6. 6
6
3G Candybar
Voice, Data
3G Candybar
Voice, Data, Video
Voice Voice/Data Voice/Data/Image/
Video
3G Clam
Voice
Data
Data/Voice
3G Clam
Voice, Data
iMode
Voice, Data
Mini Computer
Data
PDA/PHS
Data, Voice
2-Way Communicator
Data/voice
Card
Phone
Electronic
Wallet
Embedded
3G Candybar
Voice
New devices are being introduced
Enhanced Devices
7. 7
7
3G
2.5G
2G
Data Transmission Speed - kbps 9.6 32 64 128 144 384 2,000 20->200K
Still Imaging
Video Streaming
Voice
Audio Streaming
Text Messaging
E-mail
Mobile Radio
Mobile
Television
Mobile Video
Conferencing
E-Commerce
Video On Demand
Increasing
Value
Wireless bandwidth is increasing...
3.5G
4G
Shared Environments
9. 9
9
0
32
64
9.6
128
144
384
2,000 1G 2G 3G
Voice
Text Messaging
Video Streaming
Still Imaging
Audio Streaming
Data
Transmission
Speed
-
k
bps
Electronic
Newspaper
Remote
Medical
Service
(image)
Video
Conference
(High quality)
Telephone
(Voice)
Voice
Mail
E-Mail
Fax
Electronic
Publishing Karaoke
Video
Conference
(Lower quality)
JPEG
Still Photos
Mobile
Radio
Viideo Surveillance,
Video Mail, Travel
Image
Audio
Voice-driven Web Pages
Streaming Audio
Data
Weather, Traffic, News,
Sports, Stock updates
Mobile TV
E-Commerce
Video on
Demand:
Sports, News
Weather
The Promise of 3G
10. 10
10
0
32
64
9.6
128
144
384
2,000 1G 2G 3G
Voice
Text Messaging
Video Streaming
Still Imaging
Audio Streaming
Data
Transmission
Speed
-
k
bps Technology Data Rates
cdma2000
GSM, IS-136, IS-95A
GPRS
EDGE
WCDMA
12. 12
12
What has happened to 3G Expectations?
Spain
Licensing
With early TTM
Bumper UK
Licensing
Bumper
German
Licensing
Limited WAP
Success
Slippage
Of
commercial
GPRS
Italian + Swiss
Auction Failures
Terminal
Restrictions
Huge New
Entrant Interest
Industry
Financial
Impact
Expectations
For Early
3G Deployment
High
Low
Dec
Jul
Jan
2000
19. 19
19
3G - Operator Slippages
Original Plan Latest Plan Slippage Publicly announced reason
Vodafone UK Nov-01 Nov-02 12-16 months Handsets
SK Telecom May-02 May-03 12 months Handsets, infrastructure
Telefonica Aug-01 Jul-02 11 months Licensing relaxation
Japan Telecom Nov-01 Oct-02 8-11 months Gain 3GPP standards
BT Cellnet Dec-01 Sep-02 10 months Infrastructure
France Telecom Feb-02 H2-02 5-10 months Handsets
NTT May-01 Oct-01* 6 months Handsets, software, interference
BT Cellnet
SK Telecom
Japan Telecom
Vodafone UK
Telefonica
Q4 Q1 Q2 Q3 Q4 Q1 Q2
Planned Launch Revised Launch
May May
Nov
Nov
Nov
Aug
2001 2002 2003
Q3
July
Oct
Dec Sep
France Telecom Feb Sep/Oct
NTT Oct*
Delay in Roll Out
23. 23
23
Key WLAN / PAN Radio Technologies
Enterprise
Broadband
Home
Nomadic
2000 2003
2002
2001 2004
802.11b
HomeRF2 or 802.11a/e or HL2
Bluetooth/802.15.1 802.15.3
Speed: 11 - 22Mbps
Technology: 2.4GHz, DSS
Speed: 22 - 100Mbps
Technology: 5.XGHz, OFDM
Speed: 1.1 Mbps
Technology: 2.4GHz, FH
Speed: 10 - 22 – 54 Mbps
Technology: 5.XGHz, OFDM
Speed: 700Kbps
Technology: 2.4GHz, FH
Speed: 20+ Mbps
Technology: 2.4 GHz
Strategy: Transistion to
5GHz WPAN; UWB
Products: Set-top box, etc
Driver: Reduce setup costs
new markets/services
Products: Cell-phones, etc
Driver: Competition,
new markets & products
All Speeds at RAW bandwidth. Delivered
payload varies
Products: Vertical
Driver: Competition
Bluetooth2
Speed: 2-10 Mbps
Technology: 2.4GHz FH
*Hotspots may use Enterprise or Nomadic technologies
802.11a or HiperLAN2
HomeRF
24. 24
24
Wide Area coverage
Provided by 2G
Carriers
Greater Washington DC Area
Broadband
802.11x
Pentagon, coverage
provided by “US
Military Telecom”
2.5G GPRS
Broadband
802.11x
Reagan Airport,
coverage provided
by 3rd Party Vendor
Broadband
802.11x
Mall area coverage
provided by Verizon
Requires a multi-mode device
(GPRS and 802.11)
Requires a new
billing model
Broadband “Island” Scenario
slide courtesy of Les Eastwood
25. 25
25
Enterprise Wireless Mobility Model
Campus
R
Level 3 - Regional Low
Speed Wireless (56Kbps)
Level 2 - Campus High
Speed Wireless LANs
(100Mbps)
Level 1 - Personal
Area Network (.5-
10Mbps)
26. 26
26
WLANs and PANs Enhance Cellular
• Timeliness: 11Mbps available now
• Low Cost for Operator/Owner and User
– Free Spectrum: 300-500MHz of unlicensed spectrum
– Low equipment cost
– Enables low cost/flat fee Wireless to consumer
• Superior End User Experience
– 54Mb/s vs. 1-2Mb/s
– All existing and future Internet applications already work
slide courtesy of Les Eastwood
(and Could Threaten 3G)
27. 27
27
Wireless
Internet
Local Access & Control
Data Only
No Roaming
Private Network
WLAN Today
High Speed – Point Coverage
Technologies
Geared toward
Data in the
Enterprise
Slow Data Rates
Global Roaming
High Speed Mobility
Cellular Today
Low Data Rate – Wide Coverage
Technologies
Geared toward
Consumer Voice
and Data
WLAN & Cellular Convergence
Is there opportunity here?
