Automatic Message Switching Center
ELSA AMSC AROMES 1003Qi+ is an AFTN application software product which in designed modular architecture, conform to ICAO standards and runs on multinodes Industrial PC in redundant configuration using Reliable Industrial Real Time operating system.Also available ELSA Advanced Data Processing System & ELSA AMHS as an add on module
specifications
For more infomation on ELSA products and services, visit www.elsa.co.id PT.Elektrindodaya Pakarnusa Soekarno Hatta Km.13.8 Bandung-Indonesia Tel:62-22-7801536 Fax:62-22-7801690
26/02/2015
AMSC Specification
ELSA AMSC PRODUCT DETAIL SPECIFICATION Conforming to the AFTN/ICAO Annex 10 Standards, recommended practices up to latest Amendment and New FPL Format Compliance. Recommended by ICAO Recommended by DGAC MESSAGE SWITCHING FEATURES - Open System Architecture - Modular system - Microkernel Real Time OS - System Availability >99.9999 % - Automatic Dual Redundant System - Fault detection and automatic change over - Automatic Code & Format Conversion ( ITA2 ←----→ IA 5) - Automatic Format Conversion : AFTN, WMO, AMO(aero-mobile), Aeronautical X.25 - High speed message processing. - Multi port(up to 128) asynchronous communication module (parallel data processing for incoming and outgoing data) - Speed 50-115K baud (RS232),up to 512 Kbps (X.25-optional) - Full Duplex,Half Duplex,Simplex. - Interfaces: 10/100 Mbps Ethernet,V21,V24/V28,V.35, RS232 and Programmable Current Loop(external source,internal source,double current) with lightning protector and over voltage protection - Date & Time reference using GPS. - Store and Forward Message Switching - Messages are stored on a non volatile media with cyclic data storage management - Message Delimitation by SOH/ETX/ZCZC/NNNN with tolerances - Missing SOM detection - Checking & Generation of Channel Seq. Number (3 & 4 digits) - Format checking on Seq. Nmb Format checking on CID, Origin + Time at Origin, Addresses - Origin (data) Checking - Operating System & Application Program stored on CHIP/IC(not on a hard disk), more reliable.(hard disk mudah crash, sedangkan CHIP/IC tidak ) - Automatic alignment function correction (CR CR LF; CR LF) - Up to 3 address lines, 7 addresses per line in each message - Diversion Routing per priority level - Automatic Alternate Routing - Stripping Address - Multiple Addressing - Multiple address table - Shortened Address (reception) - Predetermined Addressee Indicators (PDAI) - Automatic/Manual Generation of Service Messages - Checking channel check messages - Line Monitoring & Protection - Test message generation(4 Formats) - Format 1: QJH RYS - Format 2: QUICK BROWN FOX… - Format 3: DE RYS - Format 4: U*U*U*…(for IA5) - Transparent channel monitoring 26/02/2015
Page 1 of 15
AMSC Specification
-
-
26/02/2015
Top priority handling Five Message Priority Levels Detection & Automatic Handling of over length messages Special handling for messages with more than 21 adresses Missing EOM detection & handling Automatic response to repetition requests & missing messages Automatic dequeue of outgoing messages when the interface is ready. Retransmission of Interrupted Messages Journal generation System log generation Validation of OPMET/FPL/NOTAM Messages (optional) CCITT X.25 (optional)for aeronautical communication connection support PVC, SVC and PAD (optional)already installed in Soekarno Hatta International Airport(since 1998) 1.for connection with Brisbane 2.for connection with Singapore(2000) Automatic Load Balancing Dual Redundant Local Area Network Remote Monitoring & Maintenance Transit Time Analysis AIDC facility(already live tested at 2006) , 100% compatible with Soekarno-Hatta Airport Ready for connection with AMHS gateway(CNS/ATM system) Upgradeable to AMHS by using ELSA AMHS add on module Ready for connection with ELSA ADVANCED DATA PROCESSING SYSTEM(ELSA IAIS) In trial operation ELSA AMHS & AMHS Gateway with Singapore AMHS.(planned full operation 2013)
Page 2 of 15
AMSC Specification
•
PERIODICAL SERVICES - Generation of last sent/last received message, total messages & characters sent, at midnight ( 00:00 UTC) - Reset channel numbers at midnight ( 00:00 UTC) - Generation and checking channel check messages - Statistics generation - Open Line (channel fatal error) detection with automatic re-establish connection - Processors failure detection - Automatic Transferring messages to cyclic storage - Generation of ROBEX Bulletins (optional) - Generation of NOTAM Bulletins (optional)
