5G VTF Network is Deployed in very Limited Areas Similar to Sacramento, CA
The dataset references 5G sites within the City of Los Angeles, CA for the Verizon Wireless network. The entire network database is included in this product.
The report provides an analysis of the outdoor 5G fixed wireless access (FWA) network for Verizon Wireless and the City of Los Angeles, CA.
The report focuses on the following issues:
- Survey the geo location of each 5G radio site
- Determine the total number of sites and 5G radios deployed
- Analyze the type of poles used
- Analyze the type of 5G radios used and how many per site
- Analyze the types of buildings targeted for service
- Better understand the issues of collocation with existing 4G LTE small cells
Features
- Verizon 5G Home Service
- 5G Site Maps for Districts 1 and 14
- Deployment Analysis of Districts 1 and 14
- Case Study 1: Large Scale Multi-tenant apartment complexe
- Case Study 2: LoS Inter-site Distance
The dataset product provides the following data points for the 5G network:
- 5G Radio Node Site Number
- 5G Radio Node Latitude Coordinate
- 5G Radio Node Longitude Coordinate
- 5G Radio Node Street Address/Nearest Cross Street
- 5G Radio Node US Zip Code
Important Note: The United States 5G Fixed Wireless Access Case Study Verizon Wireless and the City of Los Angeles, CA - Database (Non Stand Alone) product may ONLY be purchased in addition to the United States 5G Fixed Wireless Access Case Study Verizon Wireless and the City of Los Angeles, CA report.
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Table of Contents
EXECUTIVE SUMMARY
- Summary
RESEARCH METHODOLOGY
- Outdoor Small Cell Site Definitions
CHAPTER 1: 5G IN THE UNITED STATES
- U.S. Mobile Operator 5G Strategies
- Small Cells Critical for microwave/mmwave 5G networks
- Fiber for Fronthaul C-RAN or for Backhaul
CHAPTER 2: VERIZON WIRELESS 5G HOME SERVICE
- Phase 1 with 5GVTF
- 5G Home Service
CHAPTER 3: CITY OF LOS ANGELES 5G NETWORK
- P3 Partnership between Verizon Wireless and City of Los Angeles
- Example of Collocated 4G/5G Light Pole Small Cell Site
- Fiber Optic Requirements for ARS
- District 1 Analysis
- District 14 Analysis
CHAPTER 4 CASE STUDY 1
CHAPTER 5 CASE STUDY 2
- D14 Site DLA 237
- D14 Site DLA 234-4
TABLES
Table 1: Example 5G Site Dataset
Table 2: U.S. Mobile Operator 5G Spectrum Holdings
Table 3: Verizon 5G Home Network Vendors-Phase 1
EXHIBITS
Exhibit 1: 5G Radio Node Site
Exhibit 2: Direction of Azimuth Coverage for 5G Radio Node, Radio 1
Exhibit 3: Direction of Azimuth Coverage for 5G Radio Node, Radio 2
Exhibit 4: 5G Radio Node Identification Sign
Exhibit 5: Street Light Pole Site Example
Exhibit 6: Traffic Signal Light Pole Site Example
Exhibit 7: Wooden Utility Pole Site Example
Exhibit 8: Samsung Networks 5G Equipment: Home CPE Indoor (Left), Network Access Node (Middle), Home CPE Outdoor (Right)
Exhibit 9: Los Angeles City Council Districts
Exhibit 10: Example of Collocated 4G/5G Small Cell Site Los Angeles
Exhibit 11: Ericsson AIR ARS Cable Diagram
Exhibit 12: City of Los Angeles District 1 Boundaries
Exhibit 13: Los Angeles District 1 Verizon 5G FWA Site Locations
Exhibit 14: City of Los Angeles District 14 Boundaries
Exhibit 15: Los Angeles District 14 Verizon 5G FWA Site Locations
Exhibit 16: The Orsini Apartments Phase I Building
Exhibit 17: The Orsini Apartments Phase II Building
Exhibit 18: The Orsini Apartments Phase III Building
Exhibit 19: The Orsini Site Map
Exhibit 20: Verizon Wireless 5G FWA Sites at The Orsini
Exhibit 21: Site D1 N. Figueroa Street
Exhibit 22: View from Site D1 N. Figueroa Street for Radio Sector 1
Exhibit 23: View from Site D1 N. Figueroa Street for Radio Sector 2
Exhibit 24: Radio Sector 1 Coverage Zone
Exhibit 25: Site D1 N. Figueroa Street, Radio Sector 1 Target Coverage Zone
Exhibit 26: The Orsini Apartment Units in Phase I within Radio Sector 1 Coverage Zone
