Lte Forum Sweden April 2010 Ventura Lte Discussion
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Transcript of Lte Forum Sweden April 2010 Ventura Lte Discussion
turning knowledge into action
LTE Forum Stockholm April 28th, 2010
David Brown: +447939544481, email: [email protected]
HSPA / LTE Business Case
Modeling approach to UK broadband spectrum options
Confidential – Page 2
Should original GSM900 MNO’s in UK bid for 800MHz?
• Loss of 900Mhz (2x10) and significant migration and disruption costs.
• Both Vodafone & O2 have invested heavily in UMTS/HSPA.
• Both legacy 900GSM operators are investing in HSPA Plus.
• What would we have to assume about the growth of data for it to make sense for Vodafone UK & O2 to deploy LTE nationally?
Confidential – Page 3
0
500
1,000
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2,000
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3,000
3,500
4,000
2009 2010 2011 2012 2013 2014
'00
0 T
Byt
es/M
on
th
Mobile Data / Month (Global)
Global data set to grow to 3.6 ExaBytes/month
• Dongles (USB) being adopted in ever greater quantities.
• New devices – iPad
• New media platforms
• e.g Iplayer
• Smart Phones
• W. Europe: ~ 50% EoP
• Lower cost Netbooks, (emerging markets)
Source: Cisco Visual Networking Index 2009-2014
Data CAGR 108%
0.09
EB/month
3.6
EB/mont
h
Confidential – Page 4
How did we get to 3.6 ExaBytes/month?
Confidential – Page 5
Global growth translates into over 400 TB/month for the UK
• Aggregate Data CAGR 33% by EoP.
• USB broadband accounts for 15% of all handsets in market by EoP.
• Smart Phones (active data users)50% of all handsets by EoP.
Source: Ventura analysis adapting underlying
Cisco assumptions and trend.
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100
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200
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500
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
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Byt
es/M
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th
Total UK Traffic Forecast / Month
Smart Phone USB/Large Screen
Confidential – Page 6
UK data growth translates into over 23GB/month/customer
Source: Ventura analysis
Cisco Data Growth
Scenario ~
23GB/month
0
5
10
15
20
25
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
GB
ytes
/ M
on
th
UK Subscriber Traffic / Month
USB Data Smart Phone Data
Confidential – Page 7
• Is the perceived speed of LTE noticeably different?
• Does HSPA provide sufficient capacity?
• Migration path & timing?
Options for migrating to LTE in urban and rural areas
HSPA
HSPA Plus
LTE @ 2.6GHzHotspots/urban
LTE @ 800MHzCoverage
View on forecast data?
?LTE @ 900MHz,
1.8GHz & 2.1GHz
Dual / Quad Carrier scenario
Confidential – Page 8
Validate the prevailing view 800MHz (2x10) insufficient for LTE
Greater LondonSU,U, DU
HSPATarget 2Mbps
HSPA Plus2Mbps
LTE @ 800MHz (2x10)4Mbps
CambridgeshireR, SU, U
HSPA 2Mbps
HSPA Plus2Mbps
LTE @ 800MHz (2x10)2Mbps
LTE 2.6GHz (2x20)2Mbps
LTE @ 2.6GHz (2x20)4Mbps
LTE @ 800MHz (2x10)4Mbps
LTE 2.6GHz (2x20)4Mbps
LTE @ 800MHz (2x20)4Mbps
1
2
3
4
Using our network modeling tool designed for Executive decision making…
Confidential – Page 9
Assumptions 1 / Coverage Greater London
Sub-Urban 927km2
Urban 1,073km2
Dense Urban 187km2 Sub-Urban 927km2
Density 3,416km2
Urban 1,073km2
Density 9,164km2
Dense Urban
187km2
Density 18,000km2
(est. day-time pop)
Greater London Pop
7.5 million (2006)
Vodafone est: 2.3 million sub’s (pop x penetration x market share)
Confidential – Page 10
Assumptions 2 / top-level dimensioning
• Modulation Scheme 64QAM
• Both LTE @ 800Mhz & LTE @ 2.6GHz are deployed on existing sites
• Busy hour data calculated on USB dongle only
• Assume Smart Phone data spread more evenly over day
• Only civil upgrade costs incurred
Confidential – Page 11
LTE vs HSPA Greater London: comparable service speeds
9GB/month26GB/month
HSPA @ 2.1GHz (2x15)
+ LTE @ 2.6GHz (2x20)
in Dense Urban only
Customer Proposition
HSPA 2Mbps
LTE 2Mbps
LTE @ 2.6GHz (2x20) in
SU, U, DU
LTE 800MHz (2x10)
(SU,U) & 2.6GHz (2x20)
in Dense Urban only
Spectrum costs excluded from analysis.
Confidential – Page 12
Assumptions 3 / Coverage Cambridge & surrounding villages
Rural 4759km2
100km2
Sub-Urban 56km2
1,500km2
Cambridge & Rural
752k (2001 census)
Vodafone est: 240k sub’s (pop x penetration x market share)
Sub-Urban 50km2
Density 1,500km2
Urban 10km2
Density 2,400km2
Rural 4759km2
Density 100/km2
Urban 5km2
Density 2,400km2
Confidential – Page 13
LTE vs HSPA Cambridge: comparable service speeds
9GB/month
26GB/month
At lower data levels -
LTE 800MHz (2x10)
offers coverage
benefit over HSPA up
until ~ 9GB/month
Spectrum costs excluded from analysis.
LTE 800MHz (2x10)
converges towards
HSPA Plus at higher
data speeds. No real
advantage to deploy
in 800MHz.
16GB/month
Confidential – Page 14
LTE vs HSPA Cambridge: higher service speed on LTE
9GB/month26GB/month
After 9GB/month LTE
800MHz (2x10) is
capacity constrained
& LTE 2.6Ghz
performs better.
13GB/month
Spectrum costs excluded from analysis.
Confidential – Page 15
LTE vs HSPA Cambridge: higher speed on LTE & 800MHz (2x20)
13GB/month 26GB/month Coverage advantage
for LTE800MHz
(2x20up until ~
13GB/month. There
is marginal coverage
advantage in the long
run.
Spectrum costs excluded from analysis.
Confidential – Page 16
LTE vs HSPA Cambridge: Cost/GB
13GB/month 26GB/month
Initial cost advantage
of deploying in
800MHz (2x20) until
system is capacity
constrained ~
13GB/month.
Cost comparison of
deploying LTE in
800Mhz (2x20)
offering 2Mbps.
Benefit of LTE in
2.6Ghz (2x20)
Spectrum costs included in analysis (based on cost / GB for 3G auctions).
Confidential – Page 17
LTE vs HSPA Cambridge: Profitability per customer/month
13GB/month26GB/month
Impact of deploying
LTE in 800Mhz
(2x20)
Benefit of LTE in
2.6Ghz (2x20)
Analysis assumes:• LTE 4Mbps service• 10 Euro/month• 5 EURO assuming 50%
bundle utilisation)• Overhead• Network• Spectrum
Confidential – Page 18
Conclusion – we have validated conventional wisdom
• Geography where 800MHz is beneficial may be limited to deep rural coverage, transport corridors.
• LTE works best in 2x20 as is generally understood.
• 800MHz is potentially less valuable to legacy 900GSM operators (also migration costs).
• More likely deploy LTE in 2.6GHz and in the longer run migrate voice to 2.1GHz and deploy LTE in 900MHz.
• Despite not having access to 800MHz a 900GSM MNO can still launch a compelling broadband proposition in 2.6Ghz.
• H3 possibly well positioned to acquire lower band spectrum and deploy a nationwide broadband network.