SUPERVISION FUNCTIONS * Operator may at anytime examine and modify per a channel basis: - Start/Stop a channel - Disconnect a channel - Outgoing Test Message - Message Tracking - Generation of circuit , traffic, message, diversion status, line status - Generation of transit time analysis & circuit performance - Diversion - Alternate - Start/Stop channel check - Start/Stop sequence number checking - Statistic - Messages retrieval - Set up/view a channel (define-CID, Comm. parameters) - Routing list → Add, Modify, Delete, View - PDAI → Add, Modify, Delete, View - Retrieval and Edit of OPMET/NOTAM/FPL Database (optional) - Message correction - User name, password, and privileges assignment - Powerful Graphical User Interface
STATISTIC Generation of hourly, daily, monthly and annually statistic. The statistic consist of: - Messages count - Character counts - Service Messages Count - Average Relay Time - Rejected Messages Count - Last send message - Last receive message
26/02/2015
Page 3 of 15
AMSC Specification
MESSAGE DATABASE All messages received and sent by ELSA AMSC are stored on the hard-disk as a cyclic storage for a duration of 60 days. The following information is also saved a long with the messages: 1. Originator 2. Date & time of transmission/receipt 3. Date & time of origin 4. Priority 5. Channel Id. 6. Sequence number 7. Message Destination To retrieve message we can use one of the following criteria: - Channel Id+seq. number (transmission) - Channel Id + seq. number (reception) - Date & Time (Reception) - Date & Time (Transmission)
HOURLY STATISTIC The following information is printed for each circuit - Circuit number - Ch. Id (reception/transmission) - Last send - Last received - Number of received messages & characters - Number of transmitted messages & characters
DAILY/MONTHLY STATISTIC The following information is printed for each circuit - Circuit number - Ch. Id. (reception / transmission) - Number of received messages - Number of transmitted messages
ANNUALLY STATISTIC - A summary of monthly statistic per a year
ROBEX (Regional OPMET Bulletin Exchange Optional) - Automatic ROBEX Bulletin Generation for METAR and AIREP Message
Main Collection Area
26/02/2015
Page 4 of 15
AMSC Specification
26/02/2015
Page 5 of 15
AMSC Specification
GRAPHICAL USER INTERFACE (GUI) The GUI support the following command function: 1) Message Validation a) Message Composition b) Message Browse and Retrieval from Short-term Database c) Manual Message Distribution d) Message Printing e) Message Template Definition Saving & Retrieval f) Purge Messages from a Queue g) Dump Messages from a Queue to a File h) Load Messages from a File to a Queue i) Redirect Messages from One Queue to Another j) Print Messages from a Queue 2) System Status Monitoring: a) Display Overall System Status b) Display Status of Circuits c) Display Status of Queues d) Display System Log e) Print System Log f) Search Log File g) Display System Alarms h) System Statistics Display i) Generate Statistics Reports j) Print Statistics Reports 3) System Control: a) Initiate/Terminate AMSC Software b) Activate/Deactivate Circuits c) Activate/Deactivate an Alternate Routing d) Initiate/Terminate a Test on a Circuit e) Reset Channel Sequence Numbers f) Switchover to Standby System g) Monitor and Control Interprocessor Link h) Selectively Start and Stop System Processes i) Display Status of System Processes 4) System Configuration: a) Display and Set System Parameters b) Modify and Install AFTN Routing Table c) Modify and Install AFTN PDAI Table d) Add, Modify or Delete Circuits and Subscribers 5) Terminal Session: a) Logon (Security Check) b) Logoff c) Online Help d) Create Script e) Process Monitor 6) History: a) Search/Browse through History Database (31 days) b) Retrieve/Display/Print Messages Meeting Search Criteria c) Archive/Restore History Data to/from Magnetic Media
26/02/2015
Page 6 of 15
AMSC Specification
