CEF Networks workshop Prague, May 30th, 2006 Towards advanced CEF Networks lighting Stanislav Šíma, Lada Altmannová czechlight.cesnet.cz Research activity „Optical networks“

Towards advanced CEF Networks lighting 2 CEF Networks workshop Prague, May 30th, 2006 Authors participate on Optical networks activity of CESNET research intent, Joint Research Activity of GN2 project, SEEFIRE project, Porta Optica Study project, Lucifer project. Presented ideas are of authors and do not necessarily reflect an official opinion of the CESNET or any other institution or project, and are opened to improvement.

Towards advanced CEF Networks lighting 3 CEF Networks workshop Prague, May 30th, 2006 Why dark fibre for Research and Education Networks (RENs)? (we have published this slide in TNC2004, Rhodes) l Freedom in REN design l Fixed costs of long-term use l Transmission capacity up to Tbps l Cost-effective ways of sharing (WDM, TDM, …) l Multiple wavelenghts possible (e.g. 1 – 256) l Management of transmission l Equipment selection, moving, design, ….. Now: Move of Research and Education Networks to dark fibres is successful and continues, some other networks follow RENs (municipalities, hospitals, military,… )

Towards advanced CEF Networks lighting 4 CEF Networks workshop Prague, May 30th, 2006 Why open lighting for Research and Education Networks? (open means multi-vendor under rules given by RENs) l Freedom in REN design on optical and optoelectronic layers (L1+L2) l Save long-term investments on dark fibres (change lighting instead of fibres) l Fibre is resource (facility) and sharing of fibres is the biggest opportunity to decrease the overall costs of networking. l Use of equipment of many vendors for lighting and L1 interoperability is inevitable due to multi-domain nature of research networking l Multi-vendor lighting in single domain is inevitable to take full advantage of fast development of photonic industry and brings new functions, better parameters and/or cost-effectiveness –No vendor has the best lighting equipment for all needs –Roadmaps of technology development of big vendors are not optimal to REN needs –Some big vendors use obstructions to suppress interoperability

Towards advanced CEF Networks lighting 5 CEF Networks workshop Prague, May 30th, 2006 Multi-purpose dark fibre footprint for research l Design in independent domains results in separate fibres for: –National RENs and Regional Optical Networks –Continent-wide RENs (GEANT2, NLR) –National dark fibre testbeds (CzechLight, VIOLA, …) –Prepared continent/world-wide dark fibre testbeds needed for research of networking (see for example GENI, FP7) l Collaborative design by using open lighting is able to share fibres by means of WDM for all of above purposes, for example –Fibres of NRENs connected by CBFs are shared by GEANT2 lambdas –Lighting of fibres Brno-Bratislava and Brno-Vienna are prepared for sharing by IP service, e2e lambdas including GLIF, and testbed lambdas –Lighting of fibres to end users are prepared for sharing by IP service, e2e lambdas and testbed lambdas l This means dark fibre testbed (or facility network) implements lambda infrastructure for production network instead of buying lambda service! (no lighting devices disruption is allowed in such dark fibre testbed)

Towards advanced CEF Networks lighting 6 CEF Networks workshop Prague, May 30th, 2006 National dark fibre footprints for research (draft)

Towards advanced CEF Networks lighting 7 CEF Networks workshop Prague, May 30th, 2006 European dark fibre footprint for research (draft)

Towards advanced CEF Networks lighting 8 CEF Networks workshop Prague, May 30th, 2006 Leased digital circuits for extension - example

Towards advanced CEF Networks lighting 9 CEF Networks workshop Prague, May 30th, 2006 Collaborative design of multidomain CEF networks l Primary rule for CEF networks fibre topology is KIS (but now it means Keep It Short): fibre is the most expensive part of network (for example 60%) l How to implement continental-wide services and testbeds by means of national fibre footprints and cross-border fibres and in what cases we need also parallel continental-wide fibre infrastructure? l New types of transmitters, receivers, amplifiers, gratings etc. are available, some of them even with MultiSource Agreements (this is very important for designers), with better parameters and very cost-effective l Overcome distances by lambdas only is possible: saving number of routers, switches and administrators