28. 28
28
802.11
Or Any
WLAN
Technology
Internet
Benefits:
Local Access, Common Control
Data & Voice
Point to Point Roaming
VPN over Public Network
Increasing Data Rates in More
Places
Seamless Roaming and Billing
High Speed Mobility …
Integrate Cellular with WLAN
Common Features/Capabilities
• Authentication
• Billing
• Preferences/Call Control
• Access Capable (802.11, BT, Cellular)
iMGW
Platform
Technology Tailored for a Seamless Solution
Enterprise or Hot Spot
Nomadic
Home
29. 29
29
Beyond 3G (B3G)
1G
WLAN
Hotspots
GPRS
+802.11
3G 4G
2G
1980’s 2000’s 2010’s
UMTS +
HiperLAN
Cellular+
WLAN+
Bdcast
GPRS
+DVB
B3G key attributes:
interworking and cooperation
between different Radio Networks
user as the focus, opportune
delivery of the content/services
multi-mode terminals free to
camp on any available network
fully IP based
disruptive technology
potentially complementary to 3G
potentially competitive to 3G
1990’s
30. 30
30
DVB-T
UMTS
GPRS
Hiperlan2
AP
Ipv6
Backbone(s)
Internet
IPv4IPv6
Services
Management domain
A moving IP- subnet
B3G Vision
Composite Radio
Ressource
management
(Spectrum utilization,
links/traffic
optimization)
Composite Domain
Management
(mobility, QoS,
multicast, AAA)
Composite Service
Delivery management
(Billing, …)
Management
Functions
Main Attributes:
Core network IPv6 based
Better support of mobility, security and “unlimited” address space
Wireless access points become IP gateways
Different radio access technologies deployed within a domain
Optimization of the radio resources
32. 32
32
WLAN Standards & Technologies
HiperLAN
2
802.11b
2.4 GHz
4ch.
(80MHz)
5 GHz
US: 12 ch.
(300MHz)
EU: 19 ch.
(455MHz)
JP: 5 ch.
(100MHz)
•54 Mbps/channel net bit rate
•Simple and adapted to corporate apps
•“Wireless Ethernet", no QoS, limited for multimedia
•Future 802.11e, h incl. QoS, DFS+TPC, security, roaming
•54 Mbps/channel net bit rate
•Multimedia ready (supports QoS, Ethernet, ATM, 1394)
•Not widely adopted - pushed by Europe
•Better suited to Home & Multimedia applications
•11Mbs/channel net bit rate
•First on market, market education
•Limited in data rate, and capacity (spectrum, interference)
802.11a
• 802.11a+e+h ≈ HL2
• Japan is going 11a for Corporate, and HiSWAN (NTT) for Home & Public
IEEE802.11a evolutionary approach ↔ HiperLAN2 support of multimedia
33. 33
33
Forces affecting the Future of 5 GHz WLAN
Economy/Industry Downturn
Consumer Confusion
22 Mbps 2.4 GHz solutions
Technical Challenges
Enabling Applications
Cost
Capacity collapse 2.4GHz
Speed/Media needs
Quality of Service
2.4 GHz interference
Security
Range
V
O
L
U
M
E
T I M E
34. 34
34
Wireless System Landscape
Data Rate to the User
High Mobility
speech, some
data
Limited Mobility:
Speech, data
Fixed Access,
High speed data
In-Home /
In-Building
3G
Mobility,
Functions
WLAN / PAN
4G
1Kbps 10Kbps 100Kbps 1Mbps 10Mbps 100Mbps
2G
1G