Josef Vojtěch, Miroslav Karásek, Jan Radil www.ces.net Field and lab experiences with deployment of optical amplifiers and FBGs.

Slides:



Advertisements
Similar presentations
CESNET a.l.e. Czech Educational and Scientific Network June 4, 2002Development of the CESNET2 Optical Network1 Lada Altmannová Stanislav.
Advertisements

Vladimír Smotlacha, CESNET Accurate Time Transfer over Optical Network 6 th CEF Networks Workshop Prague 13 September 2010.
Josef Vojtěch Lada Altmannová, Miloslav Hůla, Jan Radil Stanislav Šíma, Pavel Škoda R&E Network in the Czech Republic Single Fibre Bidirectional.
Simultaneously Stokes and anti-Stokes Raman amplification in silica fiber Victor G. Bespalov Russian Research Center "S. I. Vavilov State Optical Institute"
Crosstalk in WDM Systems Paul G. Eitner ECEE March 2003.
CESNET Research Department CEF Networks lighting: search for equipment Stanislav Sima November 23th, 2004.
SMUCSE 8344 Optical Networks Introduction. SMUCSE 8344 Why Optical? Bandwidth Low cost ($0.30/yard) Extremely low error rate ( vs for copper.
May 16, 2006TERENA Networking Conference 2006, Catania, Italy1 Parametric Amplification and Multiple Wavelength Conversion in HNLF: Experimentation and.
Jan Gruntorád Managing Director CESNET Czech Republic Copenhagen, October 23-24,2003 Customer Empowered Fibre Networks - CESNET Experience.
July 6, 2005ICTON 2005, Barcelona, Spain1 Extending the reach of 10 GE at 1310 nm Josef VOJTĚCH, Miroslav KARÁSEK, Jan RADIL Motivation Configuration of.
Customer Empowered Optical Networks - CESNET´s Approach Jan Gruntorád, Stanislav Šíma CESNET, z.s.p.o. Czech Republic Internet2 Member Meeting Arlington,
CESNET Research Department CEF Networks lighting Stanislav Sima October 18th, 2004.
1 Improving Chromatic Dispersion Tolerance in Long-Haul Fibre Links using Coherent OOFDM M. A. Jarajreh, Z. Ghassemlooy, and W. P. Ng Optical Communications.
Wide Area Networks : Backbone Infrastructure Ian Pratt University of Cambridge Computer Laboratory.
SKA and Optical Fibre Links R.E. Spencer JBO Dec 2001 Fibre links Fibre optics and link design Array configurations Cost implications.
STUDY OF AMPLIFICATION ON ERBIUM DOPED FIBER AMPLIFIER Lita Rahmasari, Assoc. Prof. Dr. Yusof Munajat, Prof. Dr. Rosly Abdul Rahman Optoelectronics Laboratory,
Poznan Supercomputing and Networking Center
CESNET a.l.e. Czech Educational and Scientific Network Long distance fiber connections in NREN, TF-NGN 1October 18, 2002 Long distance fiber.
NAME: Tirza Hardita NPM: A SIMULATION TOOLS TO AID THE DESIGN OF DWDM NETWORK.
Jan Radil, Josef Vojtěch, Miloslav Hůla Open Transmission and Switching Systems (CL Family)
Research Department Towards a Nation-wide Fibre Footprint in Research and Education Networking Lada Altmannova Stanislav Sima Rhodes June 9th,
Application of All-Optical Signal Regeneration Technology to Next-Generation Network (NGN) Mikio Yagi, Shiro Ryu (1), and Shoichiro Asano (2) 1: Laboratories,
Dense Wavelength Division Multiplexing (DWDM) Technology
Ultra-high-speed all-optical networking technologies for next generation networking Mikio Yagi, Shiro Ryu (1), and Shoichiro Asano (2) 1: Information and.
Lit fibre service Lada Altmannová CESNET Praha, September 19th, 2007.
Open Photonic Devices in CEF Networks Stanislav Sima CESNET
Fotonica in SURFnet6 Wouter Huisman Netwerkdiensten, SURFnet.
Valentino Cavalli Workshop, Bad Nauheim, June Ways and means of seeing the light Technical opportunities and problems of optical networking.
April 19-21, 2004 Internet 2 member meeting, Arlington, Virginia1 Experiments with 10 GE long-haul transmissions in academic and research networks Jan.
CESNET Research Department Introduction to technology testing Stanislav Sima Paris, November 2nd, 2004 (revised November 4th, 2004)
May 19-22, 2003 TERENA Networking Conference Zagreb, Croatia1 Optically Amplified Multigigabit Links in CESNET2 network Jan Radil Leoš Boháč Miroslav Karásek.
How CESNET Got Access to Dark Fibres Jan Gruntorád Managing Director CESNET Czech Republic SERENATE NREN Workshop February 4 – 5, 2003.
