Global Radio Access Network Market – Industry Analysis & Forecast (2017 – 2024) By Communication Infrastructure (Small Cell, Macro Cell, Ran Equipment, And Das), Connectivity Technology (2g, 3g, 4g/LTE, 5g), Deployment Location (Urban, Rural, Residential, Retail Stores), End-Users, And Geography.

Global Radio Access Network Market – Industry Analysis & Forecast (2017 – 2024) By Communication Infrastructure (Small Cell, Macro Cell, Ran Equipment, And Das), Connectivity Technology (2g, 3g, 4g/LTE, 5g), Deployment Location (Urban, Rural, Residential, Retail Stores), End-Users, And Geography.

Market Scenario

Global Radio Access Network Market is expected to reach USD 15.33 billion in 2024 from USD 7.88 billion in 2016 at a CAGR 8.68%. Global Radio Access Network Market The radio access network is a part of telecommunication system. It implements a radio access technology. The major factors driving the growth of this market are increasing mobile traffic, growing demand for improved network coverage, and technological advancements in the telecommunication industry. Global Radio Access Network Market for small cell will grow at the highest CAGR and will hold the largest market share in the forecast period. Large-scale adoption of the small cells by network operators to address the need for high-speed data transfer and improve the quality of services is the driving the growth of Global Radio Access Network Market for small cell. Small cells will help increase the network capacity and therefore aid in network densification. The largest market share will be held by 5G with highest CAGR in the forecast period. The market for 5G is flooded with demand for wireless broadband services, which require fast and high capacity networks. The volume of the data being carried by cellular networks is driven by the increasing liking for video streaming among consumers. Global Radio Access Network Market for retail stores to grow at highest CAGR during forecast period. The need for higher automation, faster processing, and improved customer experience would drive the adoption of radio access network infrastructure in the future too, leading to the growth of the market for retail stores. Urban areas held the largest size of Global Radio Access Network Market based on deployment location in 2017. The need for amplified capacity and coverage in the locations such as city centre zones, subways, and stadiums, which are always populated with a large number of occupants, are the major drivers for the growth of Global Radio Access Network Markets for urban areas. Global Radio Access Network Market in Asia Pacific is expected to grow at the highest CAGR during the forecast period. North America has the largest share of Global Radio Access Network Market in 2017. The factors such as increasing automation in various sectors, adoption of Internet of Things (IoT), increasing cellular M2M connections, and high demand for on-demand video services would drive the growth of Global Radio Access Network Market in the region. The key players of this market are Huawei (China), Ericsson (Sweden), Nokia Networks (Finland), ZTE (China), Samsung (South Korea), NEC (Japan), Cisco (US), Qualcomm (US), Intel (US), Fujitsu (Japan), Juniper Network (US), Hewlett Packard Enterprise (HPE) (US), Corning (US), AT&T (US), Verizon Communications (US), HUBER+SUHNER (Switzerland), CommScope (US), Airspan Networks (US), Qorvo (US), and LG Electronics (South Korea). KEY HIGHLIGHTS •Global Radio Access Network Market analysis and forecast, in terms of value. •Comprehensive study and analysis of market drivers, restraints and opportunities influencing the growth of the Global Radio Access Network Market. •Global Radio Access Network Market segmentation on the basis of communication infrastructure, connectivity technology, deployment location, end-users and geography has been provided. •Global Radio Access Network Market strategic analysis with respect to individual growth trends, future prospects along with contribution of various sub-market stakeholders have been considered under the scope of study. •Global Radio Access Network Market analysis and forecast for global market. •Profiles of key industry players, their strategic perspective, market positioning and analysis of core competencies are further profiled. •Competitive developments, investments, strategic expansion and competitive landscape of the key players operating in the Global Radio Access Network Market are also profiled. Research Methodology The market is estimated by triangulation of data points obtained from various sources and feeding them into a simulation model created individually for each market. The data points are obtained from paid and unpaid sources along with paid primary interviews with key opinion leaders (KOLs) in the market. KOLs from both, demand and supply side were considered while conducting interviews to get unbiased idea of the market. This exercise was done at country level to get fair idea of the market in countries considered for this study. Later this country specific data was accumulated to come up with regional numbers and then arrive at global market value for Global Radio Access Network Market.

