This report analyzes the worldwide markets for Heterogeneous Networks (HetNets) in US$ Million for major Geographic Regions including the US, Canada, Japan, Europe, and Rest of World.
End-Use Sectors analyzed for the Global market in terms of Annual Installations of Small Cells (Femtocells, Picocells, Microcells, and Metrocells) include Residential and Non-Residential (Urban, Rural/Remote, and Enterprise). Architectures analyzed for the Global market in terms of Annual Installations of Small Cells in Non-Residential Sector include All-In-One, Virtualized Controller, Distributed Radio Unit, and Small Cell with DAS.
Annual estimates and forecasts are provided for the period 2015 through 2024. Market data and analytics are derived from primary and secondary research. Company profiles are primarily based on public domain information including company URLs.
The report profiles 39 companies including many key and niche players such as:
– AirHop Communications, Inc.
– Airspan Networks Inc.
– Alcatel-Lucent Enterprise
– American Tower Corp.
– Aricent Group
– AT&T Inc.
HETEROGENEOUS NETWORKS (HETNETS) MCP-7
A GLOBAL STRATEGIC BUSINESS REPORT CONTENTS
1. INTRODUCTION, METHODOLOGY & PRODUCT DEFINITIONS
Study Reliability and Reporting Limitations
Data Interpretation
Quantitative Techniques & Analytics
Product Definitions and Scope of Study
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2. INDUSTRY OVERVIEW
Heterogeneous Network (HetNet): Enabling Seamless Movement between Wi-Fi, DAS, Small Cells and Mobile Networks
Figure: The HetNet Continuum
Myriad Advantages Offered by HetNet Solutions Drive Steady Market Evolution
Rising User Expectations of QoE & QoS: Foundation for Carrier HetNet Deployment
HetNets Approach Resolves Network Coverage Gaps & Capacity Shortage
HetNet Undergoes Transformation with Increasing Number of Solution Offerings
Surge in Mobile Data Traffic: The Fundamental Factor Driving HetNet Deployments
Table 1: Global Mobile Data Usage by Application (2010, 2015, 2018, 2020, and 2022): Percentage Breakdown of Usage (in Petabytes per Month) for Audio, Social Networking, Software Download and Update, Video, Web Browsing, and Others (includes corresponding Graph/Chart)
Table 2: Media Bit Rates for Current and Future Data Usage Applications
Table 3: Worldwide Mobile Data Traffic in Petabytes (PB) per Month for the Years 2016 through 2022 (includes corresponding Graph/Chart)
Table 4: Global Mobile Communications Market: Data Subscriptions as a Percentage of the Overall Mobile Subscriptions for Years 2011 through 2016 (includes corresponding Graph/Chart)
Table 5: Global Mobile Subscribers by Geographic Region (2010, 2013, 2015, 2017E, and 2022P): Breakdown of Number of Unique Subscribers (in Millions) for North America, Europe, CIS, Asia-Pacific, Latin America, Middle East and Africa(includes corresponding Graph/Chart)
Proliferation of Smartphones Lead to Escalation in Mobile Data Traffic
Table 6: Global Smartphone Data Usage by Region (2014, 2016, 2018, 2020, and 2022): Breakdown of Usage (in Petabytes per Month) for Asia-Pacific, Central Europe, Middle East & Africa (CEMA), Latin America, North America, and Western Europe (includes corresponding Graph/Chart)
Table 7: Global Data Usage per Smartphone by Region (2014, 2016, and 2020): Breakdown of Usage (in Gigabytes per Month) for Asia-Pacific, Central and Eastern Europe, Latin America, Middle East & Africa, North America, and Western Europe (includes corresponding Graph/Chart)
Table 8: World Market for Smartphones: Shipments in Million Units for the Years 2015, 2017, 2019 and 2021 (includes corresponding Graph/Chart)
Table 9: Global Smartphones Penetration Rate by Region – Smartphones as a Percentage of Total Mobile Connections for 2017 and 2025 (includes corresponding Graph/Chart)
Emerging IoT to Widen the Demand for Mobile Data
Increase in Mobile-Data Traffics Makes Deployment of Distributed Networks Inevitable
Global Market Outlook
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3. MARKET TRENDS, ISSUES & DRIVERS
The Critical Role of Small Cells in Continuity of 4G and Evolution of 5G Drive Strong Growth for Heterogeneous Networks
Table 10: Global Small Cells Deployments (Thousands) by Technology Type: 2017, 2021, and 2025 (includes corresponding Graph/Chart)
Small Cells to Become Building Blocks of 5G Networks
Why Network Densification Using Small Cells is Necessary for 5G?
