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Wireless Broadband Services:
Emerging Technology Solutions and Business Models
ManuelA. Maseda
SyniverseTechnologies
• WirelessBroadbandTechnologiesOverview
• 3G NetworkResourcesvs.Revenue
• How Public WLANsCompliment 3G Services
• Public WLANBusinessModelsandCaseStudies
• UniqueroleofWiMAX forWireless Operators
• Conclusions
Presentation Outline
Bluetooth
PAN
Personal
AreaNetwork
1xEV-DO
WAN
Wide
AreaNetwork
WiMAX
MAN
Metropolitan
AreaNetwork
Wi-Fi
LAN
Local
AreaNetwork
Wireless Broadband Technologies
• Specifications defined by the Bluetooth SIG
• Largely drivenand controlled bymajor software companies and device
manufacturers
- IBM, Microsoft, Nokia, Ericsson, Motorola, Nokia
• Throughput: < 1Mbps
• Range: < 30 meters
• Spectrum: Unlicensed
• Applications: Device to device communications
• Evolution: Version 2.0
Bluetooth
• Specifications defined by IEEE 802.11 groups andpromoted by the Wi-Fi
Alliance
• Largely driven by chip and hardware manufacturers
• Throughput:
- 802.11b –11 Mbps 802.11a / 802.11g –54 Mbps
• Range: < 100 meters
• Spectrum: Unlicensed
• Applications: Local wireless broadband access
• Evolution: 802.11n >100 Mbps
Wi-Fi (Wireless Fidelity)
• Specifications defined by IEEE 802.16 groups andpromoted by the WiMAX
Forum
• Largely driven by chip and hardware manufacturers
• Throughput: up to 40 Mbps
• Range: up to10 kilometers
• Spectrum: Licensed and unlicensed
• Applications: Last mile wireless broadband access
• Evolution: 802.16e adds mobility
WiMAX (Worldwide Interoperability for Microwave Access)
• Specifications defined by the TIA and 3GPP2
• Largely drivenbywireless operators and equipment manufacturers
• Throughput (peak):
- up to 2.4 Mbps to device
- up to 153Kbps from device
• Spectrum: Licensed
• Applications: Mobile wireless broadband access
• Evolution: 1xEV-DO RevA QoS(VoIP)
1xEV-DO
Source: Fye Associates
SMS
WAP
Voice Email
w/o Attach.
Mobile
Professional
Mobile
Service Worker
Full Desktop
Equivalent
Network
Cost
$
$$$
2G
3G
WLAN
Service Profile
ROIdeclines across service profiles as
colors change from light todark
3G Data Services: Network Resources vs. Revenue
• Mobile Internet/Intranetaccess will require10-200Xnetwork capacity of voice per subscriber
-Desktop-equivalent 3Gaccess for laptops andPDAs is unlikelyto produce revenueproportional to the
requirednetwork investment
• Wireless data roamingcombines 3Gtechnologies for wide-area, mobile coverage with WLANaccess for
localized high-data-ratecoverage
-One-bill roaming is first essential step to full 3G/WLANservice integration
-Full handoff with session continuityis not required to meet currentcustomer expectations
- Availability of converged devices andservices such as VoIP could change this
How Public WLANs Compliment 3G Services
• WLAN business models arestill in early development stages
• Residential and enterprise WLAN adoption drives demand for public WLAN access
• A large majority of new laptop computers produced today are equipped with WLAN
• Multiple business and pricingmodels arebeing tested for sustainability
- Manyservice providersareelecting nottobuild out their own WLAN networks orlimiting deployment tostrategic
locations
- Flat rate, per session, per minute pricing
Public WLAN Business Models
Case Study: SBC
• Currentlyoperates over 4500hotspots
- UPS Stores, Barnes andNoble Bookstores
• Currentlyprovides access to their wireline, DSL, and dial-up internetcustomers
• Expected to provide access to their cellular subscribers
• Offers their hotspots to otherproviders via roaming agreements
Public WLAN Business Models (continued)
Case Study: Sprint
• Currentlyoperates 20 hotspots
- Mostly airports
• Currentlyprovides WLANaccess to their cellularand enterprise subscribers
• Plans to provide subscribers access to morethan 25,000domestic and international hotspots by
