Optimizing optical networks with Ekinops DWDM solutions

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Optimizing optical networks with Ekinops DWDM solutions MAY 2010
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Optimizing optical networks with Ekinops DWDM solutions. MAY 2010. SUMMARY. Ekinops Introduction Ekinops 360 Technology Key functions for optimization Conclusion. SUMMARY. Ekinops Introduction Ekinops 360 Technology Key functions for optimization Conclusion. Who is Ekinops. - PowerPoint PPT Presentation

Transcript of Optimizing optical networks with Ekinops DWDM solutions

  • Optimizing optical networks with Ekinops DWDM solutions

    MAY 2010

    Ekinops proprietary information

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

    Key functions for optimization

    ConclusionEkinops proprietary information

    Ekinops proprietary information

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

    Key functions for optimization

    ConclusionEkinops proprietary information

    Ekinops proprietary information

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    Who is EkinopsEkinops proprietary informationPrivate company, founded in 2003Headquarters in Lannion, FranceVery strong regional Telecom expertiseOffices in Paris, UK, Singapore, Thailand, and several in the USAMission: optimize all optical network infrastructuresInnovative provider of Optical transport and Aggregation solutions Up to 80 channels at 10Gb/s - 160 with 40G solUp to 40 channels at 40Gb/s (100G Q4-10)Up to 300km in a single hop with 80 channels>2000km reachBi-directional transm. over single fiber strandComplete solution designed for Metro & Long Haul CWDM & DWDM networksTargets: telecom operators, utilities, banks, enterprise networks, TV/Films companies, broadcasters

    Direct and indirect sellingDeployed over 2000 network elements to dateDynamic Multi-Reach Optical Transport Platform for Metro & Long-Haul networks2,5G / 10G / 40G sConversionTransportTransportAggregationAggregationAggregationConversionAggregationConversionAggregation

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    Ekinops major referencesDeployed Globally infracom

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    Why Ekinops is better at it?The reason is product architecture

    There are 3 ways to design a WDM system:

    Integrate off-the-shelf discrete chips (for each function) and create a system

    Make an ASIC that integrates discrete functions and build a system around it

    Do it all in firmware

    Much lower capital investmentSuperior product cost structureVery fast response to marketBest ROI for the customerup to 3x faster Capital intensive High cost structure Slow response to market Questionable ROI

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    Benefits to the customers

    FastNew products in a few months - BelgacomLogistics, 10G in 5 days for our biggest customer

    FlexibleService-flexible & programmable platform which supports all of todays service types and allows for the adoption of future technologies regardless of the rate Easy integration with already deployed platforms

    Cost effectiveMost competitive CAPEX / OPEXBest ROI: 3x faster per Agarik (Bull Group)We help customers optimize their infrastructure & differentiate & accelerate delivery of new services

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

    Key functions for optimization

    ConclusionEkinops proprietary information

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    Enabling TechnologyT-Chip (Transport on a Chip)Client CardClient Ports, 1 Client Port Per Service (GigE, etc.)Composite Services Over FiberComposite Services Over FiberClient Card ElectronicsBenefits:

    Fully Programmable Allows for creation of new services quickly (Deliver Services Faster)

    Fully Programmable Can be programmed in the field to adapt to new service types (Deliver Services Flexibly)

    Ease of Manufacturing Fewer chips on the board(Deliver Services Faster)

    Lower Power Consumption Fewer chips to draw power (Deliver Services more cost effectively)

    Less Space Cheaper to house equipment (Deliver Services more cost effectively)

    In general, fewer chips = lower cost

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    The Flexibility of the T-ChipBringing Cost Effective Solutions to you Quickly What Client Protocols Does the Application Require?You want Flexible Muxing, FEC, and a Gateway Capability? OK10GigE on the Line Side. We have that covered!A Real Example Created in 4 Months!... Ekinops HD-SDI Video Solution!The Value is in the FIRMware!.... Your Application Optimized for Cost, Delivered Quickly