Key Players of the Global Radio Access Network Market

1. Huawei 2. Ericsson 3. Nokia Networks 4. ZTE 5. Samsung 6. NEC 7. Cisco 8. Qualcomm 9. Intel 10. Fujitsu 11. Juniper Network 12. Hewlett Packard Enterprise 13. Corning 14. AT&T 15. Verizon Communications 16. HUBER+SUHNER 17. CommScope 18. Airspan Networks 19. Qorvo 20. LG Electronics Years considered to estimate the market size of the Global Radio Access Network Market have been mentioned below: • Base year: 2016 • Estimated year: 2017 • Forecast year: 2017 to 2024

The scope of the Global Radio Access Network Market

This research report segments the Global Radio Access Network Market based on communication infrastructure, connectivity technology, deployment location, end-users and geography.

Global Radio Access Network Market by Communication Infrastructure

• Small Cell • Micro Cell • Pico Cell • Femto Cell • Macro Cell • RAN Equipment • DAS Global Radio Access Network Market by Connectivity Technology • 2G • 3G • 4G/LTE • 5G

Global Radio Access Network Market by Deployment Location

• Urban Areas • Public Spaces • Rural Areas • Residential Areas • Retail Stores (Supercenters & Hypercenters) • Highways • Large Enterprises • Small And Medium Enterprises • Hotels/Motels • Airport/Rail/Bus Terminals • Others Global Radio Access Network Market by End-Users • Laptops • Mobile Phones • Others

Global Radio Access Network Market by Geography

• North America • Europe • Asia Pacific • Latin America • Middle East and Africa Available Customization Maximize Market Research offers customization of reports according to specific requirement of our clients. Global Power Tools Market  