yearend 2005via roamingagreements
• Focusing their efforts on supporting securemobile workforce access across 1xEV-DO, WLAN
(enterprise, homeand public access), and dial-up
Public WLAN Business Models (continued)
Case Study: unnamedsmall wireless operator
• Currentlyoperates no hotspots
• Desires to provide their existing wireless subscribers with WLANaccess
• Planningto launchservice consisting of access to 6000+hotspots exclusively through roaming
agreements
• Retail pricing will bebased on markingup the negotiated wholesale roamingrates
• This creative approach has verylittle financial risk
Public WLAN Business Models (continued)
• A WiMAX networkis configured in muchthe samewayas atraditionalcellular network
-Strategically located base stations using a point-to-multipoint -- architectureto deliver services
over a radius of up to several kilometers
• PositionedasaDSLorcablemodem replacement
• Ideal technologyforbuild-outin areasnotcurrentlyserved byDSLorcable
• Deploymentsuccessdependson securing basestationsites orantennarights
Unique role of WiMAX for Wireless Operators
• Exitingwireless operatorshaveanadvantagein thattheyusuallyhavealreadysecuredbase
stationsitesorantennarights
-Wireless operators can either provide WiMAXservices directly or provide access for other WiMAX
providers
• WiMaxis anexcellent technologyforsupportingWLANbackhaul
• WiMAX networkscanalso beusedforcellular backhaultominimizewireless operator
dependencyon backhaulfacilitiesleased fromotherprovidersandcompetitors
Unique role of WiMAX for Wireless Operators (continued)
• Manywireless broadbandtechnologiesarecomplementaryandcanbecombined tooffera
morecosteffectivesolution
• Wirelessoperatorsareuniquelypositionedtooffertheir subscribersamultitudeofwireless
broadbandservices
• Creativebusinessmodelsfordeploying WLANservices exist which allowforminimal
financialrisk
• Roamingis thekeyenabler forexpandingfootprintfor3G andWLANservices
Conclusions

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wirelessbbppt.ppt

  • 1. Wireless Broadband Services: Emerging Technology Solutions and Business Models ManuelA. Maseda SyniverseTechnologies
  • 2. • WirelessBroadbandTechnologiesOverview • 3G NetworkResourcesvs.Revenue • How Public WLANsCompliment 3G Services • Public WLANBusinessModelsandCaseStudies • UniqueroleofWiMAX forWireless Operators • Conclusions Presentation Outline
  • 4. • Specifications defined by the Bluetooth SIG • Largely drivenand controlled bymajor software companies and device manufacturers - IBM, Microsoft, Nokia, Ericsson, Motorola, Nokia • Throughput: < 1Mbps • Range: < 30 meters • Spectrum: Unlicensed • Applications: Device to device communications • Evolution: Version 2.0 Bluetooth
  • 5. • Specifications defined by IEEE 802.11 groups andpromoted by the Wi-Fi Alliance • Largely driven by chip and hardware manufacturers • Throughput: - 802.11b –11 Mbps 802.11a / 802.11g –54 Mbps • Range: < 100 meters • Spectrum: Unlicensed • Applications: Local wireless broadband access • Evolution: 802.11n >100 Mbps Wi-Fi (Wireless Fidelity)
  • 6. • Specifications defined by IEEE 802.16 groups andpromoted by the WiMAX Forum • Largely driven by chip and hardware manufacturers • Throughput: up to 40 Mbps • Range: up to10 kilometers • Spectrum: Licensed and unlicensed • Applications: Last mile wireless broadband access • Evolution: 802.16e adds mobility WiMAX (Worldwide Interoperability for Microwave Access)
  • 7. • Specifications defined by the TIA and 3GPP2 • Largely drivenbywireless operators and equipment manufacturers • Throughput (peak): - up to 2.4 Mbps to device - up to 153Kbps from device • Spectrum: Licensed • Applications: Mobile wireless broadband access • Evolution: 1xEV-DO RevA QoS(VoIP) 1xEV-DO
