Getting started with Peering Overseas

Transcription

Getting started with Peering Overseas
1 Peering : Success or Failure Simon Sohel Baroi Sr. Manager, ITC-­‐IIG simon.baroi@fiberathome.net APRICOT 2014, Malaysia Terrestrial and Submarine Cable Connec:vity in South East Asia.: To Nepal
To Bhutan
Delhi
`
Kolkata
SEA-ME-WE3
SEA-ME-WE4
Mumbai
Hyderabad
IMEWE
TGN Eurasia
SMW4
Bangalore
SMW3
Chennai
SMW4
TIC
Cochin
I2I
SAFE
Cox’s Bazar
2 Connec:vity with UTL, Nepal via Terrestrial Cable: INDIA
Patna
Muzaffarpur, Bihar
Raxaul, Bihar
3 NEPAL
UTL,Birgunj
Kathmandu –
UTL Nepal POP
New Delhi
Gorakhpur, UP
*Sunauli(UP)
TCL UTL Bhairahawa
UTL, Butwal
UTL Connec:vity with Taschi Cell, BHUTAN via Terrestrial Cable: Siliguri,
India
TCL Node
4 Pagli,
Bhutan
Tashicell Node
TCL Terrestrial Fiber
Power Grid
OPGW
Power Grid Tower
OPGW
Kolkata
Power Grid
OPGW
Local
Ring
Siliguri
TCL Terrestrial
Network
Malbase
Cables at Chennai : 5 Cables Bay of Bengal Gateway (BBG) SeaMeWe-­‐4 Tata TGN-­‐Tata Indicom i2i Cable Network (i2icn) Cables at Mumbai : 6 Bay of Bengal Gateway (BBG) Europe India Gateway (EIG) FLAG Europe-­‐Asia (FEA) FLAG FALCON Gulf Bridge InternaTonal Cable System IMEWE SEACOM/Tata TGN-­‐Eurasia SeaMeWe-­‐3 SeaMeWe-­‐4 Cables at Malaysia : 7 Penag : Bay of Bengal Gateway (BBG) FLAG Europe-­‐Asia (FEA) SAFE SeaMeWe-­‐3 Melaka : Batam Dumai Melaka (BDM) Cable System Dumai-­‐Melaka Cable System SeaMeWe-­‐4 Mersing : Asia Submarine-­‐cable Express (ASE) Asia-­‐America Gateway (AAG) Cable System SeaMeWe-­‐3 Kuantan : APCN-­‐2 Asia Pacific Gateway (APG) Malaysia-­‐Cambodia-­‐Thailand (MCT) Cable Submarine Cable Connec:vity at Bangladesh : Benapole 8 Cable Name : Sea-­‐Me-­‐We 4 Operator : Bangladesh Submarine Cable Company Limited (BSCCL ) One Terrestrial Landing Sta:on with India. New IIG on 2012 : 9 East Side INDIA Singapore West Side Europe/USA STM-­‐4 Terrestrial -­‐  AS Wise -­‐  Prefix Wise Client A IIG : Interna:onal Internet Gateway IIG Client B Client C AS Wise Traffic Engineering : Equinix 10 BharT UK TATA STM-­‐4 STM-­‐4 STM-­‐4 1212,1313 -­‐  AS Wise -­‐  Prefix Wise -­‐  A : 200 mbps -­‐  B : 600 mbps -­‐  C : 800 mbps -­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐ Total : 1600 mbps IIG 58587 1313 Client A Client B Client C Traffic Distribu:on and End Result : 11 CongesTon 80% Equinix TATA STM-­‐4 20% BharT UK STM-­‐4 STM-­‐4 1212,1313 58587 ISP/IIG -­‐  AS Wise 1313 Client A Client B Client C CDN is Near : F@H F@H 12 BharT UK Equinix IX CDN CDN IX Report at Equinix Portal : Peer Port Name AKAMAI-­‐SG1-­‐GIGE1-­‐01 AMAZON-­‐SG2-­‐GIGE1-­‐599 BAYANTEL-­‐SG1-­‐GIGE1-­‐00 13 Max Max Outbound Avg Inbound Avg