Transcript WiMAX Overview

WiMAX
The Future of the Wireless Broadband Access
May, 2005
Martin Bogoev
SIEMENS COMMUNICATIONS
Content
WiMAX Standartisation and Frequency Allocation
WiMAX Positioning and Applications
WiMAX Market
SkyMAX – Siemens’ WiMAX Product
WiMAX Standards and Frequency Allocation
IEEE 802.16
• The WiMAX ForumTM is a non-profit industry forum, created to grant and certify
compatibility and interoperability among IEEE802.16 based product from different
vendors (equivalent to Wi-Fi for IEEE802.11)
•Works to achieve global acceptance: works with regulators to promote global
harmonization of “WiMAX friendly” spectrum
• Promotes the adoption of IEEE 802.16 compliant equipment by operators of
broadband wireless access systems with marketing activities
•Siemens is a Principal Member in the WiMAX Forum since January, 2004
“First round” profiles for initial certification process
Frequency
Band [MHz]
Duplexing
TDD
3400 – 3600
FDD
5725 – 5850
TDD
Channelisation
[MHz]
3.5
7.0
3.5
7.0
10
Tentative profiles for next round of the certification process
Frequency
Band [MHz]
Duplexing
2500 – 2690
TDD
FDD
Channelisation
[MHz]
5.0 / 5.5
5.0 / 5.5
WiMAX Evolution for 802.16 and Usage Scenarios
Scalable OFDMA
802.16e
OFDM-256
802.16-2004, 802.16e
Indoor/Outdoor modems
Residential Gateways
Fixed Access
• Indoor / Outdoor
• DSL like service
• Service limited to installed
area
• Device authentication and
authorization only
• VoIP application supported
Portable Indoor/Outdoor
modems
Nomadicity
• DSL like service from
different ‘points of attachment’
• Stationary usage: no BS
handovers
• User Authentication
• Multi-operator roaming
Laptops
Portability
•User authentication
•Stationary or limited
mobility
• Break-before-make BS
handovers
• QoS degradation during
handovers (no VoIP)
• Multi-operator roaming
• Interworking w/o seamless
handovers
•VoIP application
Laptops
PDAs
Full Mobility
• Optimized Make-beforebreak handovers
(latency, QoS, data loss)
• Interworking w/
seamless handovers
(session continuity)
• Optimized low-power
operation
• VoIP service, IMS
Market Evolution: Standard & Chipset Availability
2004
2005
2006
2007
2008
Approved 07/04
IEEE 802.16d
Air I/F Fixed BWA
Approval 05/05 Corrigenda (TGh)
WiMAX 1st certificate 07/05
Chipset for Indoor-outdoor CPE
IEEE 802.16e
Air I/F Fixed
& Mobile BWA
Approval 07/05
Approval 05/06 Corrigenda (TGh)
Possible delay
Adds:
•primitives for handover
•standard procedure for AAA
Chipset for PCMCIA No handover
Chipset for Centrino Handset
• Intel is the main driver for WIMAX: Integration in Centrino is the disruptive goal
• Present Focus is 802.16d for fixed wireless access (OFDM256 mode)
• Next Step will be IEEE802.16e standard
• Evolution towards portable/mobile application will follow
Content
WiMAX Standartisation and Frequency Allocation
WiMAX Positioning and Applications
WiMAX Market
SkyMAX – Siemens’ WiMAX Product
WiMAX Positioning: Capacity and User type
User Data Rate
50 Mbps
20 Mbps
10 Mbps
5 Mbps
2 Mbps
500 kbps
128 kbps
56 kbps
Residential
SOHO
3G / WLAN
Small
Business Small HS Medium
Business
Multi-tenant
3G / WLAN
Building Cellular Large HS
Backhaul
Large
Business
WiMAX Positioning: Capacity and Mobility
Wireless Technology Positioning
Mobility / Range
Vehicle
High Speed
Vehicular
Rural
Walk
Vehicular
Urban
Flash-OFDM
WiMAX for wireless-DSL
GSM
GPRS
UMTS
with limited mobility
Pedestrian
HSDPA
EDGE
Nomadic
IEEE
802.16e
Fixed
Fixed urban
Indoor
Personal Area
DECT
WLAN
IEEE
(IEEE 802.11x) 802.16d
Bluetooth
0.1
1
10
Data rates
100
Mbps
WiMAX Positioning: Wireless Technology Comparision
WiMAX
Network
Simplicity
Large
Coverage
WiFi
Broad
Band
Full
Mobility
3G /HSDPA
Security
QoS
WiMAX applications in 2005
Fixed Services
IEEE 802.16-2004
WiFi
Mobile PC/PAD
Business, SME, SOHO Access
WiMAX
Base Station
Nomadic PC
Residential Fixed
WDSL BB Access
NB or
BTS
WiFi-Hotspot
Feeding
2G/3G Feeding
Airport
Campus
Hot Zones
WiMAX applications starting from 2006-2007
Nomadicity, Solutions for Laptops (PCMCIA)
WiFi
Mobile PC/PAD
Business, SME, SOHO Access
WiMAX
Base Station
IEEE 802.16-2004
& IEEE 802.16e
Nomadic PC
Residential Fixed
WDSL BB Access
NB or
BTS
WiFi-Hotspot
Feeding
2G/3G Feeding
Airport
Campus
Hot Zones
WiMAX applications in 2007-2008
Fully Mobile, Integrated Solutions in Laptops and PAD
IEEE 802.16e
WiFi
Mobile PC/PAD
Business, SME, SOHO Access
WiMAX
Base Station
Portable PC
Residential Fixed
WDSL BB Access
NB or
BTS
WiFi-Hotspot
Feeding
2G/3G Feeding
Airport
Campus
Hot Zones
Content
WiMAX Standartisation and Frequency Allocation
WiMAX Positioning and Applications
WiMAX Market
SkyMAX – Siemens’ WiMAX Product
WiMAX Positioning: The Trade Off Between Mobility & Bandwidth
Price Elasticity of BWA Market
Market Price of 1GB
New market
Opportunity!