  • 8. Source: Fye Associates SMS WAP Voice Email w/o Attach. Mobile Professional Mobile Service Worker Full Desktop Equivalent Network Cost $ $$$ 2G 3G WLAN Service Profile ROIdeclines across service profiles as colors change from light todark 3G Data Services: Network Resources vs. Revenue
  • 9. • Mobile Internet/Intranetaccess will require10-200Xnetwork capacity of voice per subscriber -Desktop-equivalent 3Gaccess for laptops andPDAs is unlikelyto produce revenueproportional to the requirednetwork investment • Wireless data roamingcombines 3Gtechnologies for wide-area, mobile coverage with WLANaccess for localized high-data-ratecoverage -One-bill roaming is first essential step to full 3G/WLANservice integration -Full handoff with session continuityis not required to meet currentcustomer expectations - Availability of converged devices andservices such as VoIP could change this How Public WLANs Compliment 3G Services
  • 10. • WLAN business models arestill in early development stages • Residential and enterprise WLAN adoption drives demand for public WLAN access • A large majority of new laptop computers produced today are equipped with WLAN • Multiple business and pricingmodels arebeing tested for sustainability - Manyservice providersareelecting nottobuild out their own WLAN networks orlimiting deployment tostrategic locations - Flat rate, per session, per minute pricing Public WLAN Business Models
  • 11. Case Study: SBC • Currentlyoperates over 4500hotspots - UPS Stores, Barnes andNoble Bookstores • Currentlyprovides access to their wireline, DSL, and dial-up internetcustomers • Expected to provide access to their cellular subscribers • Offers their hotspots to otherproviders via roaming agreements Public WLAN Business Models (continued)
  • 12. Case Study: Sprint • Currentlyoperates 20 hotspots - Mostly airports • Currentlyprovides WLANaccess to their cellularand enterprise subscribers • Plans to provide subscribers access to morethan 25,000domestic and international hotspots by yearend 2005via roamingagreements • Focusing their efforts on supporting securemobile workforce access across 1xEV-DO, WLAN (enterprise, homeand public access), and dial-up Public WLAN Business Models (continued)
  • 13. Case Study: unnamedsmall wireless operator • Currentlyoperates no hotspots • Desires to provide their existing wireless subscribers with WLANaccess • Planningto launchservice consisting of access to 6000+hotspots exclusively through roaming agreements • Retail pricing will bebased on markingup the negotiated wholesale roamingrates • This creative approach has verylittle financial risk Public WLAN Business Models (continued)
  • 14. • A WiMAX networkis configured in muchthe samewayas atraditionalcellular network -Strategically located base stations using a point-to-multipoint -- architectureto deliver services over a radius of up to several kilometers • PositionedasaDSLorcablemodem replacement • Ideal technologyforbuild-outin areasnotcurrentlyserved byDSLorcable • Deploymentsuccessdependson securing basestationsites orantennarights Unique role of WiMAX for Wireless Operators
  • 15. • Exitingwireless operatorshaveanadvantagein thattheyusuallyhavealreadysecuredbase stationsitesorantennarights -Wireless operators can either provide WiMAXservices directly or provide access for other WiMAX providers • WiMaxis anexcellent technologyforsupportingWLANbackhaul • WiMAX networkscanalso beusedforcellular backhaultominimizewireless operator dependencyon backhaulfacilitiesleased fromotherprovidersandcompetitors Unique role of WiMAX for Wireless Operators (continued)
  • 16. • Manywireless broadbandtechnologiesarecomplementaryandcanbecombined tooffera morecosteffectivesolution • Wirelessoperatorsareuniquelypositionedtooffertheir subscribersamultitudeofwireless broadbandservices • Creativebusinessmodelsfordeploying WLANservices exist which allowforminimal financialrisk • Roamingis thekeyenabler forexpandingfootprintfor3G andWLANservices Conclusions