Transcript Document

Continuity - Fixed Mobile Convergence
FIXED / WIRELINE
NETWORK
• CS (Call Server)
• SG (Signaling Gateway)
• SLR (Subs Location Regiser)
• PSC (Processing Server for CDR)
HLR /VLR
EXISTING
SOFTSWITCH
MAP over SS7
EXISTING
MEDIA GATEWAY
MOBILE
NETWORK
SS7
NETWORK
MSC
PSTN/PLMN
NETWORK
WiFi/GSM
Dual Mode Handset
Colombo, Sri Lanka, 7-10 April 2009
Inter-Roaming between
WiFi domain and mobile network
WiFi/GSM
Dual Mode Handset
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Solution fit for different Operators
MNO (e.g. Cingular, Sprint)
Improve the mobile coverage with low cost WiFi- Residential / Enterprise / Public
hotspot
Partner with Cable/Fixed Op to offer total package- Triple or Quadra-play
NGN Operator (e.g. Vonage)
Enhance their current offerings with mobile capability
Partner with MNO as whole sell (MVNO) or roaming
Integrated Service Provider (e.g. Brazil Telecom)
In-house Mobile and Fixed line operation
FMC allows them to use fixed line infrastructure to offer mobile service
The combined infrastructure provides lower OPEX ratio comparing with pure MNO
Cable Operators (e.g. GCI, Comcast)
Partner with MNO to offer FMC
Natural extension from Triple-play to Quadra-play – Voice, Data, TV/Video, Mobile
FMC-Enabler (e.g. VeriSign)
Host equipment and provide FMC backend capability to other NGN, MNO operators
Work with multiple small/tier 2/3 operators – Don’t acquire FMC subs directly
Colombo, Sri Lanka, 7-10 April 2009
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FMC Solution Advantage –
Service Provider Perspective
Converged service infrastructure by consolidating the voice services between the
fixed and mobile networks
Mobile coverage (GSM, CDMA) – Offering mobility, convenience and ubiquity
Wi-Fi SIP over broadband – Offer better quality, lower cost and feature rich capabilities
Enhancement of Service Quality
Stimulates the new service opportunities to increase ARPU
Capability to quickly include value added services - VMS, SMS, CRBT, FMFM, Centrex..
Provides the service differentiators and creates the service stickiness to lower the churn
rate
Reduction in CAPEX/OPEX
by offloading the traffic from cellular to WLAN and spending less on infrastructure
buildout
Single set of user credentials
Using GSM IMSI method authentication for both networks simplifying the user
management
System Reliability and Scalability backed by Real Deployment
Based on the proven NGN (mSwitch) platform (and its IP core)
The single mSwitch solution implementation serves over 2.1 m subscribers
Architecture compliant with 3G/IMS
Future-proof via open standards
Colombo, Sri Lanka, 7-10 April 2009
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FMC Solution AdvantageUser Perspective
FMC enable users to access their voice and data services transparently,
regardless of their location, device, or network-access method
‘One Number’ and ‘One Phone’ service
WiFi SIP or GSM/CDMA coverage
The user will be able to initiate and terminate calls at any place
Seamless Roaming
The user will have non-interrupted call sessions when moving from one network to
another
Uniform and consistent service accessibility & behavior independent of
access
especially attractive for enterprise users to extend corporate VPN to cellular
networks.
Reduced monthly charges & convenience of a single bill
Simplified and Unified service plans and payment schemes.
A single always reachable phone number (Option for dual number)
Availability of new services
e.g. IM, Unified VM, SMS, Unified phone book, CRBT….
Colombo, Sri Lanka, 7-10 April 2009
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FMC Value Proposition
Value
Price
Consumers
√
√
Reduce/Simplify monthly bill
Free WiFi Calling
Enterprises
√
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Convenience
√
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Quality
√
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Advanced
Features
√
√
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Simplified service plan
Same number everywhere
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Consolidate/Reduce service plans for
better volume
Route calls free via PBX/VPN
Single always-on number
Same phonebook everywhere
No more missed calls when out of range
No more garbled or dropped calls inside buildings
IM everywhere
Instant conferencing
Fast music downloads
√
√
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Mobile desktop
Abbreviated dialing everywhere
Fast file transfer everywhere
Service providers can now:
• Reduce churn by providing single number NGN & wireless service to customers
• Increase stickiness through advanced services
• Generate new revenue through supporting roaming agreements
• Future-proof via open standards
• Maintain a single cost-optimized network infrastructure
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No Impact to Existing Networks
To Existing NGN Networks:
A functional module addition to the existing SoftSwitch and backend application
Able to use the existing NGN for call processing and routing
Normal NGN users are still served by existing infrastructure
Zero impact of the FS addition
All (home/visiting) FMC users will be served by the FMC-FS
Registration, authentication, roaming, call processing, handover
FMC-FS requires access to FMC user profile data
HSS (Home Subscriber Server) model of IMS
To Existing GSM Networks:
GSM Homed FMC users appear to be regular GSM users
NGN Homed FMC users appear to be visiting GSM users
FMC-FS uses standard roaming Interface to the GSM Network
Colombo, Sri Lanka, 7-10 April 2009
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Video Conference Service
Video Conference Service:
Centralized mService
Center
Conference AS
Parlay API
Parlay Gateway
mSwitch
Domain 1
SIP
SLR
mSwitch
Domain 2
CS-P
SIP

Multiple types of conference

Multiple conference reservation methods
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Automatic notification to conference
participants

Rich set of conference management and
control functions
SLR
CS-P
ISUP
ISUP
iAN8000
iAN8000
PSTN/PLMN
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iNumber – Find Me Follow Me
Centralized mService
Center

iNumber is UTStarcom solution name for
Find-Me-Follow-Me service

Subscriber registers one number as a
master number
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Then associates other numbers to the
master number- home, office ...
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Whenever the master number is called, the
system will ring sequentially all the numbers
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Flexible number bundling among SIP user,
PSTN POTS, PLMN MSISDN etc.