1 Razali Ngah, and Zabih Ghassemlooy Optical Communication Research Group School of Engineering & Technology Northumbria University, United Kingdom http:
Open transmission systems in CESNET2 and CBFs Lada Altmannová CESNET Praha, September 13th, 2010.
PIONIER – fiber based NREN from an idea to the fact Artur Binczewski, Michał Przybylski, Maciej Stroiński artur | michalp | TERENA.
Josef Vojtěch, Miroslav Karásek, Jan Radil ALL-OPTICAL CHROMATIC DISPERSION COMPENSATION IN LONG-HAUL TRANSMISSION OVER 225km – WITH NO INLINE.
Research Department Workshop on CEF-Networks Development of CEF networks design Stanislav Sima Lada Altmannova Prague May 17th, 2005.
Josef Vojtěch, Stanislav Šíma, Lada Altmannová, Miloslav Hůla, Jan Radil, Pavel Škoda Sharing of Fibers by Transmission Systems Open Photonic.
An Approach to Flatten the Gain of Fiber Raman Amplifiers with Multi- Pumping By: Dr. Surinder Singh Associate Professor Electronics & Communication Engg.
Miroslav Karásek, Jan Radil, Josef Vojtěch Optical amplifiers in CzechLight and CESNET2.
Lecture Note on Optical Components. Optical Couplers Combines & splits signals Light couples from one waveguide to a closely placed waveguide because.
Miroslav Karásek Jiří Kaňka Pavel Honzátko Josef Vojtěch Jan Radil 40 Gb/s Multi-Wavelength Conversion Based on Nonlinear Effects in HNLF.
Optical telecommunication networks.  Introduction  Multiplexing  Optical Multiplexing  Components of Optical Mux  Application  Advantages  Shortcomings/Future.
CEF Networks workshop Prague, May 30th, 2006 Towards advanced CEF Networks lighting Stanislav Šíma, Lada Altmannová czechlight.cesnet.cz Research.
SEEFIRE The SEEFIRE project is co-funded by the European Commission under the FP6 IST contract no Fibre lease contracts (CESNET.
Josef Vojtěch, Jan Radil josef.vojtech cesnet.cz Transparent all optical switching devices in CESNET.
Jan Radil, Stanislav Šíma Customized Approaches to Fibre-based E2E Services.
Miroslav Karásek Pavel Peterka Jan Radil 1O GE long-haul transmissions without in-line EDFAs.
Josef Vojtěch, Stanislav Šíma, Jan Radil, Lada Altmannová Dark Fibre Facilities for Research and Experimentation.
Dark Fibres in European NRENs Lada Altmannová CESNET Salt Lake City, April 4th, 2007.
4th International Workshop on Open Access, Stockholm, December 13th, 2006 East Europan Leapfrogging Stanislav Šíma czechlight.cesnet.cz Open.
CESNET Association and CESNET2 Network Jan Gruntorád Managing Director CESNET Member of the DANTE Board of Directors Member of the GN2 Executive Committee.
The University of Kansas / ITTC Lightwave System Modeling at the Lightwave Communication Systems Laboratory Information and Telecommunications Technology.
May 10-11, th TF - NGN Meeting, Amsterdam, Netherlands1 Experiments on optical layer and breakable research networks Jan Radil
Research Department CzechLight testbed Lada Altmanová Jan Radil Stanislav Šíma Josef Vojtěch GN2 APM meeting, Prague February 24th, 2005.
Jan Radil, Josef Vojtěch, Miroslav Karásek Innovative Devices for Dark Fibre Networks.
Improvements in Customer Empowered Fibre Networks Stanislav Šíma CESNET 4th CEF Networks workshop Prague 2007.
Design of Lightwave Communication Systems and Networks
CWDM
Photonic Telecommunication Systems College of Optical Sciences University of Arizona Ismail Emre Araci Industrial Affiliates.
February 2-4, 2004ONDM 04, Ghent, Belgium1 All-optical gain-controlled lumped Raman fibre amplifier Miroslav Karásek Jiří Kaňka Pavel Honzátko Jan Radil.
Vladimír Smotlacha, CESNET Alexander Kuna, IPE Time and Frequency Transfer in All-optical Network TNC 2011 Prague 17 May 2011.
Optical networking in CESNET Jan Radil, Stanislav Šíma, Lada Altmanová
Design and Simulation of Photonic Devices and Circuits
MICROSENS GmbH & Co. KG Kueferstr Hamm / Germany
Further Fibre Capacity Increase for Accommodation of New Services
Procurement and lighting of dark fibre
S OPTICAL COMMUNICATIONS AND INSTRUMENTS
Jan Radil Miroslav Karásek
Future of passive multiplexing
Presentation transcript:

