arah pengembangan core network architecture (indonesia)

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Mobile Operator Network Evolution

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Page 1: Arah pengembangan core network architecture (Indonesia)

Mobile OperatorNetwork Evolution

Page 2: Arah pengembangan core network architecture (Indonesia)

Let’s start with Questions

•What is the existing condition of CSP’s core network?

•Does CPS already have their future direction for its core network evolution?

•How does CPS view on Indonesia telecom market needs?

Page 3: Arah pengembangan core network architecture (Indonesia)

CSP Focus•Market needs and growth•Low cost CAPEX and OPEX•New services for the market to boost revenue•Fast time to market of new products and

services • Infrastructure readiness for future market

and technology trend •Utilize current infrastructure

How to achieve above considerations, and what is the suitable network architecture?

Page 4: Arah pengembangan core network architecture (Indonesia)

Latest Telecom Technology

•What are the hottest current telecom & IT technology?

▫IMS, SDP▫LTE/SAE▫Telco 2.0, WEB 2.0▫Cloud computing

FMCNGN

Page 5: Arah pengembangan core network architecture (Indonesia)

GSM Mobile Network Evolution

•GSM, GPRS, EDGE, UMTS, HSDPA, SDP, IMS, HSUPA/HSPA, HSPA+, Common IMS, LTE/SAE/EPC, LTE-Advanced

Page 6: Arah pengembangan core network architecture (Indonesia)

Enhancement Focus▫Radio Access

Faster Data rates Decreased Latency High Cell Edge Throughput Spectrum Flexibility

▫Core Network Access independence for services Standardized multimedia services Mobility and IP interworking for all accesses

▫Service Layer Any Service (Ease of development) Any device Anywhere (Exposing core network capability)

Page 7: Arah pengembangan core network architecture (Indonesia)

Technology Adoption

•How CSP adopt the technology?▫Vendor/Consortium driven▫Standard driven▫Market driven▫Hype vs. reality

?

Page 8: Arah pengembangan core network architecture (Indonesia)

Network Architecture Direction

•Facts in Indonesia:▫Current Core Network Architecture used in

CSP in Indonesia is 3GGP R4▫IMS is next generation network

architecture for PSTN, broadband, LTE/EPC, cable television

▫Some region already support HSDPA/HSPA

•Plan:▫Implement IMS coexist with CS domain

Page 9: Arah pengembangan core network architecture (Indonesia)

IMS Network Overview

Page 10: Arah pengembangan core network architecture (Indonesia)

IMS Hype Cycle

Technology Trigger

2002

2005

2006

2007

2008

Peak ofInflatedExpectations

Through ofDisillusionment

Slope ofEnlightenment

Plateau ofProductifity

Time

Visibility

2010?

Page 11: Arah pengembangan core network architecture (Indonesia)

IMS Top Questions.• What is IMS?• Why we need IMS?• How IMS interworking with other PLMN, PSTN?• How IMS relate to LTE/EPC?• What is an IMS device?• What is the IMS killer application?• How QoS of VoIP in IMS?

Page 12: Arah pengembangan core network architecture (Indonesia)

IMS Business Challenges

1. Developing a business plan with near-tem ROI2. Merging/managing IT, network operations and

marketing3. Device availability4. Competing against free services (portal voice,

video, etc.)5. Unknown legislation (net neutrality)6. Developing killer apps7. Intercarrier interconnection8. Understanding the business of alliance partners9. Timing (thinking big but starting small)

Page 13: Arah pengembangan core network architecture (Indonesia)

Sample issue need to be solved regarding IMS implementation

Page 14: Arah pengembangan core network architecture (Indonesia)

Intercarrier interconnection issue•Some possibilieties:

▫Using Internet connection▫Direct connection using leased lines▫Using GRX (GPRs Roaming eXchange)

networks▫Using IPX networks

SOLUTION:•Propose to regulator to build one national

IPX operator

Page 15: Arah pengembangan core network architecture (Indonesia)

What next?

•Develop human resources•Research or Analysis on …

▫current deployed network architecture▫current technology trend vs. market trend▫proposed solution from different vendors in

term of technology and cost•Develop new applications based on new trial

network architecture