Towards advanced CEF Networks lighting 10 CEF Networks workshop Prague, May 30th, 2006 Railways example l Mesh network without parallel lines (with exceptions) l Parallel railway lines are very expensive ! l Reasons for parallel lines: –Transport speed, local traffic –Heavy workload –Different owners, etc. l Parallel lines are rare! l No overlaying domains

Towards advanced CEF Networks lighting 11 CEF Networks workshop Prague, May 30th, 2006 Why open lighting (the first indication of advantages for production network) l 189 km Praha – Pardubice, G. 652, 46 dB STM-16 since March Lighting equipment 1x ONS15104, in-line, protocol dependent -Total Euro STM-16 or GE since May Lighting equipment 2x OA Keopsys 2x 21 dBm, NIL, protocol independent -Total Euro Totals above are for varying parts of STM-16 lighting, other parts are the same for both cases

Towards advanced CEF Networks lighting 12 CEF Networks workshop Prague, May 30th, 2006 Obr v RGB

Towards advanced CEF Networks lighting 13 CEF Networks workshop Prague, May 30th, 2006 Why open lighting (the second indication of advantages for production network) l 123 km Praha – Plzeň, G. 652, 33,7 dB STM-16 since September Lighting equipment 1x ONS15104, in-line, protocol dependent -Total Euro STM-16 or GE since December Lighting equipment 2x OA Keopsys 2x 10 dBm, NIL, one side amplification only, protocol independent -Total Euro Now we use CzechLight Amplifiers (CLA) with improved parameters, cost and Unix remote management

Towards advanced CEF Networks lighting 14 CEF Networks workshop Prague, May 30th, 2006 Why open lighting (Advantages for multi-purpose dark fibre footprint) l 190 km Brno – Bratislava, G. 652, 45 dB n x 10 GE since February Lighting equipment 2x :  CASE MUX/DMX + FBG, CLA PB01, XENPAK  Total Euro This is cost for one 10G lambda with extension possibility up to 4 lambdas, adding of one lambda costs EUR (two XENPAKs). If you need extensibility to 8 lambdas, you can use more expensive MUX/DMX (add EUR for one line). If you need extensibility to 16 lambdas, you can use OAs with a little higher output power. The same XENPAK from other vendor costs EUR/pc (third party components are not allowed). If you can use XFP instead of XENPAK, price will be about EUR/pc. l Prepared 224 km Brno - Vienna (ACONET, VIX)

Towards advanced CEF Networks lighting 15 CEF Networks workshop Prague, May 30th, 2006 NREN PoP 1 IP service Testbed e2e service 1 CLA PB01 DWDM MUX/DEMUX Lambda for production IP service Experimental lambda for testbed Planned lambda for e2e service Multi-purpose using of dark fibre Core fibre First mile fibre e2e service n End User 1 IP service Testbed e2e service e2e service n End User X End User Y NREN PoP 2 NREN PoP n End User 2

Towards advanced CEF Networks lighting 16 CEF Networks workshop Prague, May 30th, 2006

Towards advanced CEF Networks lighting 17 CEF Networks workshop Prague, May 30th, 2006 CzechLight December 2005

Towards advanced CEF Networks lighting 18 CEF Networks workshop Prague, May 30th, 2006 Ústí n.L. PoP Central Military Hospital Prague (CMH) CESNET2 CzechLight MHÚL CLA PB01 DWDM MUX/DEMUX Lambda for production IP service Experimental lambda for testbed Planned lambda for e2e service Multi-service connections of hospitals e2e service n Masaryk Hospital Ústí n.L. (MHÚL) CESNET2 CzechLight CMH e2e service n End User X End User Y Praha PoP 130,6 km 29,7 dB 8,8 km 3,8 dB 1 km 0,3 dB

Towards advanced CEF Networks lighting 19 CEF Networks workshop Prague, May 30th, 2006 Acknowledgement l Jan Gruntorád, Miroslav Karásek, Martin Míchal, Václav Novák, Jan Radil, Karel Slavíček, Radek Velc, and Josef Vojtěch from CESNET l All partners from CEF Networks community