sub-sea fiber optic & indonesia telecommunications landscape by willy sutrisno

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Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape MYNOG-4 21 August 2014 Kuala Lumpur “I can accept failure, everyone fails at something. But I can't accept not trying” Michael Jordan

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Page 1: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

Sub-Sea Fiber Optic &

Indonesia Telecommunications Landscape

MYNOG-421 August 2014

Kuala Lumpur

“I can accept failure, everyone fails at something. But I can't accept not trying” ― Michael Jordan

Page 2: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

AgendaSub-sea Fiber Optic

• Matrix Cable System

• ASEAN Geography Perspective

• Capacity Explained

• Wet & Dry Segment

• Cable Type

• Type of Faults

• Preventive / Corrective Maintenance

Indonesia Telecommunications Landscape

• International Connectivity

• IP Transit

• Peering/IX

• Regulations

Page 3: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

Sub-Sea Fiber Optic

a short introduction

Page 4: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Matrix Cable System

• Distance 1,055 km• Designed capacity 2.5Tb• Branching Units:

1.To Batam, Indonesia2.To Kalimantan, Indonesia3.To Perth, Australia

• Repeater system• Buried 1-10 meter• Cable types: SA, DA,

LWA• Life span 25 years

Page 5: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

South East Asia Nations• Indonesia comprises of 17,000 islands. With 5 major

Islands (Sumatra, Kalimantan, Jawa, Sulawesi and Papua)• Jakarta is the hub for Indonesia• Singapore is the telecom hub for S.E.A• Almost all international cables from Indonesia lands in

Singapore

Map  courtesy  of  Google  Maps

Sumatra KalimantanSulawesi

West  Papua

Jawa

Maluku

.vn

.th

.my

.sg

.kh .ph

.bn

.mm.la

.id

Page 6: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Fiber Pair Connectivity

Page 7: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

2.5 Tb Initial Design Capacity

• 8 FP landed in Singapore, 4 FP to Jakarta

FP x λ x BW = Total

4 x 64 x 10G = 2.56 Tbps

• BW = 10G = STM64 = 10Ge

• Demux > STMn, DS3, E1, 10/100/100 Mb Ethernet

Page 8: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Fiber Pair Explanation

Express  Way  =  FP

λ  193.0  Thz

Lane  =  λ

10G

10G

10G

10G

Upgrade option:

More BW (40G/100G) per λ

OR

More λ (96) per FPλ  

193.1  Thzλ  

193.2  Thz

Page 9: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Dry Segment (CLS and BMH)• CLS equipped with: UPS +

Genset with dual power system A+B

• A repeater system with dual-end feeding from PFE (+V and –V)

Beach Man Hole

Page 10: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Wet Segment (Repeater & BU)

Repeater

Courtesy  of  fujitsu.com

Courtesy  of  cnet.com

Branching Unit

Page 11: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Cable Types: LW, LWA, SA, DA

Page 12: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

photo credit http://fopnews.wordpress.com/

Page 13: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

photo credit http://wiocc.files.wordpress.com

Page 14: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

photo credit http://www.iscpc.org/publications/ICPC-UNEP_Report.pdf

Page 15: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Types of faults

• Shunt Fault

• A disturbance to the cable system (eg: anchor hit, fishing trawler) that cause the damaged to the cable insulation and exposed the copper section that carries electricity being short circuit to the sea water. The cable system continues to carry traffic.

• Total Cut

• Total cut of the cable

Page 16: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Preventive Maintenance

• Shunt Fault Repair

• Capacity Upgrades

• Backhaul DF maintenance

• Software upgrades of active devices (SLTE, Mux, DWDM)

Page 17: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Corrective Maintenance

• Finding the fault location

• Activate SEAIOCMA (South East Asia & India Ocean Cable Maintenance Agreement)

• Swing to restoration capacity

• Permit, repair, testing

Page 18: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Further Reading

• http://builtvisible.com/messages-in-the-deep/

• http://www.pipenetworks.com/ppc1blog/ or http://www.pipenetworks.com/ppc1blog/page/31/

• http://www.iscpc.org/publications/ICPC-UNEP_Report.pdf

Page 19: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

– Dr. Seuss

“Be who you are and say what you feel, because those who mind don’t matter and those who matter don’t mind.”

Page 20: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

Indonesia Telecommunications Landscape

a brief and quick introduction

Page 21: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

International Connectivity

• Indosat / Telkom Indonesia / Private Companies

• Consortium cables: SMW3, APCN2, TIS

• Joint Partnership: DMCS

• Non Consortium cables: MCS, JAKABARE, JASUKA

Page 22: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

IP Transit• NAP license and ISP license - 3 tiered system

• NAP act as the internet gateway (tier 1)

• ISP must buy from NAP

• Corporate/Retails can only be served by ISP

NAPISP

Corp/retail

Page 23: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

IP Transit cont… ASN Ranking

report taken from HE BGP tools

Page 24: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Peering & IX

• Major IX: IIX and OIXP

• First IX in Indonesia established in1997

• Major international POP for Indonesia telco: SG & HK + JP, US, EU

Page 25: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

MYNOG-­‐4  –  21  August  2014

Regulation - just a snippet :)

• Telco operator must set aside 1.25% yearly for USO (estimated ~100 millions USD a year)

• Projects funded by USO: NIX (Nusantara Internet eXchange), Palapa Ring, Internet/Telephone to every village in Indonesia

Page 26: Sub-Sea Fiber Optic & Indonesia Telecommunications Landscape by Willy Sutrisno

– Albert Einstein

“Life is like riding a bicycle. To keep your balance you must keep moving”

Willy Sutrisno [email protected]

Global Services and Solutions Matrix Networks Pte Ltd