Location via proxy:   [ UP ]  
[Report a bug]   [Manage cookies]                
SlideShare a Scribd company logo

Broadband Connectivity for Indonesia

•
•

The document discusses broadband connectivity initiatives for Indonesia and outlines several key points: 1) Broadband connectivity in Indonesia consists of end user, access, aggregation, core and transport components as well as management systems and tools. 2) The Indonesian government's Broadband Merah-Putih (MP3EI) initiative aims to achieve 30% land coverage and serve 30% of the population by 2015 using a combination of wired and wireless technologies depending on location. 3) Achieving meaningful and affordable broadband connectivity across Indonesia's diverse regions will require a hybrid networking approach, minimizing capital expenditures, influencing pricing through strong leadership, and facilitating infrastructure sharing between telecom players and other utilities.

1 of 9
Download to read offline
Broadband Connectivity for Indonesia Dr.-Ing. Eueung Mulyana Telecommunications Engineering - Scientific & Research Group - ITB August 22, 2011 Image Courtesy: LonesomeCowboy W Pinkheart Credits: Alcatel-Lucent + KeMenKo Perekonomian RI
2 Outline • Broadband Ecosystem • Indonesia Specifics • Connectivity Perspective
3 Broadband - System Overview Consists of end user, access, aggregation, core and transport components as well as management system and measurement tools. SERVICE & CONTROLACCESS Optic IP/MPLS Networks BACKHAUL EDGE & CORE BACKBONE Open API OSS/BSS Devices Services Applciation / content Media Smart Grid CloudE-Indo Appl Dev FTTx BB Wless IP MW MetroE Serv Node Data Center retailer advmn t Media Ecosystem People AppsConnectivity
4 Broadband Merah-Putih (MP3EI) NBN Best effort Internet 2% penetration Urban Handset & USB modem Vertically operated e-Services 2 MBps throughput) 30% penetration Urban to rural MID, telemetry, sensors OPEN ACCESS Network sharing Infrastructure sharing Active Sharing Full separation RetailService Provider RetailService Provider RetailService Provider NBN Indonesia Recommended scenario: Credits: KeMenKo Perekonomian RI
5 Broadband Merah-Putih : Target Coverage 2015 Credits: KeMenKo Perekonomian RI Ja k a rt a Ke Pon tian ak Ke Bat am Ke Banj arm asin Ke Bali kpa pan dan Sam arin da Ke Sula wes i Ke Ind one sia Tim ur Ke Bali & N. Tengg ara S u r a b a y a S e r a n g Band a Aceh Peka n Baru Jam bi Pada ng Sibol ga Beng kulu Pale mba ng Jaka rta Pel. Hub International Batam Pel. Hub International K. Tanjung Ke Pontia nak Ke Pontia nak M e d a n Dum ai 5.44 T / 15.1 T Pontia nak Kalimantan TimurKalimantan Barat Kalimantan Selatan Kalimantan Tengah Samarin da Palangkaraya Banjarmasi n 2.87 T / 7.71 T Backhaul, Access, NOC, Service Center, Ecosystem Development, Infrastructure,… Ke Maluku & Papua Sur aba ya Jimb aran Merau ke Sorong Manok wari Timi ka Jayapu ra Balikpapa n Pel. Hub Internasional Bitung Ken dari Ma muj u Pal u Gor ont alo Ma nad o Sofi fi Am bon Ma kas sar Amb on 30% Land-Coverage, Covering 30% Population (Corridor-Based Approaches) Quality-Services: 1, 2, 5, 10 Mbps. Internet, VPN & Cloud for SMEs & Individuals.
6 Broadband Merah-Putih Akses: Wireline (eg FTTx, GPON) dan Wireless @700 MHz atau 2,3 GHz (Jawa) Backhaul: FO Backbone: FO (terrestrial dan submarine) Akses: Wireless technologies @700 MHz. Backhaul: FO dan IP MW Backbone: FO (terrestrial dan submarine) Dense Urban Urban Suburban Rural Extreme Rural Akses: Satellite sampai dengan 9 km dari IKK 30% land 70% land • Hybrid Access Credits: KeMenKo Perekonomian RI
7 Connectivity Perspective Usable Affordable Empowering • Case Indonesia : Very Challenging! (Could be more than Case Australia) • Many Telecom/Network Players – Good & Bad • Technology Selection Very Important – Hybrid Networking! • CapEx should be Minimal • Connectivity Prices obey Supply+Demand - need strong leadership and political will to influence this • Sharing (Telcos, PLN, PU, Pertamina/PGN) - possibly many issues
8 Connectivity Perspective • Meaningful Broadband  Meaningful Connectivity = Efficient + Cost Effective + Good Design + Flexible Management + Extensible … • How? • Identify Meaningful Apps, Potential Users, Usage Behaviour • Locate the PoPs • Precisely Map Demands / Traffic • Decide Technology evt. Put some Policy / Strategical Contraints • Dimensioning Access • Dimensioning the Core • Put It All Together!
9