SPESIFIKASI OPERASIONAL SUPERVISORY TERMINAL OPERATION a.System - Operator dapat setiap saat merubah/mengamati system dengan basis saluran(online) - Menggunakan User Level, password, dan privileges yang dapat dikonfigurasi untuk setiap levelnya(menu configurable) - Powerful Graphical User Interface yang user friendly dan kebal terhadap virus. b. Routing - Operator dapat menambah,merubah,menghapus,menampilkan dan mencetak routing list PDAI & Individual address dengan mudah(online) - Multiple Address Table Routing - Mampu memiliki Multiple Channel dalam 1 circuit - Memiliki berbagai kriteria(indexing) untuk memudahkan pencarian address. c.Collective Address - Operator dapat menambah,merubah,menghapus,menampilkan dan mencetak Collective address dengan mudah(online) - Memiliki berbagai kriteria(indexing) untuk memudahkan pencarian address. d. Alarm & Status - terdapat dalam bentuk tampilan display - tersimpan dalam file yang dilengkapi dengan fasilitas pencarian. - dapat dicetak pada printer. - terdapat informasi circuit , traffic, message, diversion & line status - kegiatan & gangguan pada system /saluran & operator logging e.Message - Semua berita yang dikirimkan dan diterima oleh sistem ELSA AMSC disimpan dalam hard-disk sebagai cyclic storage selama 60 hari. Informasi yang disimpan dalam database bersamaan dengan berita itu sendiri adalah: 1. Originator 2. Date & time of transmission/receipt 3. Date & time of origin 4. Priority 5. Channel Id. 6. Sequence number 7. Message Destination dan berdasarkan database ini berita dapat dicari dan dilihat kembali dengan mudah. - Fasilitas pelacakan berita(message trace) dapat dilakukan dari sisi penerimaan atau pengiriman. - Fasilitas untuk perbaikkan berita-berita yang direject. f.Statistic report - Pembuatan hourly, daily, monthly dan annually statistic. Di dalam statistik ini terdapat informasi: - Messages count - Character counts - Service Messages Count - Average Relay Time - Rejected Messages Count 26/02/2015
Page 7 of 15
AMSC Specification
- Last send message - Last receive message HOURLY STATISTIC Informasi yang tercetak untuk setiap saluran adalah : - Circuit number - Ch. Id (reception/transmission) - Last send - Last received - Number of received messages & characters/per priority - Number of transmitted messages & characters/per priority
DAILY/MONTHLY STATISTIC Informasi yang tercetak untuk setiap saluran adalah : - Circuit number - Ch. Id. (reception / transmission) - Number of received messages - Number of transmitted messages
ANNUALLY STATISTIC Merupakan rangkuman dari monthly statistic dalam 1 tahun -
Pembuatan secara otomatis transit time analysis Terdapat fasilitas untuk membuat laporan circuit performance.
g.Test Message - Pendeteksian dan penanganan secara khusus penerimaan Incoming Test Message. - Start/stop continous/dalam jumlah tertentu pengiriman Outgoing Test Message tersedia 4 macam format: - Format 1: QJH RYS - Format 2: QUICK BROWN FOX… - Format 3: DE RYS - Format 4: U*U*U*…(untuk IA5) h.Archive - Semua berita yang dikirimkan dan diterima oleh sistem ELSA AMSC disimpan dalam hard-disk sebagai cyclic storage selama 60 hari(terhapus secara otomatis). Informasi yang disimpan dalam database bersamaan dengan berita itu sendiri adalah: 1. Originator 2. Date & time of transmission/receipt 3. Date & time of origin 4. Priority 5. Channel Id. 6. Sequence number 7. Message Destination -
26/02/2015
Message Retrieval Kriteria yang dapat digunakan dalam mengambil berita(retrieve): - Channel Id + seq. number (transmission) - Channel Id + seq. number (reception) - Date & Time (Reception) - Date & Time (Transmission) Page 8 of 15
AMSC Specification
- Channel Id + Priority + seq. number (transmission) - Channel Id + Priority + seq. number (reception) - Channel Id + Origin + seq. number (reception) - Fasilitas pelacakan berita dapat dilakukan dari sisi penerimaan atau pengiriman i.Channel Status - Configurable per channel basis(online) - Activated/Deactivated - Parameter set-up - Hold/resume - Fasilitas pengelompokkan dalam 1 circuit j.Node Configuration - Setup - Hold/Resume - Activated/Deactivated - Reset - Delete - Add k.Line Monitoring & Protection - Tersedia fasilitas proteksi agar tidak terjadi looping berita (agar
saluran tidak overload) -
Tersedia printer khusus untuk memonitor data yang masuk/keluar pada suatu line. Dapat dimonitor pada display supervisory terminal. Display Colour(red->open line,green->in service,blue->disable). Line yang mengalami gangguan akan tercetak pada alarm status printer. Tersedia printer khusus untuk memonitor data yang masuk/keluar pada suatu line.