Role of Small Cells in 5G Revolution
Small Cells: The Most Appealing and Cost-Effective Option
Small Cells and Commercial-Scale Implementation of 5G: Current Status
Development and Growth of the Fifth Generation (5G) Wireless Network
Global Small Cell Deployments: Facts & Figures
The Global Small Cell Market Trends Summarized
Increased Small Cell Deployments Anticipated for Densification of LTE Networks
Mitigating Interference Problems in HetNets with Small Cells: Various Techniques
Inter-Cell-Interference-Coordination
Carrier Aggregation along with Cross Carrier Scheduling
Coordinated-Multipoint (CoMP)
Approaches to Deal with 5G Backhaul Network Challenges
Machine Learning, Fuzzy Neural Network, and Bio-inspired Algorithms to Find Increasing Adoption in HetNets
Self-Evolution
Self-Configuration
Self-Healing
Self-Optimization
Taxonomy of AI-Based SON Techniques in HetNets
Machine Learning (ML)
Genetic Algorithms
Future Challenges
Optimization of Data Center Virtual Resource for Cloud-Based HetNets
Utilization of Software-Defined Network (SDN) Intelligence in 5G HetNets
Distributed Edge Intelligence in Hetnets
Global Rollout of LTE Infrastructure: A Major Factor Boosting Prospects for HetNets
Table 11: Global Commercial LTE Network Deployments: Breakdown of Projected Cumulative Deployments for Years 2
through 2017 (includes corresponding Graph/Chart)
HetNet Implementation, from the Perspective of LTE and LTE-A: Key Considerations
Cloud Phenomenon to Further Fuel Wireless Traffic
Small Cells-as-a-Service (SCaaS): An Apt Solution for Saving Manpower and Money
High Costs Deters Cloud RAN Deployment in HetNets
Figure: Cloud RAN Architecture
Mobile Backhaul Critical to Address Requirements of Transforming Mobile Connectivity Landscape
Intelsat Unveils New Newtec Dialog® Integrated IntelsatOne 2G Platform
Advancements in Microwave to Help Address 5G Backhaul Requirements
Pre 5G – Enhanced Fixed Wireless Access
SON-Enabled HetNets Ideal for Smooth Integration and Interworking of Diverse Communication Technologies
Figure: HetNets Support Multi-dimensional Telecom Network
SON Software: A Key Enabler in HetNet Implementation
Wi-Fi Offload Assumes Growing Role in HetNet Architecture
Table 12: Global Number of Public Wi-Fi Hotspots (Thousands) for the Period 2016-2022 (includes corresponding Graph/Chart)
Table 13: Global Wi-Fi Enabled Equipment Shipments in Billions of Units: 2014-2018 (includes corresponding Graph/Chart)
Wi-Fi Integrated Small Cells Devices: A Potential Game Changer
HetNets: A Key Benefactor and Enabler of Eco-friendly ‘Green Radios’
Software Defined Networking (SDN): A Potent Approach for Backhaul Applications in HetNets
Convergence of Information and Communications Spawns Plethora of Connected Devices
Figure: Telecommunications Network Convergence
Heterogeneous Networks Suitable for Delivery of M2M Applications and Services
Urban Network Congestion Strengthens Case for HetNets
Table 14: Global Population by Geographic Areas with Corresponding Mobile Traffic (2018E): Percentage Breakdown of Global Population and Wireless Traffic Generated from Metro, Urban, Semi-urban and Rural Areas (includes corresponding Graph/Chart)
Smart Small Cell Backhaul Strategy Critical for Smooth Operation of HetNets
Smart Backhauling: A Tool for Honing Competitive Edge of Carriers
Backhauling Vital for Sustaining Service Profitability
Small Cell Backhaul Presents Number of Challenges
SoC Development Essential for Mass Deployment of HetNets