Table of Contents

Global Radio Access Network Market

1.EXECUTIVE SUMMARY 2.RESEARCH METHODOLOGY 2.1.Market Definition 2.2.Market Scope 2.3.Data Sources 3.MARKET DYNAMICS 3.1.Market Drivers 3.2.Market Restraints 3.3.Market Opportunists 4.END-USER OVERVIEW 4.1.Value Chain Analysis 4.2.Key Trends 5.GLOBAL RADIO ACCESS NETWORK MARKET BY COMMUNICATION INFRASTRUCTURE (2017-2024) 5.1.Introduction 5.2.Global Radio Access Network Market by Small Cell 5.2.1.Small Cell market overview 5.2.2.Small Cell market size and forecast 5.2.2.1.Global Radio Access Network Market by Micro Cell 5.2.2.1.1.Micro Cell market overview 5.2.2.1.2.Micro Cell market size and forecast 5.2.2.2.Global Radio Access Network Market by Pico Cell 5.2.2.2.1.Pico Cell market overview 5.2.2.2.2.Pico Cell market size and forecast 5.2.2.3.Global Radio Access Network Market by FemtoCell 5.2.2.3.1.FemtoCell market overview 5.2.2.3.2.FemtoCell market size and forecast 5.3.Global Radio Access Network Market by Macro Cell 5.3.1.Macro Cell market overview 5.3.2.Macro Cell market size and forecast 5.4.Global Radio Access Network Market by RAN Equipment 5.4.1.RAN Equipment market overview 5.4.2.RAN Equipment market size and forecast 5.5.Global Radio Access Network Market by DAS 5.5.1.DAS market overview 5.5.2.DAS market size and forecast 6.GLOBAL RADIO ACCESS NETWORK MARKET BY CONNECTIVITY TECHNOLOGY (2017-2024) 6.1.Introduction 6.2.Global Radio Access Network Market by 2G 6.2.1.2G market overview 6.2.2.2G market size and forecast 6.3.Global Radio Access Network Market by 3G 6.3.1.3G market overview 6.3.2.3G market size and forecast 6.4.Global Radio Access Network Market by 4G/LTE 6.4.1.4G/LTE market overview 6.4.2.4G/LTE market size and forecast 6.5.Global Radio Access Network Market by 5G 6.5.1.5G market overview 6.5.2.5G market size and forecast 7.GLOBAL RADIO ACCESS NETWORK MARKET BY DEPLOYMENT LOCATION (2017-2024) 7.1.Introduction 7.2.Global Radio Access Network Market by Urban Areas 7.2.1.Urban Areas market overview 7.2.2.Urban Areas market size and forecast 7.3.Global Radio Access Network Market by Public Spaces 7.3.1.Public Spaces market overview 7.3.2.Public Spaces market size and forecast 7.4.Global Radio Access Network Market by Rural Areas 7.4.1.Rural Areas market overview 7.4.2.Rural Areas market size and forecast 7.5.Global Radio Access Network Market by Residential Areas 7.5.1.Residential Areas market overview 7.5.2.Residential Areas market size and forecast 7.6.Global Radio Access Network Market by Retail Stores 7.6.1.Retail Stores market overview 7.6.2.Retail Stores market size and forecast 7.7.Global Radio Access Network Market by Highways 7.7.1.Highways market overview 7.7.2.Highways market size and forecast 7.8.Global Radio Access Network Market by Large/ Small/ Medium Enterprises 7.8.1.Large/ Small/ Medium Enterprises market overview 7.8.2.Large/ Small/ Medium Enterprises market size and forecast 7.9.Global Radio Access Network Market by 7.9.1.Small And Medium Enterprises market overview 7.9.2.Small And Medium Enterprises market size and forecast 7.10.Global Radio Access Network Market by Others 7.10.1.Others market overview 7.10.2.Others market size and forecast 8.GLOBAL RADIO ACCESS NETWORK MARKET BY END-USER (2017-2024) 8.1.Introduction 8.2.Global Radio Access Network Market by Laptop 8.2.1.Laptop Radio Access Network market overview 8.2.2.Laptop Radio Access Network market size and forecast 8.3.Global Radio Access Network Market by Mobile Phones 8.3.1.Mobile Radio Access Network Phones market overview 8.3.2.Mobile Radio Access Network Phones market size and forecast 8.4.Global Radio Access Network Market by Others 8.4.1.Others market overview 8.4.2.Others market size and forecast 9.GLOBAL RADIO ACCESS NETWORK MARKET BY REGION (2017-2024) 9.1.North America Radio Access Network Market 9.1.1.North America Radio Access Network Market, by Communication Infrastructure 9.1.2.North America Radio Access Network Market, by Connectivity Technology 9.1.3.North America Radio Access Network Market, by Deployment Location 9.1.4.North America Radio Access Network Market, by End-User 9.1.5.North America Radio Access Network Market, by Region 9.1.5.1.U.S. Radio Access Network Market 9.1.5.2.Canada Radio Access Network Market 9.1.5.3.Mexico Radio Access Network Market 9.2.Europe Radio Access Network Market 9.2.1.Europe Radio Access Network Market, by Communication Infrastructure 9.2.2.Europe Radio Access Network Market, by