Spesifikasi lengkap dapat dilihat pada lampiran detail spesifikasi. 2.Start Of Message - Normal SOM(ITA2->ZCZC,IA5->SOH) - Terdapat toleransi untuk SOM yang cacat(ITA2->ZC,CZC,ZCZ baik dalam letter shift dan figure shift) - Terdapat proteksi untuk SOM cacat(ZC,CZC,ZCZ ) yang terdapat dalam berita(tidak dianggap SOM) - Mampu mengkoreksi/menambahkan STX(IA5) secara otomatis 3.Channel Sequence Number - Channel sequence number outgoing otomatis reset pada jam 00.00 UTC - Channel sequence number dapat dipilih 3 digit/ 4 digit per masing-masing saluran. - Pemeriksaan urutan channel sequence number, dan pembuatan service message secara otomatis jika nomor berita tidak urut. 4.Priority Indicator Processing - Terdapat 5 level priority SS,DD,FF,GG,KK - Penanganan khusus untuk priority SS - Urutan pengiriman berita sesuai prioritynya. - Pengkoreksian secara otomatis untuk kesalahan/tidak terdapat priority. 5.End of message - Normal EOM (ITA2->NNNN,IA5->ETX) 26/02/2015
Page 9 of 15
AMSC Specification
-
Pendeteksian dan penanganan secara otomatis jika kehilangan/cacat EOM, sehingga berita dapat diproses lebih lanjut. Terdapat toleransi EOM dalam figure shift(ITA 2). Tersedia fasilitas time out, jika mendeteksi tidak adanya EOM pada jangka waktu tertentu.
6.Automatic Service Message(SVC) -
dapat membuat dan memproses SVC dari stasiun lawan. Acknowledgement berita-berita dengan prioritas SS
Possible Cause
SVC MSGS
Auto Processing
Manual Processing
Comment
Seq.number berita yang diterima lebih dari 1 nomor yang diharapkan
SVC QTA MIS xxxnnn
T/R
CT / CR, berita tetap diteruskan
Seq.number berita yang diterima lebih tinggi dari nomor yang diharapkan
SVC QTA MIS xxxnnn-mmm
T/R
CT / CR, berita tetap diteruskan
Seq.number berita yang diterima lebih rendah dari nomor yang diharapkan
SVC LR xxxnnn EXP xxxmmm
T
R
CT, berita tetap diteruskan
Sistem menerima sejumlah karakter melebihi batas yang ditentukan setelah EOM
SPUR CHAR
T
R
Berita disalurkan ke Correction Terminal
Sistem menerima berita yang mengandung address yang menyalahi format yang ditentukan
SVC ADS xxxnnn GG TGYHUJIK EDRFT CHECK EDRFT
T
R
Berita dengan alamat yang benar dilanjutkan, yang salah disalurkan ke Correction Terminal
Sistem menerima berita yang mengandung alamat yang tidak terdapat dalam tabel sistem
SVC ADS xxxnnn GG TGYHUJIK EDRFTUJI UNKNOWN EDRFTUJI
T
R
Berita dengan alamat yang benar dilanjutkan, yang salah disalurkan ke Correction Terminal
Sistem menerima berita tanpa address
SVC QTA ADS xxxnnn CORRUPT
T
R
Berita disalurkan ke Correction Terminal
Sistem menerima berita tanpa origin
SVC QTA OGN xxxnnn CORRUPT
T
R
Berita disalurkan ke Correction Terminal
Sistem menerima berita dengan origin salah
SVC QTA OGN xxxnnn INCORRECT
T
R
Berita disalurkan ke Correction Terminal
Sistem tidak menerima channel cek pada waktu yang ditentukan (-2 + 3)
SVC MIS CH hhmm LR xxxnnn
T
R
CT
Sistem menerima berita >2100
SVC TEXT xxxnnn OVERLENGTH
T
R
Berita dipotong disalurkan ke sistem dengan alamat. Sisanya disalurkan ke Correction Terminal
26/02/2015
Page 10 of 15
AMSC Specification
Sistem menerima berita yang dialamatkan ke salurannya sendiri, tanpa adanya relay station ke saluran lain
SVC QTA MSR xxxnnn
T
R
Berita disalurkan ke Correction Terminal
Sistem menerima berita dengan CID / Seq. number yang salah
RCV xxxnnn EXP yyymmm
T
R
Berita tetap diteruskan
Auto Processing
Manual Processing
Possible Cause
SVC MSGS
Comment
Merupakan outstation command untuk pengulangan berita
