.9 ±3 ±3 ±4.6 Beamwidth, Vertical Tolerance, degrees ±0.5 ±0.4 ±0.3 ±0.2 ±0.3 ±0.2 USLS, beampeak to 20° above beampeak, dB 18 17 16 16 16 15 Front-to-Back Total Power at 180° ± 30°, dB 25 23 25 31 29 30 CPR at Boresight, dB 23 22 20 23 22 19 CPR at Sector, dB 12 13 10 13 11 8 * CommScope®supports NGMN recommendations on Base Station Antenna Standards (BASTA). To learn more about the benefits of BASTA, download the whitepaper Time to Raise the Bar on BSAs. Array Layout ©2017 CommScope,Inc All rights reserved All trademarks identified by®or TM are registered trademarks,respectively,of CommScope page 1 of 4 All specifications are subject to change without notice See www commScope corn for the most current information Revised'April 14, 2017 April 19, 2017 Product Specifications COMMSCC(PE® JAHH-65C-R3B JAHH-65A-R38 JAHH-65B•R38 JAHH-6SC-R3B Amy Freq Calm RET AISG RET 111D {M14I (MET) Top RI 695.796 1.2 I ANxxxexxxxxxxx:ootI It2 624.994 34 2 ANxxxxxxxxxxxxxxx.2 R2 YI I695.2360 5-6 3 ANxxxxxxxxxxx',6+x3 Y2 1695 2360 76 • • • Y1 Y2 R1 Left Right 114 Bottom View from the front of the antenna (Sizes of colored boxes are not true depictions of array sizes) General Specifications Operating Frequency Band 1695 — 2360 MHz I 698 — 787 MHz I 824 — 894 MHz Antenna Type Sector Band Multiband Performance Note Outdoor usage Mechanical Specifications RF Connector Quantity, total 8 RF Connector Quantity, low band 4 RF Connector Quantity, high band 4 RF Connector Interface 4.3-10 Female Color Light gray ©2017 CornmScope,Inc.All rights reserved All trademarks identified by®or TM are registered trademarks,respectively,of CommScope page 2 of 4 All specifications are subject to change without notice.See www commscope.com for the most current Information Revised.April 14,2017 April 19,2017 • Product Specifications COMMSC( PE® JAHH-65C-R3B Grounding Type RF connector body grounded to reflector and mounting bracket Radiator Material Aluminum I Low loss circuit board Radome Material Fiberglass, UV resistant Reflector Material Aluminum RF Connector Location Bottom Wind Loading, frontal 1061.0 N @ 150 km/h 238.5 lbf @ 150 km/h Wind Loading, lateral 336.0 N @ 150 km/h 75.5 lbf @ 150 km/h Wind Loading, rear 1103.0 N @ 150 km/h 248.0 lbf @ 150 km/h Wind Speed, maximum 241 km/h I 150 mph Dimensions Length 2432.0 mm I 95.7 in Width 350.0 mm I 13.8 in Depth 208.0 mm I 8.2 in Net Weight, without mounting kit 36.4 kg I 80.2 lb Remote Electrical Tilt (RET) Information Input Voltage 10-30 Vdc Internal Bias Tee Port 1 I Port 5 Internal RET High band (1) I Low band (2) Power Consumption, idle state, maximum 2.0 W Power Consumption, normal conditions, maximum 13.0 W Protocol 3GPP/AISG 2.0 (Single RET) RET Interface 8-pin DIN Female I 8-pin DIN Male RET Interface, quantity 2 female I 2 male Packed Dimensions Length 2570.0 mm I 101.2 in Width 460.0 mm I 18.1 in Depth 350.0 mm I 13.8 in Shipping Weight 51.0 kg I 112.4 lb Regulatory Compliance/Certifications Agency Classification RoHS 2011/65/EU Compliant by Exemption China RoHS SJ/T 11364-2006 Above Maximum Concentration Value (MCV) ISO 9001:2008 Designed, manufactured and/or distributed under this quality management system ©2017 CommScope,Inc All rights reserved All trademarks identified by®or TM are registered trademarks,respectively,of CommScope. page 3 of 4 All specifications are subject to change without notice.See www.commscope corn for the most current information Revised April 14,2017 April 19,2017 Product Specifications COMMSCC(PE® JAHH-65C-R3B Included Products BSAMNT-3—Wide Profile Antenna Downtilt Mounting Kit for 2.4 -4.5 in (60 - 115 mm) OD round members. Kit contains one scissor top bracket set and one bottom bracket set. * Footnotes Performance Note Severe environmental conditions may degrade optimum performance ©2017 ComrnScope,Inc.All rights reserved All trademarks identified by©or TM are registered trademarks,respectively,of CommScope. page 4 of 4 All specifications are subject to change without notice.See www commScope corn