University of California, Santa Cruz

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1 5/09/2017 University of California, Santa Cruz Housing Development odas Expansion Fiber and Power Requirements Crown Castle Project # (Rev.2)

2 Executive Summary odas Design Criteria for AT&T: To improve AT&T coverage at the UCSC campus Housing Expansion Location. The coverage objective takes into account future capacity planning, based on the assumptions set forth in the table below. Item Frequency Bands (AT&T) 700 MHz 850 MHz 1900 MHz 2100 MHz MIMO or SISO MIMO MIMO MIMO MIMO # of Sectors per node Number of Node Locations Fiber Count per each node location Proposed Equipment per each Node Location Proposed Antenna (Omni/Panel) Average Antenna Height 1 8 4) Total Ericsson RRUS (700/850/1900/2100) Amphenol (Panel) Lowest: 26.5 ft, Highest: 87.7 ft 2

3 odas Design Criteria for Verizon: To improve Verizon coverage at the UCSC campus Housing Expansion Location. The coverage objective takes into account future capacity planning, based on the assumptions set forth in the table below. Item Frequency Bands (Verizon) 700 MHz 850 MHz 1900 MHz 2100 MHz MIMO or SISO MIMO MIMO MIMO MIMO # of Sectors per node Number of Node Locations Fiber Count per each node location Proposed Equipment per each Node Location Proposed Antenna (Omni/Panel) Average Antenna Height 1 8 4) Total Ericsson RRUS (700/850/1900/2100) Amphenol (Panel) Lowest: 26.5 ft, Highest: 87.7 ft 3

4 odas Design Criteria for Sprint: To improve Sprint coverage at the UCSC campus Housing Expansion Location. The coverage objective takes into account future capacity planning, based on the assumptions set forth in the table below. Item Frequency Bands (Sprint) 800 MHz 1900 MHz MIMO or SISO MIMO MIMO # of Sectors per node 1 1 Number of Node Locations 1 Fiber Count per each node location 4 Proposed Equipment per each Node Location 2) Total CommScope ION-M (800/1900) Proposed Antenna (Omni/Panel) Amphenol (Panel) Average Antenna Height Lowest: 26.5 ft, Highest: 87.7 ft 4

5 odas Design Criteria for T-Mobile: To improve T-Mobile coverage at UCSC campus Housing Expansion area. The coverage objective takes into account future capacity planning, based on the assumptions set forth in the table below. Item Frequency Bands (T-Mobile) 1900 MHz 2100MHz MIMO or SISO MIMO MIMO # of Sectors per node 1 1 Number of Node Locations 1 Fiber Count per each node location 4 Proposed Equipment per each Node Location 2) Total CommScope ION-M (800/1900) Proposed Antenna (Omni/Panel) Amphenol (Panel) Average Antenna Height Lowest: 26.5 ft, Highest: 87.7 ft 5

6 odas Design Criteria: The table below shows the total fiber strands and power consumption required for each proposed node location. Verizon / AT&T / Sprint Fiber Requirements Head-End Hub #1 to Each Node Location T-Mobile Fiber Requirements Head-End Hub #2 to Each Node Location Carrier Fiber Required AT&T 8 Verizon 8 Sprint 4 Total Required Fiber Per Node Location 20 Carrier Fiber Required Total Required Fiber Per Node Location T-Mobile 4 4 Verizon / AT&T / Sprint / T-Mobile Power Requirements Per Each Node Location Carrier Equipment Type Power Consumption Per Each Total Required Total Power Consumption AT&T RRUS 290W 4 Verizon RRUS 290W 4 Sprint ION-M 550W 2 4,520 W T-Mobile ION-M 550W 2 6

4 (height) x 18.5 (width) x 7.5 (depth) 49.4 lbs. Specification Band(s) ION-M (Sprint) 800MHz & 1900MHz Physical dimensions Weight 32.7 (height) x 6.

7 Equipment Specifications Specification Band(s) Physical dimensions Weight Ericsson RRUS (AT&T) 700 MHz, 850MHz, 1900 MHz, 2100 MHz 20.4 (height) x 18.5 (width) x 7.5 (depth) 49.4 lbs. Specification Band(s) Physical dimensions Weight Ericsson RRUS (Verizon) 700 MHz, 850MHz, 1900 MHz, 2100 MHz 20.4 (height) x 18.5 (width) x 7.5 (depth) 49.4 lbs. Specification Band(s) ION-M (Sprint) 800MHz & 1900MHz Physical dimensions Weight 32.7 (height) x 6.1 (width) x 5.8 (depth) 20 lbs Specification Band(s) Physical dimensions Weight ION-M (T-Mobile) 1900MHz & 2100MHz 32.7 (height) x 6.1 (width) x 5.8 (depth) 20 lbs 7

8 Antenna Specifications Electrical Amphenol Frequency (MHz) Gain (dbi) Horizontal BW ( ) Vertical BW ( ) VSWR 1.5:1 Polarization (+/- 45 ) Mechanical Amphenol MHz 2600MHz Antenna type Dimensions Tri-band 59.0 (l) x 12.0 (w) x 6.3 (d) Weight (lbs.) 44.1 Survival wind speed Connectors 124 mph 6 x 7/16 DIN-Female Patterns HBW VBW HBW VBW 8

9 Proposed Coverage Location 9

10 Existing Node Locations 10

11 Carrier Hub to Remote Node Fiber Map 11

12 Sample Construction Drawings Stanford University 12

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15 Sample Construction Site Photos Stanford University 15

16 Sample Construction Site Photo Sea World San Diego 16

17 Equipment Demarcation Small Cell (AT&T and Verizon) NODE Customer Customer Crown Castle Aggregation Point Fiber Small Cell** Coax ANTENNA RRUS Amphenol Customer purchased equipment Crown Castle purchased equipment **Demarcation Point between Crown Castle and Customer, excluding the Small Cell equipment 17

18 Equipment Demarcation DAS with Crown POI (Sprint and T-Mobile) HUB NODE Customer Crown Castle Crown Castle Crown Castle Crown Castle BTS Coax POI Coax HOST UNIT Fiber REMOTE UNIT Coax ANTENNA ION-M ION-M ION-M Amphenol Customer purchased equipment Crown purchased equipment Demarcation Point between Crown Castle and Customer 18

19 FOR FURTHER INFORMATION PLEASE CONTACT: Stephen Turner Sr. RF Engineer (408)

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/ / MHz 696-9 / 1695-2700 / 1695-2700 MHz Tri band, fixed tilt panel antenna, 6 connectors Ultra-wide band performance Ideal solution for Small Cell applications Connector Description The antenna has 6 connectors