SVC QTA RPT xxxnnn SVC QTA RPT xxxnnn-mmm SVC QTA RPT xxxnnn / mmm
R R R
T T T
Berita yang diminta pengulangan akan dikirimkan kembali sesuai addressnya
Merupakan outstation command untuk meminta status trafic
SVC TRAF
R
T
Status trafic akan dikirimkan ke stasiun yang meminta
Sistem menerima berita dengan origin yang tidak sesuai
SVC QTA OGN xxxnnn INCORRECT
T
R
Berita akan dikirimkan ke stasiun yang meminta
Keterangan : T
= Transmit
R
= Receive
CT
= Configurable Transmit
CR
= Configurable Receive
(*)
= Local Station Only -
7.MESSAGE PROCESSING/HANDLING - Berita-berita yang diterima akan tersalur secara otomatis sesuai dengan routing tabel yang diaktifkan. - 3 baris alamat, 7 alamat per baris. - Stripping address - Shortened address (reception) - Fasilitas multi channel routing dalam 1 circuit. - Automatic Alternate Routing(jika terdapat gangguan dalam circuit yang sama) - Automatic Channel Balancing(dalam circuit yang sama) - Diversion/Alternate per priority level. - Penanganan khusus secara otomatis untuk overlength messages, sehingga memenuhi persyaratan panjang berita. - Penanganan khusus secara otomatis untuk berita-berita yang mempunyai alamat lebih dari 21 , sehingga memenuhi persyaratan jumlah alamat. - Berita-berita yang masih dapat ditolerir oleh system akan dikoreksi secara otomatis oleh system, yang tidak dapat ditolerir akan disalurkan ke posisi correction untuk ditangani oleh operator. 8.Channel Check 26/02/2015
Page 11 of 15
AMSC Specification
-
Start/stop checking incoming channel check messages(00,20,40 toleransi 5 menit). - Start/stop automatic generation channel check(00,20,40) message untuk saluran-saluran yang diaktifkan . 9.Midnight Check - Dibuat & dikirimkan secara otomatis pada jam 00.00 UTC untuk setiap saluran. Terdiri dari informasi: jumlah berita yang dikirimkan/diterima, jumlah karakter yang dikirimkan/diterima untuk masing-masing saluran. - Automatic reset sequence number outgoing pada masing-masing saluran pada 00.00 UTC. 10.AFTN Terminal - Mengirim berita,menerima berita,juga dicetak pada printer - Menyimpan,menampilkan,mengirimkan kembali berita-berita yang pernah diterima/dikirimkan - Automatic Service Message Generation - Conform to ICAO ANNEX 10 Vol.II up to latest Amendment. - High performance system using UNIX Real Time Operating System with Graphical User Interface. - Editor facilities : cut,copy,paste,delete, character counter. - ATS Messages Template (present & new format). - Free text template. - Message Analysis. - Automatic Service Message Generation. - Automatic Message Heading. - Automatic Message Ending. - Automatic Message Journal. - Automatic Open line detection. - Onscreen incoming messages monitoring. - Message send preview. - Test Message Generator (continue/..times). - 4 standard test message format : QJH RY,QUICK BROWN FOX,DE RY,U* - IA5 message format and code. - 3 digits automatic message sequence number. - 4 digits automatic message sequence number. - High speed : 50 to 19200 baud. - RS 232 interface. - Programmable Current Loop Interface/Short Haul Modem. - Communication Modes : Full duplex, Half duplex - Output devices : VGA color monitor, Printer, Hard disk - Italic Printing for received messages - Normal Printing for sent messages. - File access: save,load,print,send,erase,backup to floppy. - On screen information : number of messages in journal,sequence number,speed,code, harddisk free space, test message indicator,line condition, number of characters in editor,queue information.
