Indonesia Submarine Cables

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Submarine Telecommunication Cable, Fiber Optic

Transcript of Indonesia Submarine Cables

  • 1. INDONESIA DOMESTIC BACKBONEPT. Telkom PT. Excelcomindo Pratama1. Jawa + Bali + Nusa Tenggara 1. Jawa + Bali + Nusa Tenggara --> 2000+ km -->2500+ km1. Sumatera --> 2200+ km 1. Sumatera-->1800+ km2. Kalimantan --> 600+ km 2. Kalimantan-->1000+ km3. Sulawesi --> 500+ km 3. Sulawesi-->1200+ km4. Submarine (domestic) --> 3600+ km 4. Submarine-->1700+ kmPT. Indosat1. Jawa + Bali + Nusa Tenggara -->1500+ km1. Sumatera-->2400+ km2. Kalimantan-->600+ km3. Sulawesi-->100? km4. Submarine (domestic)-->3200+ km (SMW, APCN excluded)
  • 2. Palapa Ring - Perusahaan operator telekomunikasi yg terlibat: Bakrie Telecom Tbk,Excelcomindo Pratama Tbk, Indosat Tbk, PT. Infokom Elektrindo, Macca SystemInfocom, Powertek Utama Internusa, dan Telekomunikasi Indonesia Tbk (Telkom)
  • 3. Palapa Ring - Perusahaan operator telekomunikasi yg terlibat: PT. Bakrie Telecom Tbk,PT. Excelcomindo Pratama Tbk, PT. Indosat Tbk, PT. Macca System Infocom, PT.Powertek Utama Internusa, dan PT. Telekomunikasi Indonesia Tbk (Telkom)
  • 4. Palapa Ring - Perusahaan operator telekomunikasi yg terlibat: PT. Bakrie Telecom Tbk, PT. Excelcomindo Pratama Tbk, PT. Indosat Tbk, PT. Macca System Infocom, PT. Powertek Utama Internusa, dan PT. Telekomunikasi Indonesia Tbk (Telkom)Palapa Ring merupakan megaproyek pembangunan tulang punggung (backbone) yangterdiri dari 35.280 kilometer serat optik bawah laut (submarine cable) dan 21.708kilometer serat optik bawah tanah (inland cable) pada 7 cincin (ring) melingkupi 33provinsi dan 460 kabupaten.Infrastrukur sepanjang 1.041 km yang menelan biaya 52 juta dollar AS tersebutmerupakan bagian dari konfigurasi proyek Palapa Ring yang telah dirintis oleh pemerintahsejak 2004.Di Kawasan Timur Indonesia (KTI) sendiri pembangunan Palapa Ring terdiri darisubmarine cable dan inland cable sepanjang 10.812 km yang menghubungkan Sulawesi,Nusa Tenggara, Maluku dan Papua.Telkom membangun link yang menghubungkan Mataram Kupang setelah menunjukHuawei Marine sebagai penyedia jaringan. Pembangunan yang diperkirakan selesai padaakhir November 2010 tersebut dilakukan melalui laut dengan kapasitas sampai dengan300 Gbps dan 6 landing point di kota Mataram, Sumbawa Besar, Raba, Waingapu danKupang serta 810 km melalui darat dengan 15 node di kota Mataram, Pringgabaya,Newmont, Taliwang, Sumbawa Besar, Ampang, Dompu, Raba, Labuhan Bajo, Ruteng,Bajawa, Ende, Maumere, Waingapu dan Kupang.
  • 5. Nusantara Super HighwayRing MKCS (Mataram-Kupang Cable System)"Mataram-Kupang" submarine cable system ("MKCS"). This system connects five islandsoff in the east of Indonesia and stretches about 1,200 km with an initial capacity of 4 10Gbit/s. Ring MKCS investment IDR112,363billion with 1.140 km "submarine" and"terrestrial" 1.415 km.6 Ring Nusantara Super Highway:1. Sumatra Ring length: 9,981 km spanning from the north tip of Sumatra: Banda Aceh to south tip:Bandar Lampung2. Java Ring length: 11,524 km spanning from the west tip of Java: Merak to east tip: Banyuwangi3. Kalimantan (Borneo) Ring: 6,664 km spanning from Pontianak to Tarakan4. Sulawesi (Celebes) to North Maluku Ring length: 7,233 km spanning from Makasar, Manado,Ternate to Sanana5. Bali and Nusa Tenggara Ring length: 3,444 km spanning from Denpasar, Mataram, Kupang toAtambua6. Maluku and Papua Ring length: 8,254 km spanning from Ambon, Fak-Fak, Sorong, Manokwari,Jayapura and Merauke.Ring no 1 to 4 were completed, ring 5 and 6 is currently in the midst of construction.Tahun 2011 membangun backbone fiber optic menghubungkan Manado, Ternate, Ambon, Fak Fak,Sorong, Manokwari, Jayapura, dan Fak Fak ke Timika. Tahun 2012 sudah dapat dioperasikan untukdaerah Ternate dan Ambon, project selesai pada 2014. Tahun 2015, jaringan Nusantara SuperHighway akan memiliki panjang tidak kurang dari 47.099 km, meliputi 421 kota/kabupaten atau 85persen dari kota/kabupaten di seluruh Indonesia.
