3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology...

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09.v.06 1 Beyond 2G what comes after GSM? Ewan Sutherland

Transcript of 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology...

Page 1: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Beyond 2Gwhat comes after GSM?

Ewan Sutherland

Page 2: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Contents• Introduction• Beyond simple voice telephony and texting• Data services• Value-added services• Payment services • Value chains in competitive markets• Conclusions• Issues

Page 3: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Generations1. Analogue technology

• TACS, AMPS, etc2. Digital technology

• PHS, GSM, CDMA3. IP technology

• IMT-2000: cdma2000, UMTS and TD-SCDMA4. ????

• Faster data • Non-line of sight

Page 4: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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2.5 G• Adding data to voice and SMS• IP interface• Requires upgrading of:

– network infrastructure– handsets

• Requires development of new business models:– raw IP access– value-added services

• Extending the value chain to include:– service providers– content aggregators– Mobile (MVNOs)

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2.5 G GPRS• Data packages in very

small quantities• International roaming

punitively expensive• Unsuccessful efforts at

“walled gardens” for value-added services

• Death from hype of WAP• Vast majority of GPRS-

enabled handsets are never used for that

• Some success with Blackberry over GPRS

cdma2000• Offers of flat-rate data

access: – Japan– USA

• Development of value-added services in some markets

• Content-based MVNOs in some markets

Page 6: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Recent handset features

• Camera • Stored music and video• Receiver for digital mobile radio and

television– satellite and terrestrial

• RFID for identification:– access controls– payments

These can, but often do not, generate network traffic.

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GSM Association• m-commerce has particular benefits in emerging

economies• Capturing the unofficial cash float• Eliminating the need to carry cash• Reducing exposure to robbery• Enabling the advancement of micro-loans• Facilitating loan repayments• Enabling the payment of utility bills• Minimizing money-laundering opportunities

http://www.gsmworld.com/documents/services/micro_payment.pdf

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Mobile payments• Payment:

– add to monthly bill– deduct from stored

credit– link to a credit card

• By means of: – RFID tag– SMS

• The alternative is to use Internet payment systems

• India– Tata and ICICI

• Japan– DoCoMo and Sony

• Malaysia– Nokia and Visa

• USA and UK – PayPal

Page 9: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Africa – GPRS and EDGE • GPRS• Available in very

many handsets• Available in many

networks• But very limited use:

– survey data– spending data

• EDGE only in:– Algeria– Ghana– Libya– South Africa– Swaziland – Tunisia

Source: GSA.com

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The mobile Internet in Japan

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EZwebi-modeVodafone Live

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i-mode in Japan• Developed very early for 2G at slow speeds• At that time there was limited fixed Internet access• NTT DoCoMo:

– charged customers directly on behalf of third parties – took a modest margin – passed on revenues to content producers

• Created a positive environment for content creation(similar to French Minitel)

• Seamless migration 2G -> 2.5G -> 3G -> 3.5G– customers– content providers

• However, failed to translate to foreign markets, despite extensive efforts

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Artificial Life• Developer of games:

– standalone– multi-user games

• Games within games• Examples:

– Virtual Girlfriend– Virtual Boyfriend– Virtual Emperor Penguin

• Launched with MNOs in: – Brunei – China– Hong Kong, SAR – Malaysia – Singapore– Taiwan

http://www.artificial-life.com/http://mobileindustry.biz/

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Mobile content

• Sport• Games• Betting • News • Music (downloads and streaming)• Television (broadcasts and “mobisodes”)• The content that nobody talks about

Is it one device or many?iPod or cellphone?

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Japan - DoCoMo ARPU

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i-modevoice

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Japan switches to 3G

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W-CDMAcdma2000 1xcdmaONEPDC

http://www.tca.or.jp/

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China• Beijing Olympics opening on 08/08/08 will be a

showcase for 3G• Everyone is waiting for the licences• Ministry of Information Industries (MII) seems

undecided between:– technology neutrality– support for TD-SCDMA

• A lot of foreign and domestic lobbying • Forecasts of 50 to 100 million customers by 2010• Will drive the export market • Many emerging and developing markets will copy

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3G

• Games, Gambling and Girls• Greed, Gullibility and Grief

• Location Based Services (LBS) • Entertainment:

– streamed audio – streamed video

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Mobile value chain

mobilecustomer

Mobile Applicationproviders

New media,marketingagencies

Contentowners MVNOs

MNOs

Aggregators

Brands

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What is the value of mobility?• People expect “mobility” for text and voice• Mobility for data and value-added

services:– need?– want?– value?– is nomadicity enough?– will people pay more for ubiquity?