for the most current information Revised.April 14,2017 April 19, 2017 ALCATEL-LUCENT B13 RRI-14X:,3o- Alcatel-Lucent B13 Remote Radio Head 4x30-4R is the newest addition of Remote Radio Head to the extended product line of Alcatel-Lucent's distributed Base Station solutions, aimed at facilitating smooth RF site acquisition and related civil engineering. Supporting 2Tx/4Tx MIMO and 4-way Rx diversity, Alcatel-Lucent B13 RRH4x30-4R allows operators to have a compact radio solution to deploy LTE in the 700U band (700 MHz, 3GPP band 13), providing them with the means to achieve high capacity, high quality and high coverage with minimum site --�^^"— requirements. The Alcatel-Lucent B13 RRH4x30-4R product has four transmit RF paths, offering the possibility to select, via software only, 2Tx or 4Tx MIMO configurations with either 2x60 W or 4x30 W RF output power. It also supports 4-way Rx diversity at 10MHz instantaneous bandwidth. The Alcatel-Lucent B13 RRH4x30-4R is a near zero-footprint solution and operates noise free, simplifying negotiations with site property owners and minimizing environmental impacts. Its compactness and slim design makes the Alcatel-Lucent B13 RRH4x30-4R easy to install close to the antenna: operators can therefore locate this Remote Radio Head where RF design conditions are deemed ideal, minimizing trade-offs between available sites and RF optimum sites, together with reducing the RF feeder needs and installation costs. • Supporting LTE in 700 MHz band(700U,3GPP band 13) • LTE 2Tx or 4Tx MIMO(SW switchable) • Output power: Up to 2x60W or 4x30W • 10MHz LTE carrier with 4Rx Diversity • Convection-cooled(fan-less) • Supports AISG 2.0 ALD devices(RET,TMA)through R5485 or RF ports BED' • x X 4x30W with 4T4R Compact to reduce additional footprint when adding LTE in 700U band tt or • MIMO scheme operation selection(2Tx or 4Tx)by software only tt tt 2x60W with 2T4R • Improves downlink spectral efficiency through MIM04 tt x tt tt Can be switched between • Increases LTE coverage thanks to 4Rx diversity capability and best in class Rx sensitivity tt ^ modes via SW w/o site • Flexible mounting options: Pole or Wall I I I visit Alcatel-Lucent TECHNICAL SPECIFICATIONS . lumber of TX/RX paths 4 duplexed(either 4T4R or 2T4R by SW) Iequency band U700(C)(3GPP bands 13): DL:746-756 MHz/UL:777-787 MHz r ' Instantaneous bandwidth-# 10MHz—1 LTE carrier(in 10MHz occupied bandwidth) LTE carrier bandwidth 10 MHz RF output power 2x60W or 4x30W(by SW) r Noise figure—RX Diversity scheme 2 dB typ.(<2.5 dB max)—2 or 4 way Rx diversity Sizes(HxWxD)in mm(in.) 550 x 305 x 230(21.6"x 12.0"x 9')(with solar shield) Volume in L 38(with solar shield) Weight in kg(lb)(w/o mounting HW) 26(57.2)(with solar shield) DC voltage range -40.5 to-57V at full performance, -38 to-57V with relaxation on power consumption DC power consumption 550W typical @100%RF load (in 2Tx or 4TX mode) Environmental conditions -40°C(-40°F)/+55°C(+131°F) IP65 Wind load(@15Okm/h or 93 Frontal:<200N/Lateral:<150N iiii Antenna ports 4 ports 7/16 DIN female(50 ohms) 4 VSWR< 1.5 . CPRI ports 2 CPRI ports(HW ready for Rate7,9.8 Gbps) it SFP single mode dual fiber ISG interfaces 1 AISG2.0 output(RS485) Integrated Smart Bias Tees(x2) Misc.Interfaces 4 external alarms(1 connector)—4 RF Tx&4 RF Rx monitor ports-1 DC connector(2 pins) Installation conditions Pole and wall mounting Regulatory compliance 3GPP 36.141/3GPP 36.113/GR-1089-CORE/GR-3108-CORE/UL 60950-1/FCC Part 27 0 •ark & i wwwalcatel-lueent-eom Alcatel,Lucent,Al.tel-Lucent a d the Alcatel-Lucent � `� �r logo are trademarks of Alcatel-Lucent All other trademarks are the property of their respective owners The miomwtwn presented is subject to change without notice N; Alcatel-Lucent assumes no responstbdmy for inaccuracies contained herein. '>y� Copyright T.2014 Alcatel-Lucent All Rights Reserved /\! ALTLU Alcatel-Lucent 0 ALCATEL-LUCENT DATA SHEET REV0.2—]UNE 2014 2 B25 RRH4x30-4R Alcatel-Lucent Remote Radio Head B25 RRH 4x30-4R is the newest