26/02/2015
Page 12 of 15
AMSC Specification
SPESIFIKASI TEKNIS 1. AMSC Main Processor a. Processor Intel b. Industrial Grade Motherboard c. Memory 2 GB d. Hardisk min 120 GB e. Serial Interface f. Ethernet 10/100 g. Communications Software h. Serial Host i. Chassis 2. Monitor LED min 15" 3. Keyboard 1. Supervisor & Correction terminals CPU a. Processor Intel b. Memory 4 GB c. Hardisk min 120 GB d. Chassis 2. Monitor LED min 17" 3. Printer 4. Keyboard & mouse 5. GUI Software (ELSA Supervisor & Correction terminals) 1. Lokal Terminal(intelligent AFTN Teleprinter) CPU a. Processor Intel b. Memory 4 GB c. Hardisk min 120 GB d. Chassis 2. Monitor LED min 17" 3. Printer 4. Keyboard & mouse 5. GUI Software (ELSA AFTN Teleprinter Software)
26/02/2015
Page 13 of 15
AMSC Specification
Manufacturing and Instalation of ELSA Automatic Message Switching Center (AMSC) in Indonesia : 01. Simpang Tiga Airport - Pekanbaru (16 Channels, Dual / Redundant System) 02. Pangkal Pinang Airport – Bangka (16 Channels, Single System) 03. El Tari Airport - Kupang (16 Channels, Dual / Redundant System) 04. Adisucipto Airport - Yogyakarta (24 Channels, Dual / Redundant System) 05. Achmad Yani Airport - Semarang (16 Channels, Single System + 24 Channel Dual System) 06. Pattimura Airport - Ambon (16 Channels, Dual/Redundant System) 07. Adisumarmo Airport - Solo (16 Channels, Single System, 16 Channel Dual System) 08. Branti Airport - Bandar Lampung (16 Channels, Single System) 09. Ngurah Rai International Airport – Bali (32 Channels, Dual/Redundant System) 10. Sentani Airport - Jayapura (16 Channels, Dual/Redundant Ssystem) 11. Tabing Airport - Padang (16 Channels, Single System) 12. Wolter Monginsidi Airport - Kendari (16 Channels, Single System) 13. Husein Sastranegara Airport - Bandung (16 Channels, Single System) 14. DGAC Jakarta (16 Channels, Single System) 15. PLP Curug (16 Channels, Single System) 16. Sultan Mahmud Baddarudin II Airport - Palembang (16 Channels, Dual/Redundant System) 17. Supadio Airport - Pontianak (16 Channels, Dual/Redundant System) 18. Soekarno-Hatta International Airport - Jakarta (128 Channels, Dual/Redundant System) 19. Mutiara Airport - Palu (16 Channels, Dual/Redundant System) 20. Tjilik Riwut Airport – Palangkaraya (16 Channels, Dual/Redundant System) 21. Sepinggan - Balikpapan (32 Channels, Dual/Redundant System) 22. Polonia Airport - Medan (32 Channels, Dual/Redundant System) 23. Juanda - Surabaya (24 Channels, Dual/Redundant System) 24. Sam Ratulangi - Manado 26/02/2015
1991 1991, 2001 1991, 2004 1991, 1999 1992, 2004 1992, 2004 1992, 2004 1992 1993, 2002 1993, 2007 1993 1995, 2009 1995 1995 1996 1995 1995 1996 1997,2007 1997, 2006 1999 1999 2002 2002 Page 14 of 15
AMSC Specification
(24 Channels, Dual/Redundant System) 25. Hasanuddin Airport - Ujung Pandang (128 Channels, Dual/Redundant System) 26. New Padang Airport Project (16 Channels, Dual/Redundant System) 27. Sultan Syarif Kasim II Airport – Pekanbaru (16 Channels, Dual/Redundant System) 28. Juwata Airport – Tarakan (8 Channels, Dual System) 29. ATKP – Surabaya (8 Channels, Single System) 30. Domine Eduard Osok Airport – Sorong (16 Channels, Dual/Redundant System) 31. Mopah Airport – Merauke (16 Channels, Dual/Redundant System) 32. Hang Nadim Airport – Batam (24 Channels, Dual System) 33. Syamsuddin Noor Airport – Banjarmasin (16 Channels, Dual System) 34. Juwata Airport – Tarakan (16 Channels, Dual System) 35. New Lombok International Airport – Lombok (16 Channels, Dual System) 36. Radin Inten II Airport – Lampung (16 Channels, Dual System) 37. STPI – Curug (16 Channels, Dual System) 38. Iskandar Airport – Pangkalan Bun (16 Channels, Dual System) 39. Depati Amir Airport – Pangkal Pinang (16 Channels, Dual System) 40. Halim Perdana Kusuma Airport – Jakarta (16 Channels, Dual System) 41. Adisucipto Airport – Jogjakarta (16 Channels, Dual System) 42. Sepinggan Airport – Balikpapan (16 Channels, Dual System) 43. Djalaluddin Airport – Gorontalo (16 Channels, Dual System)
26/02/2015
2004 2004 2005 2005 2007 2007 2007 2007 2009 2010 2010 2010 2010 2011 2011 2012 2012 2012 2012
Page 15 of 15
