5G Wireless & Mobile Landscape

Within the 5G Wireless & Mobile Landscape industry area, iGR researches the overall development of the 5G market, including how 5G devices, such as smartphones, tablets, and wearables, the Internet of Things, 5G network requirements, mobile data bandwidth and end user behavior impact the mobile operators, device OEMs and application developers. This area of research provides perspective of the global 5G wireless picture through a series of wireless market forecasts, and also examines the development, appeal and adoption of various wireless technologies and applications in all regions of the world.

Scroll down to see all 5G Wireless & Mobile Landscape market studies, which are available for individual purchase directly from the website. These market studies are also available to all 5G Wireless & Mobile Landscape subscription holders.

• Quarterly Trends and Analysis: Q2 2019

  Published: 3Q 2019

• Global RAN Build Spending Forecast, 2018-2028: LTE and 5G RAN in the U.S., Europe, and Asia Pacific

  Published: 2Q 2019

• U.S. Fixed Wireless Access Forecast, 2018-2023: Banding together - Cellular, CBRS and mmWave

  Published: 2Q 2019

• Global Mobile Network Infrastructure Spending, 2018-2028 Package

  Published: 2Q 2019

• Asia Pacific Mobile Network Infrastructure Spending Forecast, 2018-2028: The long migration to 5G

  Published: 2Q 2019

• North America Mobile Video, 2018-2023: Increasing Traffic for Mobile Operators to Manage

  Published: 2Q 2019

• Europe Mobile Network Infrastructure Spending Forecast, 2018-2028: The start of a long road from LTE to 5G

  Published: 2Q 2019

• U.S. Mobile Network Infrastructure Spending Forecast, 2018-2028: The 5G Era

  Published: 2Q 2019

• Quarterly Trends and Analysis: Q1 2019

  Published: 2Q 2019

• U.S. Home Broadband and Wi-Fi Usage Forecast, 2018-2023: Unlimited data on increasingly faster speeds

  Published: 1Q 2019

• Global 5G Core Network Spending Forecast, 2018-2028: It's a Marathon

  Published: 1Q 2019

• Asia-Pacific Wireless Statistics Forecast, 2018-2023

  Published: 1Q 2019

• Europe Wireless Statistics Forecast, 2018-2023

  Published: 1Q 2019

• Latin America Wireless Statistics Forecast, 2018-2023

  Published: 1Q 2019

• Middle East and Africa Wireless Statistics Forecast, 2018-2023

  Published: 1Q 2019

• North America Wireless Statistics Forecast, 2018-2023

  Published: 1Q 2019

• Global Tablet Sales Forecast, 2018-2023: Stabilizing sales from enterprises and consumers

  Published: 1Q 2019

• Global Handset and Smartphone Sales Forecast, 2018-2023: Slow Growth for Smartphones

  Published: 1Q 2019

• Quarterly Trends and Analysis: Q4 2018

  Published: 1Q 2019

• Global Mobile Data Forecast, 2018-2023: Growth in the 5G Era

  Published: 1Q 2019

• Global Mobile Connections Forecast, 2018-2023: 5G has arrived

  Published: 1Q 2019

• Western European Enterprise Edge Computing Spending Forecast, 2018-2023

  Published: 4Q 2018

• Western European Mobile Operator Edge Computing Spending Forecast, 2018-2023

  Published: 4Q 2018

• U.S. Enterprise Edge Computing Spending Forecast, 2018-2023

  Published: 4Q 2018

• U.S. Mobile Operator Edge Computing Spending Forecast, 2018-2023

  Published: 4Q 2018

• Quarterly Trends and Analysis: Q3 2018

  Published: 4Q 2018

• U.S. 3.5 GHz CBRS Forecast: The Disruptive Spectrum's Final Rules

  Published: 4Q 2017

• Global 5G Revenues Package 2017-2027

  Published: 3Q 2018

• Asia Pacific 5G Revenues, 2019-2027: 5G yuans, yens, wons and dollars… and where they come from

  Published: 3Q 2018

• Europe 5G Revenues, 2019-2027: 5G euros and where they come from

  Published: 3Q 2018

• Quarterly Trends and Analysis: Q2 2018

  Published: 3Q 2018

• Global RAN Infrastructure Spending Forecast, 2017-2027: RAN in the U.S., Europe and Asia Pacific