  • 6. JASUKA (Jawa Sumatera - Kalimantan) - PT. Telkom Ring 1 : Jakarta, Tanjung Pakis, Tanjung Pandan, Pontianak, Batam, Dumai, Pekanbaru, Jambi, Palembang,Baturaja, Bandar Lampung Ring 2 : Medan, Tebing Tinggi, Rantau Prapat, Pekanbaru, Bukit Tinggi, Padang, Sibolga, Pematang Siantar Construction period : 2005 - 2006 Length : 10,080 km submarine, 780 km terrestrial Capacity : 20 Gbps initial (submarine), 10 Gbps initial (terrestrial), upgradable to 320 Gbps, 32 Lambdas possibly 1 or 2 FP (submarine)
  • 7. JaKa2LaDeMa (Jawa Kalimantan Sulawesi Denpasar - Makasar) PT. TELKOM Pontianak - Ketapang - Pangkalanbun - Bandjarmasin, Sangatta (Kalimantan ) Toweli (Sulawesi) - Jember, Java - Benculuk, Bali - Mataram,CAPEX : USD106,526million LombokCapacity : 320 GbpsLength : 1,836 km (total); (Ring 4 i.e. Pontianak-Ketapang-Pangkalan Bun-Banjarmasin -->1,198 km; Ring 8 i.e. Sangata-Donggala--> 326.4 km; DMCS i.e. Benduluk-Denpasar-Mataram --> 312 km. Contract signed : 30 December 2008. Successfully installed andtested by the end of April 2010. Opened for service May 2010.Ring JAKa2LaDeMa: "submarine" of 1.592 km; "terrestrial" of 330 km
  • 8. Batam Singapore Cable System (BSCS) PT. TELKOMBSCS is a submarine cable system connecting Batam Centre station (Batam) to Telin station(Singapore). The total system length is around 72.93 km, connecting the landing sites throughsix fiber pair cables, with stub cable is provided for future extension of the system. Initially, twofiber pair is equipped with four channels of 10Gb/s each realizing an initial capacity of 80Gb/s.Four other fiber pairs are purposely left as dark fibers for future expansion. At Batam, betweenthe BMH at Nongsa landing and Batam Center station, two distinguish land routes are utilizedto transmit/receive four 10Gb/s channels (40Gb/s) each. This design further increases thereliability of the system.
  • 9. DMCS PT. TELKOM Dumai Melaka Cable System (DMCS) is owned jointly by PT. Telkom and Telekom Malaysia. This was the second submarine cable project of PT. Telkom after the TIS (Thailand Indonesia Singapore) cable. Length approx. 160 km Contractor : NEC Corp. Capacity : design 320 Gbps, initial 20 Gbps protected (10 Gbps channels, 16 Lambdas, 2 FP), Unrepeatered system DMCS capacity in this time is 20 Gbps or equivalent by 121.000 maximum extension phone at a time and DMCS maximum capacity is 320 gigabit per second ( Gbps), equivalent by 3.870.720 extension phone at a time CAPEX : USD 9.3 - 11 mio. Construction: 06/2004 - 12/2004, official RfS 17/02/2005
  • 10. TIS PT. TELKOM TIS stands for Thailand Indonesia Singapore. As indicated by the name, it is an optical submarine cable spanning from Songkhla (Thailand) to Batam (Indonesia) via Changi (Singapore). TIS cable was the first submarine cable project of PT. Telkom. Operated since December 2003 Length: approx. 1,100 km Owners: consortium of SingTel, CAT Telecom, and PT. Telkom CAPEX: USD 36 mio. Capacity: design 320 Gbps, initial 30 Gbps Contractor: NEC Corp. Construction: 11/2002-12/2003 Repeatered and unrepeatered system
  • 11. Other Projects PT. TELKOM1. Backbone Serat Optik Sulawesi Kalimantan2. Backbone Serat Optik Sumatera ( Padang- Bengkulu)3. Jaringan Transport IP senilai US$ 71,8 juta4. Backbone fiber optic BSCS (Batam Singapore Cable System)5. Kapasitas 40 Gbps milik PT Telkom di Konsorsium AAG (Asia-America Gateway)6. Mataram-Kupang Cable System7. Consortium for Submarine Cable Construction of South-East Asia Japan Cable System (SJC) in Honolulu USA on last January 18, 2010.SJC will connect Singapore, Hong Kong, Japan and other Asian countries.The Submarine Cable to be installed uses the newest Submarine Cable technology with the capacity to transmit 64 WL (wavelength) at each fiber pair and 40 Gbps per WL so that the SJC submarine cable will have design capacity 17 Terabyte persecond (Tbps) able to upgrade up to 23 Tbps. It is planned that SJC will b