    Cost Optimize the Hardware Package Size!Ekinops Proprietary informationPage *

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    Ekinops DynaPort TechnologyBroad Mix of Services on a single card, rather than 1 card for each service typePort level selection for service type Ekinops DynaMux TechnologyMultiplex Multiple Service Types Over a Single Wavelength->FE & STM-1 & STM-4 & GbE & GFC & SDI over 1x10G(as opposed to the single protocol muxing solutions offered by other vendors)Ekinops Single Fiber Bi-Directional CapabilityBidirectionnal traffic on a single fiber strand instead of the standard pair, enables better economicsIdeal for fiber constrained environmentsEkinops DynaReach (Dynamic Reach) TechnologyUp to 300km with 80 channels 10Gb/s in a single span with no inline amplifiersEkinops DynaFEC (Dynamic FEC) Technology10-12db Gain as opposed to the 6-8 offered by other suppliers

    Ekinops Enabling Technologies Contributing to optimization of the optical network infrastructureEthernetSONET/SDHVideoTypical VendorMulti-ServicesFiber pairEthernet & SDH & Video & Fiber channel over 1 x10G lambdaSingle fiber strandEthernetSONET/SDHVideoMulti-ServicesEkinopsIn lineAmplifier

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    SNMP based Management SystemEkinops proprietary informationEKINOPS Enabling Technologies (cont.)Multi-Service Aggregation & Transport

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    Ekinops 360 A simple modular approachEkinops proprietary informationPassive chassis AC or DC optionsCarrier Class, NEBSAll modules swappableVery low power consumption

    C360 (6U, 19, 300mm deep)C360s(2U, 19, 300mm deep)One Platform, Two size

    A wide range of common Service Modules

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

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    ConclusionEkinops proprietary information

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    Cost Effective Multiplexing of any mix of service types over a single wavelength or standard serviceMulti-services Aggregation Mix of protocols over the same lambdaReducing the Cost of Infrastructure Using Fewer WavelengthsPage *

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    Chameleon CardPM C1008MP Client side :Up to 8 x Anything: GbE, 1GFC, 2GFC, 4GFC, OC-48/STM-16(3), OC-12/STM-4) or a mix up to 10G of capacity

    Line side : 10G

    Interfaces :Client : 8 x SFP, 1xSFP+ Reserved for FutureLine : OTX, XFP

    DynaFEC (10Db )

    Remote Monitoring Embedded 10Mb/s Data Communication channel

    ProtectionOn board redundant 10G line using OTX or XFP

    Supports ADM capability for each service individually so that services of different types and rates can be added and dropped from a single wavelength. See next slideDrop and continue is supported

    10Gb/sApplications:10G TransportRouter Interconnect Wireless Back HaulResidential Broadband BackhaulTriple PlayDatacenter Interconnect

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    C10088 x anythingGbESTM4STM161/2/4GFC

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    Multi-services Aggregation Example without Chameleon cardFE & STM-1 & STM-4 & GbE & GFC & SDI over 1x10G lambda

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    Multi-services Aggregation Example with Chameleon cardSTM-4 & STM-16 & GbE & GFC over 1x10G lambda

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    Multi-protocol ADMReducing the Cost of Infrastructure using Fewer Wavelengths

    Typical Point to Point Transport Solution

    Multi-Protocol ADMLess Equipment, Better Utilization of your infrastructureLess Equipment = Lower Ongoing Costs (Power)Can be implemented over a wavelength or leased servicePage *

    Aggregation of services without the Ekinops Multi-Protocol ADM takes 2 line cards (source and dest) and 1 wavelength for each service type being aggregated.Aggregation of services with the Ekinops Multi-Protocol ADM takes 1 line card for each site (regardless of number of protocols dropped) and 1 wavelength is shared across all aggregation sites.

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    Multi-Protocol/Rate ADM using the unique card C1008DCMultiple service types and rates can be added and dropped off of a single 10G wavelength shared by multiple sites with only 1 muxponder at each sitePage *

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    Serving Multiple Applications more EfficientlyMore efficiently aggregate traffic from multiple applications using the multi-rate, multi-protocol ADMAnd you can do this on 1 fiber, with fewer amplifiersPage *

    ATM/IP DSLAM2G, 3G, 4G Wireless (TDM/ATM/Ethernet)G.PON, FTTCRouterTDM CoreMPLS CorePrivate Line (TDM)

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    Ethernet ADMEthernet ADM

    Typical Point to Point Transport Solution

    Ethernet Layer 1 ADM SolutionLess Equipment, Better Utilization of your infrastructureLess Equipment = Lower Ongoing Costs (Power)Can be implemented over a wavelength or leased serviceEkinops Proprietary information