Outbound Inbound (Mbps) (Mbps) (Mbps) (Mbps) 3.08 0.52 13.9 1.57 7.73 4.19 21.26 9.25 0.61 0.6 1.88 2.29 BBCONNECT-­‐SG1-­‐GIGE1-­‐00 0.11 0.07 1.44 1.23 BHARTIAIRTEL-­‐SG1-­‐GIGE1-­‐00 CATTELE-­‐SG1-­‐GIGE1-­‐00 CATTELE-­‐SG1-­‐GIGE1-­‐01 CDNET-­‐SG1-­‐GIGE1-­‐04 CDNET-­‐SG1-­‐GIGE1-­‐05 CELCOM-­‐SG1-­‐GIGE1-­‐00 0.29 0.14 0.72 4 3.79 0.06 30.29 0.04 0.28 0.42 0 0.08 3.51 1.21 4.3 18.16 14.41 0.55 53.68 1.12 2.04 0.96 0 0.62 CHUNGHWA-­‐SG1-­‐GIGE1-­‐00 0.44 0.11 1.87 1.12 CLOUDFLARE-­‐SG1-­‐GIGE1-­‐599 CSLOXINFO-­‐SG1-­‐GIGE1-­‐00 DHIRAAGU -­‐SG1-­‐GIGE1-­‐00 4.27 0.05 0.06 1.76 0.01 0.1 14.06 1.2 0.68 20.72 0.2 1.25 DIGITALOCEAN-­‐SG2-­‐GIGE1-­‐00 DIGITEL-­‐SG1-­‐GIGE1-­‐01 EDGECAST-­‐SG1-­‐GIGE1-­‐00 0.14 0 3.67 0.02 0.07 0.87 4.55 0 13.23 0.19 0.75 1.82 Unknown is Very Near : AMAZON-­‐SG2-­‐GIGE1-­‐599 CATTELE-­‐SG1-­‐GIGE1-­‐01 CDNET-­‐SG1-­‐GIGE1-­‐04 CDNET-­‐SG1-­‐GIGE1-­‐05 CLOUDFLARE-­‐SG1-­‐GIGE1-­‐599 DIGITALOCEAN-­‐SG2-­‐GIGE1-­‐00 EDGECAST-­‐SG1-­‐GIGE1-­‐00 FACEBOOK-­‐SG1-­‐GIGE1-­‐00 GLOBALTRANS-­‐SG1-­‐GIGE1-­‐00 GLOBTRANS-­‐SG1-­‐GIGE1-­‐599-­‐00 GODADDY-­‐SG2-­‐GIGE1-­‐01 INTERNAP-­‐SG1-­‐GIGE1-­‐00 INTERNODE-­‐SG1-­‐GIGE1-­‐01 IPTP-­‐SG1-­‐GIGE1-­‐00 JASTEL-­‐SG1-­‐GIGE1-­‐599 MICROSOFT-­‐SG1-­‐GIGE1-­‐00 PAKTELE-­‐SG1-­‐GIGE1-­‐00 TELEKOMUNI-­‐SG1-­‐GIGE1-­‐00 TELEKOMUNI2-­‐SG1-­‐GIGE1-­‐599 TWITTER-­‐SG1-­‐GIGE1-­‐01-­‐1 VALVECORP-­‐SG2-­‐GIGE1-­‐00 VODAFONE-­‐SG1-­‐GIGE1-­‐00 YAHOO-­‐SG1-­‐GIGE1-­‐599-­‐0 YAHOO-­‐SG1-­‐GIGE1-­‐599-­‐1 14 7.73 0.72 4 3.79 4.27 0.14 3.67 37.61 0.37 0.48 0.44 0.24 1.17 2.28 0.06 1.72 3.76 0.68 0.74 0.58 1.21 2.08 0.64 0.52 4.19 0.28 0.42 0 1.76 0.02 0.87 31.43 0.66 0.3 0.12 0.12 2.8 0.48 0.6 1.72 6.89 0.11 1.25 0.76 0.88 33.44 0 0.47 21.26 4.3 18.16 14.41 14.06 4.55 13.23 95.36 5.81 4.3 6.2 1.65 4.24 8.78 3.74 10.32 11.51 4.35 4.42 5.72 4.26 10.57 4.88 3.64 9.25 2.04 0.96 0 20.72 0.19 1.82 73.1 4.35 2.46 0.62 0.64 8.02 1.25 2.97 3.68 13.21 0.65 3.32 2.47 1.9 62.43 0.01 1.28 Traffic Distribu:on and End Result : • 
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Singapore Route become congested. Traffic Engineering is not working. Need bigger port of STM-­‐16 or GE. POS STM-­‐16 is too much Expensive. Need Traffic Engineering at Layer -­‐1 15 Transporta:on of Traffic in Submarine Cable : 16 SDH Payload VC-­‐12 ( E1 ) 2,176 Kbps VC-­‐3 ( DS3 ) 48,384 Kbps VC-­‐4 ( STM-­‐1) 149,760 Kbps VC-­‐4_4c ( STM-­‐4-­‐POS ) 599,040 Kbps VC-­‐4_16c ( STM-­‐16-­‐POS ) 2,396,160 Kbps Traffic Distribu:on and End Result : 149.76+149.76+149.76+149.76 599.04 17 POS 599.04 Technical Advantages of Using MUX : 1) GFP (GENERIC FRAMING PROTOCOL) 2) VCAT (VIRTUAL CONCATENATION ) 3) LCAS (LINK CAPACITY ADJUSTMENT SCHEME ) 18 VIRTUAL CONCATENATION : 19 MUX MUX GE GE GFP VIRTUAL CONCATENATION : 20 MUX VC4 MUX MUX VC4 GE GE VC4 GFP LINK CAPACITY ADJUSTMENT SCHEME : 21 MUX VC4 MUX GE 599 Mbps VC4 MUX GE 599 Mbps VC4 LINK CAPACITY ADJUSTMENT SCHEME : VC4 MUX GE 447 Mbps 22 VC4 VC4 MUX GE 447 Mbps Traffic Distribu:on and End Result : F@H F@H 23 Equinix STM4:VC4_4c POS POS MUX F@H GE 6 x VC4 Equinix MUX MUX GE Equinix MUX 4 x VC4 GE STM-­‐4 GE Traffic Distribu:on and End Result : F@H F@H 24 BharT UK STM4:VC4_4c POS GE POS MUX 1 x VC4 MUX GE STM-­‐4 BharT UK Traffic Distribu:on and End Result : 25 CongesTon 80% Equinix TATA STM-­‐4 20% BharT UK STM-­‐4 STM-­‐4 POS POS POS POS POS 58587 ISP/IIG -­‐  A : 200 mbps -­‐  B : 600 mbps -­‐  C : 800 mbps POS 1313 Client A Client B Client C Traffic Distribu:on and End Result : EQUINIX 26 BharT UK TATA GE GE GE 894 mbps 596 mbps 149 mbps MUX 58587 IIG 1313 -­‐  A : 200 mbps -­‐  B : 600 mbps -­‐  C : 800 mbps Client A Client B Client C Capex and Opex : 27 •  Peering Cost : •  Equinix Co-­‐locaTon Charge •  Equinix IX Peering Charge •  IP Transit Cost : Almost the Same as Peering Cost How can we jus9fy Cost ? Commercial Implica:on on Capex : POS : MIC-­‐3D-­‐4OC3OC12-­‐1OC48 ( By Juniper ) DescripTon : Low density mulTrate MIC, 4 port non-­‐channelized OC3-­‐OC12 / 1 port non-­‐channelized OC48 MIC, (Requires a pluggable SFP opTcs module ) + 28 Replacing Router with MUX and GE Port Mux: 29 Ports at the Base : 2 x STM-­‐64 4 x STM-­‐16 4 x GE End Result : 30 Performance Increase Unknown DesTnaTon Become Very Near to Us. Traffic Engineering is now working evenly at Layer 1. Pay what you use in Physical Layer. Opex Reduced as Singapore is near to Bangladesh and IPLC is costlier to London. •  Capex reduced, as POS cards are really expensive. •  Router is for rouTng and Transmission Equipment is Transminng. • 
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Peering – Peering -­‐ Peering Fiber@Home Present Network: 31 Bharti Airtel
Singapore
Equinix
TATA
Channai
TATA
Mumbai
TATA
Singapore
TiC
Cisco Internet
Gateway
Cisco
Aggrigation
Bharti
Chennai
i2i
SMW-4
Google PNI
-4
SM W
Juniper Internet
Gateway
Juniper
Aggrigation
Present Google Traffic : 32 AS : 58587 OPEN Peering • 
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EQUINIX Singapore Global Switch Singapore Mumbai Chennai London (TeleHouse East) Bangladesh 34 Thank You.
SIMON SOHEL BAROI
Fiber@Home Limited
House-7/B, Road-13, Gulshan-1, Dhaka-1212
Phone- 880 2 8814817, 8812507, Fax- 880 2 8812010
E-Mail : simon.baroi@fiberathome.net
www.fiberathome.net

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