  Published: 2Q 2018

• Quarterly Trends and Analysis: Q1 2018

  Published: 2Q 2018

• U.S. 5G Revenues, 2017-2027: The billions and where they come from

  Published: 2Q 2018

• U.S. Fixed Wireless Deployment Cost Estimate

  Published: 1Q 2018

• U.S. Front/Backhaul Forecast, 2017-2022: The Functional Split

  Published: 1Q 2018

• Quarterly Trends and Analysis: Q4 2017

  Published: 1Q 2018

• Quarterly Trends and Analysis: Q3 2017

  Published: 4Q 2017

• Global 2017-2027 Network Infrastructure Spending Package

  Published: 4Q 2017

• Asia Pacific Mobile Network Infrastructure Spending 2017-2027

  Published: 4Q 2017

• Europe Mobile Network Infrastructure Spending 2017-2027: From 3G to LTE to 5G

  Published: 4Q 2017

• U.S. Mobile Network Infrastructure Spending 2017-2027: Moving Rapidly from LTE to 5G

  Published: 3Q 2017

• Quarterly Trends and Analysis: Q2 2017

  Published: 3Q 2017

• U.S. Mobile Consumers and OTT Services: Who uses which apps to watch video and connect?

  Published: 2Q 2017

• U.S. TV and Internet Providers: Competing services for mobile consumers’ TV time

  Published: 2Q 2017

• U.S. Mobile Consumers and Online Security: Who’s concerned and who’s not?

  Published: 2Q 2017

• U.S. Mobile Data on Unlicensed Spectrum Forecast, 2016-2021

  Published: 2Q 2017

• U.S. Mobile Device Distribution Channels: The Move to Installment Plans

  Published: 2Q 2017

• U.S. Mobile Consumers and Churn: Who is churning and why?

  Published: 1Q 2017

• A Profile of the Snapchat User: Communicating with photos, videos… and data

  Published: 3Q 2016

• U.S. Consumers and OTT Services: Who uses these video and communication apps and how?

  Published: 3Q 2016

• A Profile of the Netflix User: More devices, OTT services… and data

  Published: 3Q 2016

• U.S. Mobile Data Forecast by Spectrum Band, 2015 - 2020: The Impact of Densification

  Published: 2Q 2016

• U.S. Macrocell Antenna Forecast, 2015 - 2020: Spectrum Drives Upgrades and More Sectors

  Published: 2Q 2016

• Package - AT&T and Verizon Wireless Rural Mobile Churn

  Published: 2Q 2016

• Verizon Wireless Rural Mobile Consumers: Why might they churn?

  Published: 2Q 2016

• AT&T Rural Mobile Consumers: Why might they churn?

  Published: 2Q 2016

• Unlicensed LTE: Can’t we all just get along?

  Published: 1Q 2016

• Demand and Opportunities for In-building Wireless Solutions in the U.S.

  Published: 4Q 2015

• U.S. Worker Mobile Data Usage, 2014-2019

  Published: 4Q 2015

• Global Mobile Wearable Devices Forecast, 2014-2019: Bandwidth Impact on Mobile Networks

  Published: 2Q 2015

• U.S. Mobile Consumers: Mobile Service Issues and Use of Customer Care

  Published: 2Q 2015

• U.S. Consumers’ Ratings of Mobile Service: Providers and Networks

  Published: 2Q 2015

• Global VoLTE Market Forecast, 2014-2019

  Published: 1Q 2015

• U.S. Mobile Device Insurance Forecast, 2014-2019: A Market Driven by Smartphone Sales

  Published: 1Q 2015

• North America Carrier and Cable WiFi Forecast, 2013-2018: Meeting Mobile Demand with WiFi

  Published: 4Q 2014

• A Primer on Fronthaul and Backhaul

  Published: 4Q 2014

• U.S. Consumers and Connected Devices: Usage Patterns in 10 Market Segments

  Published: 3Q 2014

• LTE Broadcast: It Starts with Video

  Published: 3Q 2014

• The Outlook for Rich Communications Services (RCS): Coexisting with OTT

  Published: 3Q 2014

• Cost Considerations for Centralized RAN and Cloud RAN

  Published: 3Q 2014

• Dedicated Short Range Communications: Wireless Technology for Safer Roads

  Published: 3Q 2014

• Global Mobile Video Traffic Forecast, 2013-2018: A Growing Share of Mobile Data

  Published: 2Q 2014

• U.S. Connected Car Strategies, Trends and Forecasts, 2013-2018

  Published: 2Q 2014

• U.S. Connected Car Market Forecast, 2012-2017: Infotainment on Four Wheels

  Published: 4Q 2013

• Global Mobile LTE EPC Virtualization Forecast, 2013-2018: Impacts and Benefits

  Published: 4Q 2013

• Global Mobile LTE RAN Virtualization Forecast, 2013-2018: Benefit of the BTS Hotel

  Published: 3Q 2013

• Mobile Virtualization: Impact on the Mobile Ecosystem

  Published: 1Q 2013

• LTE Carrier Aggregation: The Panacea to the Spectrum Problem?

  Published: 1Q 2013

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For more details on 5G Wireless & Mobile Landscape research, please contact iGR directly.