Global Wi-Fi Offload Traffic Forecast, 2014 - 2019: An Alternative to LTE
Most mobile operators around the world are experimenting with Wi-Fi networks in some way. AT&T in the U.S., for example, has rolled out Wi-Fi hotzones in congested metro areas. SK Telekom offloads a massive amount of data traffic each month to Wi-Fi, as do NTT DoCoMo and Softbank in Japan. However, in the Middle East and Africa Wi-Fi networks are really just getting started. Wi-Fi is a little more advanced in Latin America, depending on the country, but deployments still lag those in more mature wireless markets.
The reasons behind regional differences in Wi-Fi deployments are as much due to differences in GDP, regulation and taxation, as they are to availability of licensed cellular spectrum, affordability of devices relative to median income, reliable access to power, literacy levels, population and population densities.
This report presents iGR's model for Wi-Fi Offload, which include:
1. Wi-Fi Only: This is data traffic that occurs on a Wi-Fi network outside of the home or office on Wi-Fi-only devices.
2. Wi-Fi Offload (User Driven): A subscriber/end user who chooses a Wi-Fi connection (except one inside the home or office) rather than use their 3G/4G mobile broadband connection. If the non-home/non-work Wi-Fi network did not exist, this traffic would have gone over the mobile operator’s cellular data network.
3. Wi-Fi Offload (Carrier Driven): This is user-generated data traffic that the operator diverts from its 3G/4G RAN to a carrier-managed Wi-Fi network. This is data the subscriber would have used regardless of the type of RAN they are on (Wi-Fi or cellular). This type of Wi-Fi offload is not widespread today, but iGR believes it will become more common over time.
Key Questions Answered
- What is Wi-Fi?
- Where is the Wi-Fi standard headed?
- How is Wi-Fi used?
- What is Wi-Fi offload?
- What is the difference between user-driven Wi-Fi offload and carrier-driven Wi-Fi offload?
- What are some of the key standards efforts associated with Wi-Fi offload?
- What are the potential benefits associated with Wi-Fi offload?
- What are the potential issues associated with Wi-Fi offload?
- What is Wi-Fi only? How is it commonly used?
- How much Wi-Fi offload traffic is expected through 2019 both globally and in each region of the world?
- How much Wi-Fi only traffic is expected through 2019 both globally and in each region of the world?
- What percentage of total “mobile” data traffic is Wi-Fi traffic both globally and in each region of the world?
Who Should Read
- Mobile operators, including those with Wi-Fi networks
- Device OEMs
- Content providers and distributors
- Cable MSOs and those offering Wi-Fi services
- Financial analysts and investors.
Table of Contents
- Executive Summary
- Regions Used in this Report
- Types of Wi-Fi Networks and Business Models
- Carrier Wi-Fi
- Cable MSO Wi-Fi
- Carrier and Cable MSO Wi-Fi Business Models
- Third Party Wi-Fi
- Enabling Carrier and Cable MSO Wi-Fi
- SWOT Analysis of Carrier Wi-Fi
- Carrier and Cable Wi-Fi Standards
- Passpoint / Hotspot 2.0
- Wireless Broadband Alliance (WBA) NGH and ICP Programs
- Integrating Wi-Fi in the Mobile Network
- Roaming on Wi-Fi Networks
- Wi-Fi Offload
- Types of Wi-Fi Offload
- Why offload?
- Adoption of Wi-Fi Offload
- Benefits of Wi-Fi Offload
- Potential Issues with Wi-Fi Offload
- Overview of Global Wi-Fi Trends
- Trends by Region
- Wi-Fi Offload Methodology
- Connections Data Usage Categories
- Estimating Data Use per Activity
- When Are Devices Typically Used
- Additional Assumptions
- Global Wi-Fi Offload Connections Forecast
- Other Key Assumptions
- Methodology, User-Driven Wi-Fi Offload
- Methodology, Carrier-Driven Wi-Fi Offload
- Methodology, Wi-Fi Only
- Wi-Fi Vendor Profiles
- Accuris Networks
- Alcadis ISP Solutions
- Anyfi Networks
- Aptilo Networks
- Aruba Networks
- Bright House Networks, LLC
- Cablevision Systems Corporation
- Comcast Corporation
- Cox Communications
- Green Packet
- Motorola Solutions
- NetScout Systems
- Ruckus Wireless
- Time Warner Cable
- Verizon Wireless
- Device Types
- Network Technology
- About iGR
List of Tables
- Table 1: Carrier Wi-Fi SWOT Analysis
- Table 2: Global Mobile Data and Wi-Fi Offload Usage, 2014-2019 (TB/Month)
- Table 3: Wi-Fi Offload as Percent of Mobile Data, 2014-2019
- Table 4: Data Traffic Savings from Wi-Fi Offload, 2014-2019 (TB/Month)
- Table 5: Total User-Driven Wi-Fi by Region, 2014-2019 (TB/Month)
- Table 6: User-Driven Wi-Fi Traffic Share Percent by Region, 2014-2019
- Table 7: Total Carrier-Driven Wi-Fi Offload, 2014-2019 (TB/month)
- Table 8: Total Carrier-Driven Wi-Fi Offload, 2014-2019
- Table 9: Total Wi-Fi Only Traffic, 2014-2019 (TB/Month)
- Table 10: Wi-Fi Only Percent of Traffic by Region, 2014-2019
List of Charts and Figures
- Figure A: Wi-Fi Offload by Type (Total TB per Month), 2014-2019
- Figure 1: Simple View of Wi-Fi in the Mobile Network
- Figure 2: Simple View of Wi-Fi in the Mobile Packet Core Architecture
- Figure 3: Types of Wi-Fi Networks and their Relation to Wi-Fi Offload
- Figure 4: Global Mobile Data and Wi-Fi Offload Usage, 2014-2019 (TB/Month)
- Figure 5: Wi-Fi Offload as Percent of Mobile Data, 2014-2019
- Figure 6: Data Traffic Savings from Wi-Fi Offload, 2014-2019
- Figure 7: Total User-Driven Wi-Fi by Region, 2014-2019 (TB/Month)
- Figure 8: User-Driven Wi-Fi Traffic Share Percent by Region, 2014-2019
- Figure 9: Total Carrier-Driven Wi-Fi Offload, 2014-2019 (TB/Month)
- Figure 10: Total Carrier-Driven Wi-Fi Offload, 2014-2019
- Figure 11: Total Wi-Fi Only Traffic, 2014-2019 (TB/Month)
- Figure 12: Wi-Fi Only Percent of Traffic by Region, 2014-2019
- Figure 13: Anyfi HOTSPOT solution
- Figure 14: Anyfi SIMPLE solution
- Figure 15: Anyfi MOBILE solution
For additional information on the Global Wi-Fi Offload Traffic Forecast, 2014 - 2019: An Alternative to LTE market study, please contact Iain Gillott, at (512) 263-5682 or by email.