1 Dimensional Market:
Mobile Data
Price GAP to be filled!
1 Dimensional Market:
Fixed Broadband
Data Volume Usage
Tomorrow
BWA = Selling on Bandwidth and Mobility (Roaming, Coverage, Hand over)
Market Regional Split
3.000
WiMAX equipment incl. CPE (per region)
Optimistic Case
2.400
Asia Pacific
1.800
Middle East Africa
Eastern Europe
Western Europe
1.200
Latin America
North America
600
(pure nomadic and mixed BWA/nomadic)
3,000
0
2004 2005 2006 2007 2008 2009 2010
2,400
WiMAX equipment incl. CPE (per region)
Target Case
mill. Euro
Asia Pacific
1,800
Middle East Africa
Eastern Europe
Western Europe
1,200
Latin America
North America
600
Note: no PCMCIA card is included
0
2005
2006
2007
2008
2009
2010
Content
WiMAX Standartisation and Frequency Allocation
WiMAX Positioning and Applications
WiMAX Market
SkyMAX – Siemens’ WiMAX Product
Siemens SkyMAX
A complete product portfolio
Management System
SkyMAX
Residential SkyMAX Base
Station
Modem
SkyMAX Business
Modem
SkyMAX
Portable
Modem
Network Planning
SkyMAX – Forerunner in the WiMAX Arena
SkyMAX BaseStation
Future Proof Platform
Software upgradeable to
IEEE802.16e SOFDMA
(Scalable OFDM Access)
Highest Range
Highest range, High Power
system
Subchanneling and RX
Diversity (in one ODU)
Flexible and Reliable
Channel Size Software Configurable
up to 14MHz
FDD and TDD Duplex scheme
Carrier-Grade redundancy
Scalable
High Scalability “Pay as you
grow”
Triple Play services with
guaranteed QoS
SkyMAX – Forerunner in the WiMAX Arena
SkyMAX CPE Highlights
ST Residential Models
ST Residential Modem
Fully indoor mounting:
desktop, window or external antenna
ST Residential Multi-User
Fully indoor mounting:
desktop, window or external antenna
Ethernet 10/100 BaseT interface (RJ45)
4x Ethernet 10/100 BaseT interface (RJ45)
2x POTS interface (RJ11) for voice
transport (SIP/H.323)
Ethernet bridge networking concept
QoS based on 802.1p or IP DSCP field
Nomadic version (battery, SIM
cardholder) foreseen
Optional WiFi access point
QoS based on 802.1p or IP DSCP field
DHCP Server/Relay Agent
ST Business Modem
ST Business Modem provides cost efficient broadband wireless access to SME/SOHO
customers.
Fully outdoor device attached to high-gain directional antenna.
Indoor part is simply a connector box 10/100BaseT (RJ 45)
E1 interface (optional) for TDM services
Ethernet connectivity for compatibility with all types of subscriber LAN equipment.
Ethernet bridge networking concept, QoS based on 802.1p or IP DSCP filed
NAPT and DHCP Server / Relay functionalities for local network mgm
Multi-level QoS and SLA support. Remote configuration and management
SkyMAX
Business
SkyMAX – Forerunner in the WiMAX Arena
Fixed BWA Reference Architecture
Data
SkyMAX
Residential CPE
Back-end
User DB
CRM
Billing
Server Farm
Public Internet
WIP
End User
Access Gateway
SkyMAX
Business CPE
IP “Managed”
Network
Voice Gateway
Voice
End Users
SkyMAX
Basestation
User Equipment
WiMAX (SkyMAX)
and
Radio Access:
Applications
BS and CPE
Video
Data
PSTN
GbE
Backhauling and
Integration in Back-end
(e.g user Authentication
charging/billing)
Core Network
Slide with large visual
Thank You for Your Attention!