• What are the operators selling?

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3G licensing in Africa• South Africa:

– MTN and Vodacom services operational– moving to HSDPA

• Tanzania:– Vodacom HSDPA in Dar es Salaam in 2006

• Nigeria:– discussion between NRA and operators

• Democratic Republic of Congo:– under evaluation by NRA

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Location Based Services• Originally the big hope for 3G revenues• Adoption has been painfully slow• Now there are many alternatives:

– Global Positioning System (GPS)– Bluetooth– Ultra Wide Band (UWB)– Radio Frequency Identification (RFID) tags– Wi-Fi– identification of the mobile cell– embedded systems in cars

http://www.oecd.org/dataoecd/19/7/34884388.pdf

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Audio and video streaming• Some material is:

– on-demand– interactive

• Broadcasting for news, sports and music:– satellite– terrestrial

• Wi-Fi and WiMAX where demand is not immediate:– residential– public hot-spot

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Digital broadcasting• Competing standards:

– Digital Audio Broadcast (DAB)– Digital Multimedia Broadcast (DMB)– Digital Video Broadcast (DVB)

• Satellite and terrestrial• Can carry vast amounts of entertainment and

other services• Very much cheaper than cellular for delivery to

customers

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Wireless VoIP• Multiple possible devices:

– lap-top computer– Personal Digital Assistant (PDA)– Skype phone

• Wi-Fi chips are cheap and easily added to consumer electronic devices (n.b., games consoles)

• New multimode handsets • Dedicated Wi-Fi phones

Page 25: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Wireless VoIPNokia E-Series handsets• Wi-Fi when in:

– corporate offices worldwide

– home• SIP client• Otherwise GSM• Being combined with

iPASS, a global Wi-Fisupplier

France Iliad “free.fr”• Any Wi-Fi hotspot

with “freebox”:– your home– your neighbours– people in the next

street, village or town• Free calls to fixed

networks in France and 14 countries

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VoIP over 3G• Theoretically possible, but questions of:

– pricing– download limits– operators filtering out VoIP

• Some deals for Skype over 3G:– Hutchison Whampoa (a.k.a. Three)– E-Plus (KPN)

• Enormous reluctance of 3GSM operators: – but for how long?

• For the present, roaming charges make VoIPvery expensive to use over 3G

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Wi-Fi• Slow adoption in Africa• Few lap-top computers• Lack of affordable ADSL as backhaul for

residential hot spots• Dominant operators overprice leased lines• Lack of IXPs to ensure competition• Absence of economies of scale• Some countries have not yet opened both 2.4

and 5.8 GHz bands

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WiMAX

• Unlicensed bands:– often still not opened for use– 2.4 GHz and 5.8 GHz

• Licensed bands (e.g., 3.5 GHz):– very few issued so far

• Economies of scale not yet achieved• A big push from Intel “World Ahead”

http://www.intel.com/go/worldahead

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Not cellular mobile alone• Fixed Network Operators told to:

– spin-off MNOs– re-absorb MNOs

• Quadruple play (telephony, television, Internet, mobile)

• Comcast Cable (USA) now offers a bundle with cellular voice and data

• Vodafone is looking to add broadband, using unbundled local loops

Page 30: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Speed and mobility

http://www.asahi-net.or.jp/~ny3k-kbys/contents/uwb_technology.html

UWB

Bluetooth

3G2G

WLAN

speed

4Gmobility

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Multiple networks

• Personal Area Networks (PANs)• Car networks• Residential networks• Cellular • Other wireless networks• Fibre optic cables for high bandwidth

Page 32: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Ubiquitous Network Society

• The view from Japan and Korea• Industry and government• A focus on economic development• A big push for manufacturing and services• Multiple networks• NGN plus RFID plus Ubiquitous Sensor

Network (USN)

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Conclusions• Enormous uncertainty about demand for:

– data services– value added services

• Enormous uncertainty about access to networks by value-added service providers

• There are non-cellular routes to markets• The pre-paid business model worked well

for voice, but does not look plausible for value-added services

Page 34: 3wan beyond 2G09.v.06 3 Generations 1. Analogue technology • TACS, AMPS, etc 2. Digital technology • PHS, GSM, CDMA 3. IP technology • IMT-2000: cdma2000, UMTS and TD-SCDMA

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Issues

• How might we regulate an integrated mobile operator and bank?

• Where are the market bottlenecks?• How do we ensure competition?• How do we ensure innovation?

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• http://.www.3wan.net/• 3wan [at] 3wan.net• ewan [at] gstit.edu.et• skype://sutherla• +44 141 416 06 66

Ewan Sutherland