Josef Vojtěch, Miroslav Karásek, Jan Radil Field and lab experiences with deployment of optical amplifiers and FBGs

May 30, 2006 CEF Workshop Praha, Czech Republic 2 Field and lab experiences with optical amplifiers and FBGs Outline Motivations Laboratory experiments Field Deployment (+ planned) Conclusions Warning 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.

May 30, 2006 CEF Workshop Praha, Czech Republic 3 Utilization of dark fibres – CEF networks (the first DF line lighted by CESNET in 1999, 2.5 Gb/s PoS) National Research and Educational Networks (NRENs) rely on leased dark fibres and prefer to have no active components between the transmitter and the receiver Repeater-less or better Nothing-in-line (NIL) approach Cost effective deployment of multi-gigabit lines (N x 10 GE) Single fibre bidirectional N x 10 GE transmission Field and lab experiences with optical amplifiers and FBGs Motivations

May 30, 2006 CEF Workshop Praha, Czech Republic 4 1GE NIL 300 km G.652 (EDFA only) 325 km G.652 (EDFA + Raman) 10GE NIL 2x10G+2x1G WDM 202km G.652 (EDFA + DCF) 2x10G WDM 250km G.652 (EDFA + Raman + DCF) 10G DWDM 302 km G (EDFA + Raman) Field and lab experiences with optical amplifiers and FBGs Laboratory Experiments I

May 30, 2006 CEF Workshop Praha, Czech Republic 5 Field and lab experiences with optical amplifiers and FBGs 2 x 10G + 2 x 1G NIL WDM 200km G.652

May 30, 2006 CEF Workshop Praha, Czech Republic 6 Field and lab experiences with optical amplifiers and FBGs 2 x 10G WDM NIL 250km G.652

May 30, 2006 CEF Workshop Praha, Czech Republic 7 Field and lab experiences with optical amplifiers and FBGs 10G DWDM NIL 302km G.655+G.652 EDFA 2 EDFA km G km G.652 Tx Rx Raman pump 10GE 1550,12 nm Rx Tx OF1OF2 Simulation of real line No CD compensation at all due to NZDSF

May 30, 2006 CEF Workshop Praha, Czech Republic 8 10GE NIL 8x10G DWDM 250km G.652 (EDFA + FBGs) 10GE NIL bidirectional (single fibre) transmission 2x4x10G 210km G.652 (EDFA + FBGs) Field and lab experiences with optical amplifiers and FBGs Laboratory Experiments II

May 30, 2006 CEF Workshop Praha, Czech Republic 9 Field and lab experiences with optical amplifiers and FBGs 8 x 10G DWDM 250km G.652 Tx1 MUX Tx8.... EDFA 1EDFA 2 FBG Rx1 Rx km G.652 DEMUX Optical spectrum of multiplexed channels before amplification Input spectrum and „eye“ diagram at Rx 7 input

May 30, 2006 CEF Workshop Praha, Czech Republic 10 Field and lab experiences with optical amplifiers and FBGs 2 x 4 x 10G DWDM 210km G.652 Tx1 MUX 1 Tx4 EDFA 1EDFA 2 Tx5 Tx8 210 km G.652 MUX 2 FBG 1FBG 2 Rx1Rx8Rx5Rx4 EDFA 3EDFA 4 DEMUX 2DEMUX 1 λ 1 +λ 2 +λ 3 +λ 4 λ 5 +λ 6 +λ 7 +λ 8 λ 5 +λ 6 +λ 7 +λ 8 λ 5 +λ 6 +λ 7 +λ 8 λ 1 +λ 2 +λ 3 +λ 4 λ 1 +λ 2 +λ 3 +λ 4