Security Gateway Solutions Required to Keep Pace with Expansion of HetNets
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4. INNOVATIONS & ADVANCEMENTS
5G Heterogeneous Network (5G HetNets)
Service Management in Next Generation HWN
Innovative Platform for Enterprise Connectivity
Multi-Technology Small Cells
Novel Strategy for Switching Networks in Dense HetNets
Small Cell/Drone Integration Enables Various Applications
Faster 4.5G Networks for Drones Flight
An Innovative Collection of Easy-to Install, Plug and Play Small Cells
NOMA Technique in Large, Hybrid HetNets
More Efficient Backhaul-Solutions for Mobile Networks of the Future
New Site to Overcome Small Cell Site Issues
AirDensity Indoor UE Relay
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5. HETNETS ARCHITECTURE OVERVIEW
HetNets: A Prelude
Figure: Typical HetNet Architecture
Components of HetNet
Technical Specifications of HetNet Base Stations in a Nutshell
Macrocells
Small Cells
Classification of Small Cells Based on Deployment Site
Major Milestones in the Evolution of Small Cell Market
Microcells
Picocells
Femtocells
Distributed Antenna System (DAS)
Relay Nodes
Wi-Fi Access Points
Backhaul
Technologies Supporting HetNet Deployment
Self-Organizing Network (SON)
Mobility Management and Traffic Steering
Coordinated multi-point (CoMP)
Voice over LTE (VoLTE)
Major Industry Associations
Small Cells Forum
Network Vendors Interoperability Testing (NVIOT) Forum
3GPP (3rd Generation Partnership Project)
European Telecommunications Standards Institute (ETSI)
Distinct Attributes of HetNet
Architectural Changes
Self-Organizing Networks (SON)
Flexibility
Deployment Model
Challenges to Service Management of HetNets
Service Modeling
SON Capabilities
On Demand Management
Converged Network Management
Integration of 3GPP RAN with Non-3GPP RAN
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6. COMPETITIVE LANDSCAPE
The HetNet Vendor Ecosystem
Figure: HetNet Vendor Ecosystem
Nokia Rides High on Small Cell Demand
Nokia Benefits from Technical Proficiency
Leading Suppliers of Small Cell Chipsets Summarized
New Market Niches for Specialist Vendors Supplying Small Cells
Leading RAN Vendors Enter the Small Cell Arena
Operators Focus on Small Cell Installations
6.1 FOCUS ON SELECT GLOBAL PLAYERS
AirHop Communications, Inc. (USA)
Airspan Networks Inc. (USA)
Alcatel-Lucent Enterprise (France)
American Tower Corp. (USA)
Aricent Group (USA)
AT&T Inc. (USA)
Cambridge Broadband Networks Limited (UK)
Ceragon Networks Ltd. (Israel)
Cisco Systems, Inc. (USA)
CommScope Inc. (USA)
Airvana LP (USA)
Huawei Technologies Co. Ltd. (China)
ip.access Limited (UK)
Mobilitie, LLC (USA)
NEC Corporation (Japan)
Nokia Networks (Finland)
NXP Semiconductors N.V. (The Netherlands)
Qualcomm Incorporated (USA)
Qucell, Inc. (USA)
RadiSys Corporation (USA)
Ruckus Networks (USA)
Samsung Networks Business (South Korea)
SpiderCloud Wireless, Inc. (USA)
Telefonaktiebolaget L. M. Ericsson (Sweden)
ZTE Corporation (China)
6.2 PRODUCT/SOLUTION INNOVATIONS/ INTRODUCTIONS
Telstra Launches Telstra 4GX-lite Mobile Satellite Small Cell
Qualcomm Introduces 5G NR Solution for Small Cells and Remote Radio Heads
CCS Completes the Next-Generation Small Cell Network in London
Qualcomm Introduces New LTE-IoT Features on the Qualcomm FSM Small Cell Platform
Nokia Launches MulteFire(TM) Small Cell
Sprint Launches New Small Cell Solution – SpiderCloud
Samsung Unveils New Small Cell Portfolio
Ericsson Launches Three Scalable Small Cell Solutions