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    Multiple Multi-Rate ADM Rings ReplacementCollapse multiple SONET/SDH rings of different rates on 1 wavelength!Ekinops multi-rate, multi-protocol ADM makes this possibleOther vendors require 1 wavelength for each ring if they even have ADM capabilityPage *

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    ADM replacement

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    Stacked 2.5G RingsTraditional approachEKINOPS approach

    Ekinops proprietary information Drop and continue allows for 1 transponder at each site instead of multiple (add and drop) as others would require Bi-Directional Single Fiber further improves fiber use efficiency

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    Daisy Chain in more depthADM on blade approach, enhancedTwo main applications:Add/Drop: Add / Drop of port in a 10G linear chain or in a ringSplit & Select: Provide path protection type for a given port in a 10G linear chain or in a ringMixture of both A&D and S&S allowed, subject to node engineering rulesPrinciple applies to different module in Ekinops portfolioPM 1008DC (8xGbE ports)PM 1004DC (4x STM-16 ports)PM 1004VDC (4x Native Video ports : SDI/HD SDI) and others to come.Following slides illustrates PM 1008DC applicationPage *

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    Exemple for one 10G channel (based on PM 1008DC on fiber pair ring) :Daisy Chain applicationA&D, S&S for GbEPage *

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    GbE Traffic Matrix DistributionPage *

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    Translation in Ring topology

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    10GbE Traffic MatrixPage *

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    Resulting Solution highlight for Metro Access Ring

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    Rack LayoutPage *

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    Add/Drop applicationPage *

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    Split & Select applicationPage *

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    Going the DistanceWithout Inline Amplifiers150km @10GAmp300km with 80 channels @10GAmpAmpOPM > 2,000km Non-Regenerated distance

    No need to maintain interim amp sites for distances of up to 300Km

    Or. Go with cheaper fiber and use our distances to pave the way Submarine links Hosting / Storage / Disaster Recovery 250km with 40 channels @40G

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    Case study long distance

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    Case study long distance

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    Foreign Wavelengths Easy integration with existing systemsEkinops proprietary information Get next generation services utilizing existing equipments already deployed Adding wavelengths to existing DWDM/CWDM systems Works with Huwaei, Cisco, Nortel, E//, ALU etc Easily increase capacity Advantages of EKINOPS solution Any module from Ekinops can be used for adding 10G foreign wavelengths into an existing CWDM and DWDM system

    When transponders are not available for the existing system or are too expensive

    Easy integration with existing suppliers

    Optimized CAPEX

    Ekinops OADMs can be added to increase the capacity of installed base

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    Foreign Wavelengths Case study in France - FREEEkinops proprietary information 600-700 km links in France Ekinops transponders (10G & 40G in trial) connected to Huawei Muxes and Amplifiers Advantages of EKINOPS solution Any module from Ekinops can be used for adding 10G foreign wavelengths into an existing CWDM and DWDM system

    When transponders are not available for the existing system or are too expensive

    Easy integration with existing suppliers

    Optimized CAPEX

    Ekinops OADMs can be added to increase the capacity of installed base

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    Foreign Wavelengths Requirements, what we need to knowEkinops proprietary information Input competitor MUX/DEMUX: Input power range allowed on MUX/DEMUX ?

    Output competitor MUX/DEMUX: Output power range delivered at DEMUX output ? Minimum OSNR delivered on DEMUX output ? (>17dB ?) Maximum residual chromatic dispersion delivered on DEMUX output ? (0..1600ps.nm ?)

    Wavelength Spacing (50GHz, 100GHz ?)

    Wavelength values ?