May 30, 2006 CEF Workshop Praha, Czech Republic 11 Field and lab experiences with optical amplifiers and FBGs 2 x 4 x 10G DWDM 210km G.652 Optical power at the output of MUX 1Optical power at the output of MUX 2

May 30, 2006 CEF Workshop Praha, Czech Republic 12 Field and lab experiences with optical amplifiers and FBGs 2 x 4 x 10G DWDM 210km G.652 Optical power at the output of EDFA 3Optical power at the output of MUX 2

May 30, 2006 CEF Workshop Praha, Czech Republic 13 Field and lab experiences with optical amplifiers and FBGs 2 x 4 x 10G DWDM 210km G.652 Eye diagram of the transmitter - DWDM XENPAK Eye diagram recorded at the input of Rx1

May 30, 2006 CEF Workshop Praha, Czech Republic 14 1GE NIL 189 km G.652 Praha – Pardubice CESNET2 since May km G.652 Brno – Ostrava CESNET2 since June GE 1(8 ready) x 10G DWDM 298km G Praha - Brno CzechLight (no CD comp.) since May (4 ready) x 10G DWDM NIL 190 km G.652 CBF Brno-CESNET2 Bratislava-SANET (FBGs) since Feb 2006 Field and lab experiences with optical amplifiers and FBGs Field deployment

May 30, 2006 CEF Workshop Praha, Czech Republic 15 Field and lab experiences with optical amplifiers and FBGs 4 x 10 GE DWDM CBF Brno - Bratislava

May 30, 2006 CEF Workshop Praha, Czech Republic 16 Field and lab experiences with optical amplifiers and FBGs planned up to 8 x 10 GE DWDM Brno – Vienna CBF between Brno-CESNET2 and Vienna-ACONET (last side of triangle) Approximate length over 220 km of G.652 fiber (attenuation about 65 dB) Real challenge – NIL (Raman amplification necessary) CESNET Brno SANET Bratislava ACONET Vienna 190 km 108 km 220 km Czech Rep. Slovakia Austria

May 30, 2006 CEF Workshop Praha, Czech Republic 17 Field and lab experiences with optical amplifiers and FBGs Conclusions I Thanks to persistent technology progress - lighting of dark fibers is getting easier and easier If static DWDM multiplex at 10 G is enough – you need only: fibres, transceivers, (amplifiers) and passives Note: Exact setup and component needs depend on parameters as transceivers, fibre types, attenuation, etc.

May 30, 2006 CEF Workshop Praha, Czech Republic 18 Field and lab experiences with optical amplifiers and FBGs Conclusions I cont.

May 30, 2006 CEF Workshop Praha, Czech Republic 19 Field and lab experiences with optical amplifiers and FBGs Conclusions I cont.

May 30, 2006 CEF Workshop Praha, Czech Republic 20 Field and lab experiences with optical amplifiers and FBGs Conclusions II Not only higher transmission speeds but reconfigurability and all-optical signal processing also becoming more important Present generation of systems (ROADMs, WSSs, OXCs) For next generation - deployment and development and of new components (wavelength and NRZ/RZ conversions, pure optical OOO regenerators) Especially important (in our opinion) for academic and research community

May 30, 2006 CEF Workshop Praha, Czech Republic 21 [1] Karásek, M. - Peterka, P. - Radil, J., „202 km repeaterless transmission of 2 x 10 GE plus 2 x 1 GE channels over standard single mode fibre. “, In: Optics Communications 235, pp , [2] Karásek, M. - Peterka, P. - Radil, J., „Repeaterless Transmission of 2 x 10 GE Channels over 252 km of Standard Single Mode Fibre without in-line EDFA “, In: IEEE J. on Selected Areas in Communications, sfp, [3] Radil, J. - Karásek, M., „Experiments with 10 GE long-haul transmissions in academic and research networks.“, In: I2 member meeting, Arlington, VA, [4] Altmanová L., Radil J., Šíma S., Vojtěch J., „CzechLight testbed“. In: GN2 APM meeting, Praha, Czech Republic, February Field and lab experiences with optical amplifiers and FBGs References

May 30, 2006 CEF Workshop Praha, Czech Republic 22 Field and lab experiences with optical amplifiers and FBGs Acknowledgement Lada Altmanová, Jan Gruntorád, Martin Míchal, Václav Novák, Stanislav Šíma

May 30, 2006 CEF Workshop Praha, Czech Republic 23 Field and lab experiences with optical amplifiers and FBGs Thank you for your attention! Q&A