Sprint Unveils Sprint Magic Box
SpiderCloud Wireless Announces Frequency Agile Small Cell
6.3 RECENT INDUSTRY ACTIVITY
Charter to Expand LTE Small Cell Trials in US
Rogers to Deploy Thousands of Small Cells for 5G
Boingo Deploys Private LTE Cellular Network on 3.5 GHz CBRS Band
Metro Transit Partners with T-Mobile US to Install Wireless Equipment inside Metro Tunnels
Comba Telecom Partners with CAV to Construct In-Building Wireless Networks for Proscenium
M1 Partners with Nokia to Test the Use of 5G Small Cells
O2 and Arqiva to Deploy 300 Small Cells across London
Telstra to Deploy 1,000 Small Cells in Metro
ZTE and China Unicom Announces the Commercialization of ZTE Magic Pole Small Cell Solution
Fujitsu Partners with Ceragon to Sell Wireless Backhaul Solutions
Sprint Enters into a Multi-Year Business Partnership with Cox Communications
ARRIS Acquires Ruckus Wireless® and ICX® Switch Business from Broadcom
Altran Group Acquires Aricent
Qualcomm to Collaborate with ITRI on 5G NR-enabled Small Cell Technologies
Corning Acquires SpiderCloud
Cisco Exits Small Cell Business
Nokia Unveils a New Way of Deploying Small Cells
QuadGen Partners with SpiderCloud to Offer Small Cell Solutions
Reliance Jio and AirHop Announces the Deployment of JioSON Powered by AirHop’s eSON360™
Airspan Announces the Integration of Airspan’s Small Cells into the Reliance Jio
Altiostar Collaborates with Dali Wireless for virtual RAN Technology
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7. GLOBAL MARKET PERSPECTIVE
Table 15: World Recent Past, Current and Future Analysis for HetNets by Geographic Region – US, Canada, Japan, Europe, and Rest of World Markets Independently Analyzed with Annual Revenue Figures in US$ Million for Years 2015 through 2
(includes corresponding Graph/Chart)
Table 16: World 10-Year Perspective for HetNets by Geographic Region – Percentage Breakdown of Dollar Revenues for US, Canada, Japan, Europe, and Rest of World Markets for Years 2015, 2018, and 2024 (includes corresponding Graph/Chart)
Table 17: World Recent Past, Current and Future Analysis for Small Cells by Sector – Residential and Non-Residential (Urban, Rural/Remote, and Enterprise) Markets Independently Analyzed with Annual Installations in Units for Years 2
through 2024 (includes corresponding Graph/Chart)
Table 18: World 10-Year Perspective for Small Cells by Sector – Percentage Breakdown of Annual Installations for Residential and Non-Residential (Urban, Rural/Remote, and Enterprise) Markets for Years 2015, 2018, and 2024 (includes corresponding Graph/Chart)
Table 19: World Recent Past, Current and Future Analysis for Small Cells in Non-Residential Sector by Geographic Region – North America, Europe, Asia-Pacific, and Rest of World Markets Independently Analyzed with Annual Installations in Units for Years 2015 through 2024 (includes corresponding Graph/Chart)
Table 20: World 10-Year Perspective for Small Cells in Non-Residential Sector by Geographic Region – Percentage Breakdown of Annual Installations for North America, Europe, Asia-Pacific, and Rest of World Markets for Years 2015, 2018, and 2024 (includes corresponding Graph/Chart)
Table 21: World Recent Past, Current and Future Analysis for Small Cells in Non-Residential Sector by Architecture – All-In-One, Virtualized Controller, Distributed Radio Unit, and Small Cell with DAS Markets Independently Analyzed with Annual Installations in Units for Years 2015 through 2
(includes corresponding Graph/Chart)