Dial one number to reach all the bundled
number

Support sequential and simultaneous ringing
options

Activated/deactivated through web/IVR
iNumber App.
Parlay API
Parlay Gateway
Provisoning
Center
mSwitch
Domain 1
SIP
mSwitch
Domain 2
SLR
CS-P
SIP
SLR
CS-P
ISUP
iAN8000
iAN8000
PSTN/PLMN
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CRBT
User web
portal/OSS
OSS
CRBT media
library
NMS
TS
PSTN
(SLR, PSC)
NFS
CRBT
media/signaling
server
5
2
1
CS-P/iUMG #1
4
UT CRBT
Suite
3
NGN
Access
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PSTN to NGN Migration Case Study
Background
A leading tier 1 carrier in Philippine
Owning 2m fixed & 22m GSM mobile customers as of Q2 2006
A public company listed in NYSE
Total market cap of US$7.8B as of Sept 2006
Total revenue US$2.5B in last 4 quarters
EBITDA US$1.6B in last 4 quarters
Operating margin 37%
A fast growing service provider in Asia
Provides fixed line, GSM mobile and broadband data service to both residential and enterprise
customers
Problem Statement
How to sustain and grow the fixed line service?
Lots of population without telephone service
Lots of business users demand more service
How to increase the ARPU leveraging NGN/IMS?
IPTV? FMC? Triple-play? Quadrupled-Play?
How to lower the OPEX?
Real estate expense in the big metropolitan area?
Power consumption?
Human resource required for operation?
How to manage EOL/EOS of the aged TDM switches?
The cost of maintaining is unbalance with the cost of buying new
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UTStarcom Solution
PSTN Emulation Subsystem – PES
Provide services to green-field customers
Replace the existing TDM switch – total 7 models in place
mSwitch as the core
SoftSwitch + Gateways + Backend office applications
iAN8000 as the access
Combination of DSL, DLC and VoIP AG
Foundation for FMC and IPTV in the future
Phase 1: Started with 150K NGN lines capacity
Network installation and migration planning for 3 months
First TDM switch replacement/migration in March 2006
Adding customer via both old switch migration and green
field expansion
Service extension to Centrex
Targeting under served enterprise customers
Phase 2: Network expansion to total of 500K NGN lines
Contract signed in later 2006
Network fully deployed
Phase 3: Planning for total of 1.5M NGN lines in 2008
Total 5m NGN lines planned in next 3 – 5 years
150+ CO sites replaced by 3 NGN SS sites
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Migration Benefits
CAPEX Savings
Central Office (CO) consolidation
Simpler network with fewer types and pieces of equipment
OPEX Cost Savings- 80%
Operation and Maintenance cost reduction
Reduced power consumption- 94% (Reduced air-conditioning requirements)
Faster provisioning of services
Floor Space Savings- 92%
Reduced space requirements
Consolidation of cabinet areas
Improvement in “time-to-market” for new services- 90%
Faster introduction of new services
Increase in Revenues
EOL management
End of support to critical TDM components- High cost of vendor support
Stop manufacturing of components
Salvage components to support in-house repair of modules when they run out of
spares.
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Blueprint of One Real CO Space
Reduction
6 x 34 =204 ft2
48 x 29 =1392 ft2
Total Space= 1392+209+24= 1625 ft2
Total Saving in One CO =1421 ft2
19 x 11 =209ft2
6 x 4 =24 ft2
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Greatest Experience: Cut-Over
Procedure
IP, NGN, and PSTN inter-connect infrastructure configured and tested
AGs installed, wired on MDF, configured, and qualified
Migration of Digital Loop Carriers
Retrofitting the access gateways in existing DLC cabinet
Consolidation of cabinet areas
Sample subscriber data populated, provision ADSL Sub
Number migration set up and tested for lines and trunks
Bulk sub data migrated and tested again for all features and billing
MDF- isolation pin switched so that sub lines are switched from legacy
switch to AGs (a couple of minutes)
PSTN tandem switches re-route traffic from legacy switch to NGN C4 (1
minute)
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Thank You
This presentation is provided by UTStarcom for planning purposes only. Changes in market conditions
and/or other changes in circumstances, can affect the assumptions upon which this presentation was
based or otherwise impact the contents of this presentation and therefore such contents cannot be
guaranteed and are subject to change at any time without notice. Nothing contained in this
presentation shall be deemed to create, modify or supplement any commitments or warranty made by
the company, whether expressed, implied or statutory, in connection with the products, technology
and/or services referenced herein.
*Some features may require addition development and may not be ready for immediate
implementation.
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