More Related Content

Broadband Connectivity for Indonesia

  • 1. Broadband Connectivity for Indonesia Dr.-Ing. Eueung Mulyana Telecommunications Engineering - Scientific & Research Group - ITB August 22, 2011 Image Courtesy: LonesomeCowboy W Pinkheart Credits: Alcatel-Lucent + KeMenKo Perekonomian RI
  • 2. 2 Outline • Broadband Ecosystem • Indonesia Specifics • Connectivity Perspective
  • 3. 3 Broadband - System Overview Consists of end user, access, aggregation, core and transport components as well as management system and measurement tools. SERVICE & CONTROLACCESS Optic IP/MPLS Networks BACKHAUL EDGE & CORE BACKBONE Open API OSS/BSS Devices Services Applciation / content Media Smart Grid CloudE-Indo Appl Dev FTTx BB Wless IP MW MetroE Serv Node Data Center retailer advmn t Media Ecosystem People AppsConnectivity
  • 4. 4 Broadband Merah-Putih (MP3EI) NBN Best effort Internet 2% penetration Urban Handset & USB modem Vertically operated e-Services 2 MBps throughput) 30% penetration Urban to rural MID, telemetry, sensors OPEN ACCESS Network sharing Infrastructure sharing Active Sharing Full separation RetailService Provider RetailService Provider RetailService Provider NBN Indonesia Recommended scenario: Credits: KeMenKo Perekonomian RI
  • 5. 5 Broadband Merah-Putih : Target Coverage 2015 Credits: KeMenKo Perekonomian RI Ja k a rt a Ke Pon tian ak Ke Bat am Ke Banj arm asin Ke Bali kpa pan dan Sam arin da Ke Sula wes i Ke Ind one sia Tim ur Ke Bali & N. Tengg ara S u r a b a y a S e r a n g Band a Aceh Peka n Baru Jam bi Pada ng Sibol ga Beng kulu Pale mba ng Jaka rta Pel. Hub International Batam Pel. Hub International K. Tanjung Ke Pontia nak Ke Pontia nak M e d a n Dum ai 5.44 T / 15.1 T Pontia nak Kalimantan TimurKalimantan Barat Kalimantan Selatan Kalimantan Tengah Samarin da Palangkaraya Banjarmasi n 2.87 T / 7.71 T Backhaul, Access, NOC, Service Center, Ecosystem Development, Infrastructure,… Ke Maluku & Papua Sur aba ya Jimb aran Merau ke Sorong Manok wari Timi ka Jayapu ra Balikpapa n Pel. Hub Internasional Bitung Ken dari Ma muj u Pal u Gor ont alo Ma nad o Sofi fi Am bon Ma kas sar Amb on 30% Land-Coverage, Covering 30% Population (Corridor-Based Approaches) Quality-Services: 1, 2, 5, 10 Mbps. Internet, VPN & Cloud for SMEs & Individuals.
  • 6. 6 Broadband Merah-Putih Akses: Wireline (eg FTTx, GPON) dan Wireless @700 MHz atau 2,3 GHz (Jawa) Backhaul: FO Backbone: FO (terrestrial dan submarine) Akses: Wireless technologies @700 MHz. Backhaul: FO dan IP MW Backbone: FO (terrestrial dan submarine) Dense Urban Urban Suburban Rural Extreme Rural Akses: Satellite sampai dengan 9 km dari IKK 30% land 70% land • Hybrid Access Credits: KeMenKo Perekonomian RI
  • 7. 7 Connectivity Perspective Usable Affordable Empowering • Case Indonesia : Very Challenging! (Could be more than Case Australia) • Many Telecom/Network Players – Good & Bad • Technology Selection Very Important – Hybrid Networking! • CapEx should be Minimal • Connectivity Prices obey Supply+Demand - need strong leadership and political will to influence this • Sharing (Telcos, PLN, PU, Pertamina/PGN) - possibly many issues
  • 8. 8 Connectivity Perspective • Meaningful Broadband  Meaningful Connectivity = Efficient + Cost Effective + Good Design + Flexible Management + Extensible … • How? • Identify Meaningful Apps, Potential Users, Usage Behaviour • Locate the PoPs • Precisely Map Demands / Traffic • Decide Technology evt. Put some Policy / Strategical Contraints • Dimensioning Access • Dimensioning the Core • Put It All Together!
  • 9. 9