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    Single Fiber capabilityFor fiber constraints environmentsEkinops proprietary information

    Bi-directional traffic over 1 single fiber strand

    Up to 32 channels at 10 G in each directionUp to 64 channels at 10G using the 40G Muxponder

    DWDM networkOver a pair of fiberDWDM networkOver a single fiberEKINOPSEKINOPSChassis with anOptical Combiner moduleChassis with anOptical Combiner moduleAdvantages of Single Fiber Solution Reduce Opex by Saving Fiber Utilization

    Operational Simplification Less to Manage

    Excellent solution for fiber constrained Environments

    Specific enterprise projects Fiber Network optimization

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    Single fiber : Technical detail (1/3)RM-OM8-BR1/RB1 :The RM-OM8-BR1 is a bi-directional device which Multiplexes eight blue channels (44/45/46/47/48/49/50/51) to the transmit line Demultiplexes eight red channels (30/31/32/33/34/35/36/37) from the receive line. (RB1 do the inverse operation)Ekinops proprietary informationOM8-BR1OM8-RB1

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    Single fiber : Technical detail (2/3)PM OC : The PMOC (-BR or RB) is a bi-directional device which combines:- A RED transmit optical signal and a BLUE receive optical signal on a single line (-RB)OR- A BLUE transmit optical signal and a RED receive optical signal on a single line (-BR)

    Ekinops proprietary informationOC-BROC-RB

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    Single fiber : Technical detail (3/3)Topology example for Single Fiber application :Ekinops proprietary information

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    Single fiber & Multi-services Aggregation Mix of protocols over the same lambdaFE & STM-1 & STM-4 & GbE & GFC & SDI over 1x10G lambda

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    HD-SDI & SD-SDI solutions Native video transportEkinops proprietary informationAdvantages of EKINOPS solution Transport any digital video format : HD-SDI, SD-SDI, ASI + GbE and FE in the same 10G wavelength

    Customers: TV/Video broadcasters, Pre-Post Production companies, Film distributors who all need to work on uncompressed video signals All services over the same fiber/: Video & Ethernet services Auto sense or individually configurable video ports Unidirectional channels: enables for both unidirectional and bidirectional connections Ultimate bandwidth utilization : up to 4x HD/SD SDI +GE over 1x10G

    Transport over extra long distances without signal degradation

    Build large-scale media networks with many different traffic types

    Cost efficient aggregation and transport over long distances (300km without amplification, 2000km with amplifiers)

    IPTV / Video projects Specific enterprise projectsLess than the cost of traditional mechanisms for doing this!

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    VideoApplications, Enterprise/CMS

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    Deliver an uncompressed high definition video signal (HD)

    Broadcasters need to access HD content from studios, live events (Sports, news and political conventions) and post-production companies

    Although transporting SDI and HD SDI can be achieved by compressing these signals, the quality is enhanced when these signals are transported in their uncompressed format.

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    10G LAN PHY to WAN PHY Protocol Gateway

    Transport 10G LAN over SONET/SDH OC-192/STM-64

    10G LAN PHY (10Gb/s) to 10G WAN PHY (9.957G/s)

    DWDM networkOver a pair of fiberAdvantages of EKINOPS solutionSupport any rate between 9.95Gb/s and 10.709Gb/s

    No 10GbE needed on the routers

    Optimized CAPEX and OPEXEKINOPS10GbE LAN10Gb/s WANDWDM networkOver a pair of fiberEKINOPSn x GbE10GbE LAN10Gb/s WANSTMnSDHEkinops proprietary informationSTMnSDH

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    Low Cost Router InterconnectConnect routers over an existing SONET/SDH network or over WDMNo need for an expensive WAN Phy Interface on the router!Cuts Lan Phy to Wan Phy conversion cost by 75%Extremely low cost 10G interconnect made possible by T-ChipLow Cost 40G Interconnect made possible by Wave Bonding100G is on the wayPage *

    RoutersRoutersSONET/SDH or WDM

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    Going the Distance Over Poor FiberInverse Mux Capability

    Transmission of 10G traffic over performance limited fiber

    Transmission of 10G traffic over an existing OC-48/STM-16 network

    Advantages of EKINOPS solution10 G traffic can be easily transported on long distances even when fiber characteristics do not allow plain 10G transport

    If your wavelength requirement is low, buy the cheap stuff

    Utilization of existing fibers and networkEKINOPS10G4 x 2,5GDWDM Network Lambdas at 2.5GMuxEkinops Proprietary informationPage *

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    8 Degree NodeInside a Typical 8 Degree NodePage *

    Ekinops ROADMsScale your investment as you growYou will rarely if ever see one of these!

    Then why are most vendors' ROADMs optimized for this!How Some Vendors do it !

