EJL Wireless Research logo

4G/5G Outdoor Small Cells

Photo courtesy Tin Nguyen@Atomic50

As mobile data traffic continues to grow and outpace mobile network capacity, densification of the mobile network is one solution available to network operators to increase capacity. Small cells, or small wireless facilities, are another tool in the mobile operator tool kit to address the data demand as mobile traffic rapidly shifts to HD video content.

The traditional macro site distributed radio access network (D-RAN) architecture for mobile networks is evolving towards a hybrid combination of fiber-based fronthaul centralized radio access network (C-RAN) architecture using low power small radios coupled with D-RAN macro sites, and stand alone small cells.

These small cells are typically installed on authority or wireless utility poles and aerial cable strands.

The availability of Citizens Broadband Radio Service (CBRS) spectrum within the United States, coupled with Licensed Assisted Access (LAA) usage within the WiFi 5GHz spectrum will drive the development of small and micro wireless facilities within the United States.

The evolution to 5G technology will also increase mobile network densification and accelerate the deployment of small cells in the United States.

The outdoor small cell series of research reports focuses on the following topics:

  • United States Federal Communications Commission (FCC) Rulemaking
  • United States Federal/State Level Legislation and Rulemaking
  • United States Metro Market Legislation/Deployments
  • Small Cell Antennas
  • Small Wireless Facilities
  • Micro Wireless Facilities

4G/5G Outdoor Small Cells​ Research Report Previews

US5GMWACS2_2020_Cover-Image
[1] United States 5G Mobile Wireless Access Case Study Verizon Wireless & City of Dallas, TX (Published May 2020)
US5GMWACS2_2020_DATABASE_SA-Cover-Image
[2] United States 5G Mobile Wireless Access Case Study Database Verizon Wireless & City of Dallas, TX (Published May 2020)
US5GMWACS3_2020_Cover-Image
[3] United States 5G Mobile Wireless Access Case Study Verizon Wireless & City of Providence RI (Published May 2020)
US5GMWACS3_2020_DATABASE_SA-Cover-Image_
[4] United States 5G Mobile Wireless Access Case Study Database Verizon Wireless & City of Providence RI
[5] United States 5G Mobile Wireless Access Case StudyVerizon Wireless & City of Minneapolis, MN(Published June 2019)
[6] United States 5G Fixed Wireless Access Case Study DatabaseVerizon Wireless & City of Minneapolis, MN(Published June 2019)
[7] United States 5G Fixed Wireless Access Case StudyVerizon Wireless & City of Los Angeles, CA (Published March 2019)
[8] United States 5G Fixed Wireless Access Case Study Database Verizon Wireless & City of Los Angeles, CA(Published March 2019)
[9] United States 5G Fixed Wireless Access - Single Family Home/Apartment Building - ROI AnalysisVerizon Wireless & City of Sacramento, CA(Published January 2019)
[10] United States 5G Fixed Wireless Access - Case Study - Verizon Wireless & City of Sacramento, CA(Published January 2019)
[11] United States 5G Fixed Wireless Access Case Study Database - Verizon Wireless & City of Sacramento, CA(Published January 2019)
[12] United States State Level Small Wireless Facilities Legislative Analysis(Published November 2018)
[13] Global United States Federal Communications Commission Small Wireless Facilities Legislative Analysis -1st Edition(Published October 2018)
[14] United States Outdoor Small Cell Antenna Market Analysis and Forecast, 2018-2022 (Published September 2018)

Please check boxes to inquire about one or more reports. You will receive information regarding availability and cost.

For more information on our detailed reports, consulting services, and design analysis services, contact Earl J. Lum directly at (650) 430-2221 or elum@ejlwireless.com. We invite you to subscribe to our Email Updates, or meet with us at upcoming wireless conferences and events. Discover why EJL Wireless Research is the preferred choice for wireless market intelligence.

SUBSCRIBE TO OUR EMAIL UPDATES:

SOCIAL MEDIA:

Copyright © 2024 EJL Wireless Research