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(Wireless-NewsWire.Com, October 06, 2015 ) Portland, OR -- As mobile data proliferates so too does the demand for capacity and coverage.
Many options exist to cope with data surge. Small cell deployment and Wifi Offloading are the main ones.
Small cells give the opportunity to come closer to the user and to offer a better coverage, indoors or outdoors at low cost.
Despite remaining technological hurdles, Wifi is a heavily deployed and cost-effective solution promoted by MNOs themselves for offloading, and by alternative players willing to eat into MNO revenues.
This report presents the state-of-the art of the small cell and Wifi opportunities to close the gap and highlights strategies at play. It also give the flavour of future scenarios.
Table Of Contents
1. Executive Summary
1.1. Options to support higher capacity in mobile networks
1.2. Wifi and Carrier Wifi role for mobile data traffic offloading
1.3. Small cells playing a more important role in MNO networks
1.4. Players' strategies
2. Methodology & definitions
2.1. General methodology of IDATE's reports
2.2. Definitions
3. Options to support higher capacity in mobile networks
3.1. C-RAN (Cloud, Centralised or Collaborative)
3.2. Macro cell network densification and other technical improvements
3.3. Impact of Outdoor DAS and Wifi
3.4. The spectrum issue
3.5. LTE-U, LAA, LWA
3.6. Other technical solutions
4. Wifi and Carrier-Wifi role for mobile data traffic offloading
4.1. Understanding Wifi technology
4.2. Handover between Wifi and cellular technologies
4.3. Wifi calling and VoWiFi (Voice over Wifi) enables capex cut
4.4. Enabling capex reduction
5. Small cells playing a more important role in MNO networks
5.1. The emergence of new business models
5.2. The strategic access to street furniture
5.3. Are small cells really inexpensive?
5.4. The chipset question
6. Player strategies
6.1. MNO strategies
6.2. Strategies from other players
6.3. Traffic and small cells forecasts
7. Glossary
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Report's tables and figures
Tables
Table 1: LTE population coverage in leading LTE countries (in terms of subscribers)
Table 2: Advantages and risks for LSA
Table 3: Wifi and mobile network characteristics
Table 4: Wifi generations
Table 5: The different ways to provide voice services
Table 6: Wifi-calling launches by MNOs
Table 7: Presentation of main small cell chipset players
Table 8: Consolidation of the small cell chipset market
Table 9: Advantages and drawbacks of capacity and coverage options for MNOs
Table 10: Small cell and Wifi current status and upcoming developments
Table 11: Selection of MNO/integrated players Wifi hotspots
Table 12: VoWifi/Wifi calling launches by MNOs
Table 13: Selection of MNO options
Table 14: Scratch Wireless cellular passes
Table 15: Republic Wireless cellular passes
Table 16: Selection of cablecos Wifi hotspots
Table 17: Small cell vendors positioning
Table 18: Wifi and small cells - current status and coming developments
Figures
Figure 1: The evolution from distributed RAN to C-RAN
Figure 2: Capex and opex reduction in a C-RAN trial with TD-SCMA
Figure 3: Presentation of DOCOMO's Advanced C-RAN concept aggregating both small and macro cell
Figure 4: SK Telecom LTE fronthaul and backhaul architecture
Figure 5: KT Cloud RAN solution
Figure 6: Example of a DAS system
Figure 7: Boingo DAS deployments in the US, as of end 2014
Figure 8: Price of premium 4G spectrum
Figure 9: LTE-U, LAA, LWA timeline
Figure 10: The Licensed-Assisted Access principles
Figure 11: The Licensed-Assisted Access study item work plan (Ericsson)
Figure 12: LTE-Wifi aggregation principle
Figure 13: Comparison between simple LTE-A carrier aggregation, LTE-U and LWA (LTE-H)
Figure 14: Qualcomm initial presentation on LWA
Figure 15: Samsung Download Booster Wifi - LTE Aggregation technology
Figure 16: Demonstration of five Carrier Components aggregation at Mobile World Congress 2015 by KT
Figure 17: Demonstration of Upload and Download carrier aggregation in TDD mode by KT
Figure 18: Wifi evolution path
Figure 19: Passpoint - seamless 3G/4G/Wifi roaming
Figure 20: Hotspot 2.0 Release 2 components
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