Table 22: World 10-Year Perspective for Small Cells in Non-Residential Sector by Architecture – Percentage Breakdown of Annual Installations for All-In-One, Virtualized Controller, Distributed Radio Unit, and Small Cell with DAS Markets for Years 2015, 2018, and 2024 (includes corresponding Graph/Chart)
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8. REGIONAL MARKET PERSPECTIVE
8.1 THE UNITED STATES
A.Market Analysis
Smart Devices and Data Hungry LTE Supported Services Fuel Growth of Small Cell Networks
Mobile Network Operators Embrace Small Cells to Deal with Densification
Small Cell Technology Set to Fast-Track Broadband Connectivity of Chattanooga
FCC Decision to Speed-Up Small Cell Deployments Paves the Way for 5G Preparedness
Small Cells and its Role in 5G
Significance of FCC Decision for Resolving Regulatory Barriers
Recent Developments by Major Providers to Strengthen 5G Services
Small Cells Paves the Way for Extending High-Speed Wireless Connectivity to Rural Regions
The Future of Rural Small Cells
Fixed Wireless
Virtual FttF
B.Market Analytics
Table 23: US Recent Past, Current and Future Analysis for HetNets Analyzed with Annual Revenue Figures in US$ Million for Years 2015 through 2024 (includes corresponding Graph/Chart)
8.2 JAPAN
Market Analysis
Table 24: Japanese Recent Past, Current and Future Analysis for HetNets Analyzed with Annual Revenue Figures in US$ Million for Years 2015 through 2024 (includes corresponding Graph/Chart)
8.3 EUROPE
A.Market Analysis
Need to Optimize Networks for Data Traffic Drives Growth in the World’s Largest HetNets Market
Booming Small Cells Market Becomes a Platform for New Services
Russian Femtocell Market: A Late Bloomer
B.Market Analytics
Table 25: European Recent Past, Current and Future Analysis for HetNets Analyzed with Annual Revenue Figures in US$ Million for Years 2015 through 2024 (includes corresponding Graph/Chart)
Table 26: European Recent Past, Current and Future Analysis for Small Cells in Non-Residential Sector Analyzed with Annual Installations in Units for Years 2015 through 2
(includes corresponding Graph/Chart)
8.4 ASIA-PACIFIC
A.Market Analysis
Asian MNOs to Remain at the Forefront of Network Densification, Bodes Well for Market Growth
Considerations to Achieve Desirable Progress
Telecom Major, Reliance Jio, Makes India a Potential Laden Market for Small Cells
HetNets and Small Cells in India: An Overview
Small Cells Related Trends Summarized
B.Market Analytics
Table 27: Asia-Pacific Recent Past, Current and Future Analysis for Small Cells in Non-Residential Sector Analyzed with Annual Installations in Units for Years 2015 through 2024 (includes corresponding Graph/Chart)
8.5 REST OF WORLD
A.Market Analysis
African Market: An Emerging Hotbed for Small Cells
B.Market Analytics
Table 28: Rest of World Recent Past, Current and Future Analysis for HetNets Analyzed with Annual Revenue Figures in US$ Million for Years 2015 through 2024 (includes corresponding Graph/Chart)
Table 29: Rest of World Recent Past, Current and Future Analysis for Small Cells in Non-Residential Sector Analyzed with Annual Installations in Units for Years 2015 through 2024 (includes corresponding Graph/Chart)
9. COMPANY PROFILES
Total Companies Profiled:
The United States (17) Japan (2) Europe (11) – France (2) – The United Kingdom (3) – Italy (1) – Rest of Europe (5) Asia-Pacific(Excluding Japan) (7) Middle East (2)
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