The Small Cell Forum announced the release of Release Three, which focuses on establishing urban small cells as an essential part of future mobile networks. Release Three addresses key issues for deploying urban small cells such as evaluating the business case, identifying capacity and coverage as main drivers, and addressing concerns over backhaul, site acquisition, and monetization. A survey of operators found that capacity densification, improving coverage, and reducing data costs are the top drivers for urban small cell deployment, while deployment challenges, monetization, management, and backhaul were cited as the main barriers. Release Three provides new documents that evaluate the market drivers and business case for urban small cells and propose architectures, use cases, and solutions to common challenges.
2. The Small Cell Forum
• To accelerate small cell adoption to change the shape of mobile networks
and maximise the potential of the mobile internet
Aims
• Ecosystem development
• Not-for-profit, founded in 2007
• Market education
• Independent, inclusive, international
• Driving open standards
66 operators covering 3 billion global mobile
subscribers – 44% of total
76 providers of small cell technology representing
all parts of the ecosystem
12. Identified four operator market
drivers for urban small cells
Source: Real Wireless
While capacity enhancement is the leading market driver today, for some operators enhanced coverage depth will be a major driver
User experience enhancement drives additional upside for users and may ultimately lead to greater small cell volumes than capacity
Venue-based urban small cells can also benefit from additional services: such as retail analytics
We commissioned an independent analysis of the business case for Urban small cells from Real Wireless, a leading UK-based
wireless advisory firm
13. Case study aligned with market drivers
Outdoor urban small cells
Capacity-driven case study in urban
area yields:
• Benefits of $48.6m (present value)
• Total cost of ownership of $29.8
million
• Positive net present value for
operators of $28m
• Return on Investment of 136%.
Coverage-driven case study yields:
• Operator without low-frequency
spectrum can achieve equivalent
coverage and produce cost savings
$2.8m-$7.2m
• User experience also enhanced with
substantial user and operator financial
benefits
Indoor urban small
cells
City centre
railway station
• Small cells meet the
capacity needs of
hyperdense indoor
environments
• Yields low incremental cost
of capacity: 0.3-2.3 US
cents per GB
Source: Real Wireless