ulf pehrsson , vice president 3 december, 2013
DESCRIPTION
Mobile Broadband spectrum allocations: Ericsson perspective. Ulf pehrsson , vice president 3 december, 2013. Mobile subscriptions outlook 2010-2019. M2M subscriptions not included. population Coverage. Around 90% of world´s population covered by WCDMA/HSPA in 2019 - PowerPoint PPT PresentationTRANSCRIPT
2013-08-19 | Page 1
Ulf pehrsson, vice president3 december, 2013
Mobile Broadband spectrum allocations: Ericsson perspective
Mobile Broadband spectrum allocations: Ericsson perspective
2013-08-19 | Page 2 M2M subscriptions not included
Mobile subscriptions outlook 2010-2019
2013-08-19 | Page 3
population Coverage
› Around 90% of world´s population covered by WCDMA/HSPA in 2019
› LTE network deployments continue in all regions of the world, as LTE population coverage doubled in 2012 compared to 2011 (10% vs. 5%)
› More than 65% of world’s population covered by LTE in 2019
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Speed increase with LTED
own
link
Spe
eds
Kbp
s
Source: Speedtest.net
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performance drives loyalty
› Addressing network performance has largest impact on customer loyalty
› Four times as effective as introducing loyalty rewards
› Network performance is the principal driver of loyalty to mobile operators, followed by value for money (correlated parameters)
Relative impact between each driver and loyalty to operator brand
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Latin AméricaBase: 850 & 1900New: AWS & 26002014+: APT700
MEABase: 2100New: 900, 1800 & 26002014+: CEPT800 & APT700
APACBase: 2100, 900 & 850New: 1800, 2300 & 2600 2014+: APT700
JapanBase: 2100, 1700, JP850New: 1500, 900 &
APT700
EuropeBase: 2100 & 900New: 2600, 1800 & CEPT800
North AmericaBase: 850, 1900, US700 &
AWS New: 2600
spectrum for mobile broadband- Regional mainstream hspa & lte deployments
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Assumptions: Propagation based. Suburban environment. Reference frequency is 800 MHz. 5 dB higher antenna gain at 2,100 MHz and 6 dB higher antenna gain at 2,600 MHz. LTE and HSPA: re-use 1
Broadband capacity & coverage- typical deployment by a European operator
Relative cell coverage area0.5 1.0
DD 800 MHz900 MHz
2,100 MHz
1,800 MHz
2,600 MHz
HSPA
LTE
FDD DL 5 MHzFDD DL 10 MHz
FDD DL 20 MHz
FDD DL 15 MHz
FDD DL 10 MHz
Radio link throughput proportional to
Coveragebands
Capacitybands
Relative cell coverage area0.5 1.0
DD 800 MHz900 MHz
2,100 MHz
1,800 MHz
2,600 MHz
HSPA
LTE
HSPA
LTE
FDD DL 5 MHzFDD DL 10 MHz
FDD DL 20 MHz
FDD DL 15 MHz
FDD DL 10 MHz
Radio link throughput proportional to
Coveragebands
Capacitybands
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New momentum
Mainstream mobile allocationscurrent assumption for sub 1 GHz bands
Europe, Middle East & Africa190 MHz
880 915 925 960791 862
The 900 MHz band [B8]The CEPT 800 band [B20]
832821788703
The APT700 band [B28]– Low Duplexer
2x30 MHz
= Downlink
= Uplink
SDL = Supplementary Downlink
US & Canada160 MHz824 849 869 894
The E850 Upper band [B26]and the 850 MHz [B5] bandsThe band 700 MHz [B12,17,29,13,14]
716 746768 798
699 729 777 787756758728718
SDL
814 859
APAC & Latin America>200 MHz
803 814/824
844 859/869 890
The E850 Lower / Upper [B27/26] and the 850 MHz [B5] bands
889915
935 960
The 900 MHz band [B8]
703
The APT700 band [B28]– Low & High Duplexer
2x45 MHz 852807
788
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› To date, 25 countries have adopted the APT700 band.
› Japan, Australia, Mexico and Taiwan have licensed the band.
› Devices and infrastructure will become available mid-2014.
› Excellent potential for global roaming.
› Momentum in ITU Region 1 for a combination of the lower duplexer of the APT700 band with the CEPT800 band, currently being deployed in Europe.
› Ericsson recommends to license spectrum in blocks of 2x5 MHz.
APT700 – Current update
The APT700 band brings significant economies of scale and capabilities to cost efficiently cover also rural areas
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Options discussed in CEPT ECC PT1
CEPT will reduce the number of options for a preferred channelling arrangement for the band 694-790 MHz
Two main options – currently a majority is supporting Option 1
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Frequency vs. costsRelative number of base stations sites for UHF:
• 700 MHz set to 0 dB antenna gain for reference
• 900 MHz at 1.5 dB higher antenna gain
• 2.1 GHz at 5 dB higher antenna gain
• 2.6 GHz at 6 dB higher antenna gain
networks based on UHF need less than a 3rd of the sites compared with higher bands
200 100% 126%
328%
455%
675%
1,230%
400
600
800
1,000
1,200
1,400
700 850 / 900 2,100 2,600 3,500 5,800
[MHz] Source: BBC R&D
[%]
Relative CAPEX for UHF infrastructure investments
the low frequency UHF band is key for cost efficient coverage
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