addition of Remote Radio Head to the extended product line of Alcatel-Lucent's distributed Base Station solutions, aimed at facilitating smooth RF site acquisition and related civil engineering. Supporting 2Tx/4Tx MIMO and 4-way Rx diversity, Alcatel-Lucent B25 .,. RRH4x30-4R allows operators to have a compact radio solution to deploy LTE in ry the PCS band (1.9 GHz, 3GPP band 25), providing them with the means to achieve high capacity, high quality and high coverage with minimum site requirements. The Alcatel-Lucent B25 RRH4x30-4R product has four transmit RF paths, offering the possibility to select, via software only, 2Tx or 4Tx MIMO configurations with either 2x60 W or 4x30 W RF output power. It supports also 4-way Rx diversity, LTE carriers from 3MHz up to 20MHz and up to 65MHz instantaneous bandwidth. The Alcatel-Lucent B25 RRH4x30-4R is a near zero-footprint solution and operates noise free, simplifying negotiations with site property owners and minimizing environmental impacts. Its compactness and slim design makes the Alcatel-Lucent B25 RRH4x30-4R easy to install close to the antenna: operators can therefore locate this Remote Radio Head where RF design conditions are deemed ideal, minimizing trade-offs between available sites and RF optimum sites, together with reducing the RF feeder needs and installation costs. • Supporting LTE in 1.9 GHz band(PCS,3GPP band 2&25) • LTE 2Tx or 4Tx MIMO(SW switchable) • Output power: Up to 2x60W or 4x30W • 3,5,10, 15 or 20MHz LTE carrier with 4Rx Diversity • Up to 4 carriers anywhere in 65MHz instantaneous bandwidth • Convection-cooled(fan-less) • Supports AISG 2.0 ALD devices(RET,TMA)through RS485 or RF ports aENEFITS �. X X 4x30W with 4T4R • Compact to reduce additional footprint when adding LTE in PCS band X X X X or • MIMO scheme operation selection(2Tx or 4Tx)by software only X X 2x60W with 2T4R • Full flexibility for multiple carriers operation over entire PCS spectrum X X Improves downlink spectral efficiencymodes via through MIM04 X X Can de swathed between • SW w/o site • Increases LTE coverage thanks to 4Rx divensty capability and best in class Rx sensitivity I I •1 I r visit • Flexible mounting options: Pole or Wall Alcatel-Lucent 0 TECHNICAL SPECIFICATIONS MOP Number TX/RX paths 4 duplexed(either 4T4R or 2T4R by SW) Frequency band PCS-G(3GPP bands 2&25): DL:1930-1995 MHz/UL: 1850-1915 MHz Instantaneous bandwidth-#carriers 65MHz—Up to 4 LTE carriers(in 40MHz occupied bandwidth) LTE carrier bandwidth I 3,5,10,15 or 20 MHz RF output power 41111 2x60W or 4x30W(by SW) Noise figure—RX Diversity scheme 2.5 dB typ.(<3 dB max)—2 or 4 way Rx diversity Sizes(HxWxD)in mm(in.) 544 x 305 x 184(21.4"x 12.0"x 7.2")(with solar shield) Volume in L 30.5(with solar shield) Weight in kg(lb)(w/o mounting HW 23(51)(with solar shield) DC voltage range -40.5 to-57V at full performance, -38 to-57V with relaxation on power consumption DC power consumption 520W typical @100%RF load Environmental conditions -40°C(-40°F)/+55°C(+131°F) IP65 Wind load(@150km/h or 93mph Frontal:<200N/Lateral:<150N Antenna ports 4 ports 7/16 DIN female(50 ohms) VSWR< 1.5 CPRI ports 11111.1 2 CPRI ports(HW ready for Rate7,9.8 Gbps) SFP single mode dual fiber AISG interfaces 1 AISG2.0 output(RS485) VIM Integrated Smart Bias Tees(x2) Misc.Interfaces 4 external alarms(1 connector)—4 RF Tx&4 RF Rx monitor ports-1 DC connector(2 pins) Installation conditions 11111111 Pole and wall mounting Regulatory compliance 3GPP 36.141/3GPP 36.113/GR-1089-CORE/GR-3108-CORE/UL 60950-1/FCC Part 27 vvwx-altaatel-luventcom Alcatel,Lucent,Alcatel-Lucent and the Alcatel-Lucent 0 `,/'� logo are trademarks of Alcatel-Lucent.All other trademarks are the property of their respective owners.The information presented is subject to change without notice 177 /�y Alcatel-Lucent assumes no responsibility for inaccuracies contained herein ""y v\7 ti Copyright 0 sass Alcatel-Lucent Al Rights Reserved •• �77 A25 TEH430 4R Alcatel•Lucen t ALCATEL-LUCENT DATA SHEET REV0.2—MAY 2014 2