Connectivity Technology 9.2.3.Europe Radio Access Network Market, by Deployment Location 9.2.4.Europe Radio Access Network Market, by End-User 9.2.5.Europe Radio Access Network Market, by Region 9.2.5.1.U.K. Radio Access Network Market 9.2.5.2.Germany Radio Access Network Market 9.2.5.3.France Radio Access Network Market 9.2.5.4.Rest of the Europe Radio Access Network Market 9.3.Asia Pacific Radio Access Network Market 9.3.1.Asia Pacific Radio Access Network Market, by Communication Infrastructure 9.3.2.Asia Pacific Radio Access Network Market, by Connectivity Technology 9.3.3.Asia Pacific Radio Access Network Market, by Deployment Location 9.3.4.Asia Pacific Radio Access Network Market, by End-User 9.3.5.Asia Pacific Radio Access Network Market, by Region 9.3.5.1.China Radio Access Network Market 9.3.5.2.Japan Radio Access Network Market 9.3.5.3.South Korea Radio Access Network Market 9.3.5.4.India Radio Access Network Market 9.3.5.5.Rest of the Asia Pacific Radio Access Network Market 9.4.Latin America Radio Access Network Market 9.4.1.Latin America Radio Access Network Market, by Communication Infrastructure 9.4.2.Latin America Radio Access Network Market, by Connectivity Technology 9.4.3.Latin America Radio Access Network Market, by Deployment Location 9.4.4.Latin America Radio Access Network Market, by End-User 9.4.5.Latin America Radio Access Network Market, by Region 9.4.5.1.Argentina Radio Access Network Market 9.4.5.2.Brazil Radio Access Network Market 9.4.5.3.Rest of the Latin America Radio Access Network Market 9.5.Middle East And Africa Radio Access Network Market 9.5.1.Middle East and Africa Radio Access Network Market, by Technology 9.5.2.Middle East and Africa Radio Access Network Market, by Applications 9.5.3.Middle East and Africa Radio Access Network Market, by End-User 9.5.4.Middle East and Africa Radio Access Network Market, by Region 9.5.4.1.GCC Radio Access Network Market 9.5.4.2.South Africa Radio Access Network Market 9.5.4.3.Rest of the Middle East and Africa Radio Access Network Market 10.Market Competition Analysis 10.1.Market Share/Positioning Analysis 10.2.Key Innovators 10.3.Company Profiles 10.3.1.Huawei 10.3.1.1.Overview 10.3.1.2.Products/End-user 10.3.1.3.Strategy 10.3.1.4.Key developments 10.3.2.Ericsson 10.3.2.1.Overview 10.3.2.2.Products/End-user 10.3.2.3.Strategy 10.3.2.4.Key developments 10.3.3.Nokia Networks 10.3.3.1.Overview 10.3.3.2.Products/End-user 10.3.3.3.Strategy 10.3.3.4.Key developments 10.3.4.ZTE 10.3.4.1.Overview 10.3.4.2.Products/End-user 10.3.4.3.Strategy 10.3.4.4.Key developments 10.3.5.Samsung 10.3.5.1.Overview 10.3.5.2.Products/End-user 10.3.5.3.Strategy 10.3.5.4.Key developments 10.3.6.NEC 10.3.6.1.Overview 10.3.6.2.Products/End-user 10.3.6.3.Strategy 10.3.6.4.Key developments 10.3.7.Cisco 10.3.7.1.Overview 10.3.7.2.Products/End-user 10.3.7.3.Strategy 10.3.7.4.Key developments 10.3.8.Qualcomm 10.3.8.1.Overview 10.3.8.2.Products/End-user 10.3.8.3.Strategy 10.3.8.4.Key developments 10.3.9.Intel 10.3.9.1.Overview 10.3.9.2.Products/End-user 10.3.9.3.Strategy 10.3.9.4.Key developments 10.3.10.Fujitsu 10.3.10.1.Overview 10.3.10.2.Products/End-user 10.3.10.3.Strategy 10.3.10.4.Key developments 10.3.11.Juniper Network 10.3.11.1.Overview 10.3.11.2.Products/End-user 10.3.11.3.Strategy 10.3.11.4.Key developments 10.3.12.Hewlett Packard Enterprise 10.3.12.1.Overview 10.3.12.2.Products/End-user 10.3.12.3.Strategy 10.3.12.4.Key developments 10.3.13.Corning 10.3.13.1.Overview 10.3.13.2.Products/End-user 10.3.13.3.Strategy 10.3.13.4.Key developments 10.3.14.AT&T 10.3.14.1.Overview 10.3.14.2.Products/End-user 10.3.14.3.Strategy 10.3.14.4.Key developments 10.3.15.Verizon Communications 10.3.15.1.Overview 10.3.15.2.Products/End-user 10.3.15.3.Strategy 10.3.15.4.Key developments 10.3.16.HUBER+SUHNER 10.3.16.1.Overview 10.3.16.2.Products/End-user 10.3.16.3.Strategy 10.3.16.4.Key developments 10.3.17. CommScope 10.3.17.1.Overview 10.3.17.2.Products/End-user 10.3.17.3.Strategy 10.3.17.4.Key developments 10.3.18.Airspan Networks 10.3.18.1.Overview 10.3.18.2.Products/End-user 10.3.18.3.Strategy 10.3.18.4.Key developments 10.3.19.Qorvo 10.3.19.1.Overview 10.3.19.2.Products/End-user 10.3.19.3.Strategy 10.3.19.4.Key developments 10.3.20. LG Electronics 10.3.20.1.Overview 10.3.20.2.Products/End-user 10.3.20.3.Strategy 10.3.20.4.Key developments

Inquiry Before Buying

Request Sample

About This Report

Report ID 7274
Published Date
Contact Us
Call Now