Exhibit 27: Radio Sector 2 Coverage Zone
Exhibit 28: Site D1 N. Figueroa Street, Radio Sector 2 Target Coverage Zone
Exhibit 29: The Orsini Apartment Units in Phase II within Radio Sector 2 Coverage Zone
Exhibit 30: Site D1 W. Cesar E. Chavez Avenue
Exhibit 31: View from Site D1 W. Cesar E. Chavez Avenue for Radio Sector 1
Exhibit 32: View from Site D1 W. Cesar E. Chavez Avenue for Radio Sector 2
Exhibit 33: View from Site D1 W. Cesar E. Chavez Avenue for Radio Sector 3
Exhibit 34: Radio Sectors 1, 2, & 3 Coverage Zones
Exhibit 35: Site D1 W. Cesar E. Chavez Avenue, Radio Sector 1 Target Coverage Zone
Exhibit 36: Site D1 W. Cesar E. Chavez Avenue, Radio Sector 2 Target Coverage Zone
Exhibit 37: Site D1 W. Cesar E. Chavez Avenue, Radio Sector 3 Target Coverage Zone
Exhibit 38: The Orsini Apartment Units in Phase II & III within Radio Sector 1,2 & 3 Coverage Zones
Exhibit 39: Site D1 W. Cesar E. Chavez Avenue
Exhibit 40: View from Site D1 N. Bunker Hill Avenue for Radio Sector 1
Exhibit 41: View from Site D1 N. Bunker Hill Avenue for Radio Sector 2
Exhibit 42: Site D1 N. Bunker Hill Avenue, Radio Sectors 1 & 2 Coverage Zones
Exhibit 43: Site D1 N. Bunker Hill Avenue, Radio Sectors 1 & 2 Target Coverage Zones
Exhibit 44: The Orsini Apartment Units in Phase II within Radio Sector 1 & 2 Coverage Zones
Exhibit 45: Additional Site Locations and Sector Coverage
Exhibit 46: Dual 5G Site Example
Exhibit 47: Location of Dual 5G Sites
Exhibit 48: Site D14 DLA 237 E. 7TH Street
Exhibit 49: View from Site D14 DLA 237 for Radio Sector 1
Exhibit 50: View from Site D14 DLA 237 for Radio Sector 2
Exhibit 51: Site D14 DLA 234-4 E. 7TH Street
Exhibit 52: View from Site D14 DLA 234-4 for Radio Sector 1
Exhibit 53: Sites D14 DLA237 and DLA 234-4 Radio Sectors Coverage Zones
Exhibit 54: Sites D14 DLA237 and DLA 234-4 Site to Site Distance
Samples
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Executive Summary
The researcher is excited to announce its third case study for a U.S. 5G fixed wireless access (FWA) network using microwave (MW)/millimeter wave (mmWave) frequencies.
The report analyzes two of the fifteen districts within the City of Los Angeles, CA and how Verizon Wireless deployed its 5G VTF network. The Verizon Wireless 5G Home Service was launched on October 1, 2018. We were able to survey a limited number of the 5G sites concentrated within the Downtown and surrounding areas and see the issues and complications involved in the deployment of a 5G network using mmWave small cell sites.
With the conclusion of the FCC’s Auction 101 (28GHz) on January 24, 2019 and start of Auction 102 (24GHz) on March 14, 2019, deployment of 5G networks for both FWA and mobility services will be a key focus for mobile operators in the U.S. in 2019. While recent legislation from the FCC for streamlining aspects of siting and collocation for small cells is now under review from the U.S. Congress’ Committee on Energy and Commerce, legal challenges regarding small cell laws continue to gain momentum from municipalities. We believe that small cell siting regulations and laws remain unclear as we enter Auction 102 and may remain cloudy through the remainder of 2019.
“Deployment of 5G services using microwave and millimeter wave frequency bands is critical to both AT&T Wireless and Verizon Wireless’ success for 5G. The study of the Los Angeles network correlates with our previous findings for the Sacramento network and continue to highlight serious issues for the deployment of 5G mmWave small cells. While mmWave repeaters may expand the 5G signal coverage zone of the small cell sites such as the central business districts (CBD) of major cities, they will not be able to provide 100% signal coverage,” says Lum.
Companies Mentioned (Partial List)
A selection of companies mentioned in this report includes, but is not limited to:
- Ericsson
- Samsung
- Verizon