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    East ChannelsWest ChannelsPage *

    Ekinops ROADMsScale your investment as you grow

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    Using 2 Degree ROADM ComponentsUsing 4 Degree ROADM ComponentsUsing 8 Degree ROADM ComponentsPage *

    Ekinops ROADMsScale your investment as you grow

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    Ekinops ROADMsScale your investment as you growDegrees: starts with 2, scales to up to 6Channels: 40 upgradeable to 80Drops: Any 8 consecutive channels scales to 16 channels in 2 groups of 8 consecutive channelsSpacing: 100GHz for 40, 50GHz for 80

    Degrees: starts with 2 scales to up to 6Channels: 40 Upgradeable to 80Drops: 40 Channels Upgradeable to 80 ChannelsSpacing: 100GHz for 40, 50GHz for 80Degrees: starts with 4 upgrades to 8Channels: 80Drops: 80 ChannelsSpacing: 50GHz Allows you to scale your investment as you need the extra drops or degrees Also allows you not to pay the full price for 8 degrees and 80 Add Drops at every ROADM node when the majority of nodes will never need more than a couple of degrees and a few waves Allows you to cost optimize for your application!ROADM 8HROADM 40HROADM 80H4

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    DWDM Network10GThen of course there is cost. Expensive transponders and collateral equipments => Alternative : 40G solution with 10G performances and costsThis is what you really wantPage *

    Ekinops 40G/s solutionHigh performances & low cost

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    Lower rate carriers bonded into the spectrum of 1x native 40G wave Solutions for both 100GHz and 50GHz Spacing

    Compatible with already installed fiber plan

    Same PMD and Dispersion Performance as 10G 1600ps/nm, PMD: 12ps, 48ps DGD, 14dB OSNR

    Same Approximate Distance Performance as 10G At 100GHz, 250km with 40 channels @ 40G without OLA (2200Km with OLAs)

    Low cost 10G drop solution (Dropping 1x10G out of 40G)

    No Interference of Adjacent 10G Waves, no guard band

    Fully tunable for simplicity of sparing and for adaptability to 3rd party filter plans

    Compatible with 3rd party line systems as a foreign wavelength

    4 X 10G Muxponder providing for the highest density system in C-Band, 3.2 Terabits or 320 Channels of 10G

    Much Less than 4 times the cost of 10G

    Finally, a Market Ready 40G Solution

    Ekinops 40G/s solutionPrinciples & AdvantagesPage *

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    40G 100GHz Muxponder ArchitectureFlexible Multiplexing and Add Drop of Lower Rates ServicesThe 40G 100GHz Muxponder utilizes 10G Chameleon Cards to Multiplex virtually any mix of protocols into the 40G line

    Each Chameleon could be a native 10G with no lower rate services or one of the Chameleon cards with the desired multiplexing capabilityChameleon cards can be added one at a time to provide a true "pay as you grow" architecture

    Each Chameleon can be a single slot or double slot depending on the mix of traffic being multiplexed. Single and Double can be mixed.

    With the double wide, each underlying service can be added and dropped (ADM capability supported for each service)Allows for a Multi-Rate, Multi-Protocol ADM into 1 40G Wavelength only requiring 1 transponder at each site

    Does not require separate Multiplexing cards for rates under 10G like other 40G muxpondersReduces hardware costs by more than 50% for complex multiplexing applicationsPage *

    Bonds the WavelengthsEkinops Proprietary information

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    40G 100GHz Muxponder ArchitectureReuse your 10G InvestmentPage *

    Ekinops Proprietary informationDeploy Ekinops 10G transponders and muxponders stand-alone todayReuse those same modules to build a 40G muxponder!

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    Very Low Power ConsumptionPage *

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    Co-LocationLow Power Utilization, GreenService Modules:

    10Gig XPonder 10.0 W2.5 Gig Aggregator 38.0 W5 X 2 Gig FC24.5 W8 X GigE24.5 W

    Example:

    Ekinops 360 Large ChassisAmplifier (1)Service Channel (1)1+1 Protection (1)4 x 2.5Gig Aggregator (2) 8 2.5Gigs10Gig (3) 3 10 GigEs8 x GigE (2) 16 GigEs

    Power = 32.5 + 7.0 + 3.0 + (2 x 38.0) + (3 x 10.0) + (2 x 24.5) = 197.5 Watts = 4.2 AmpsEkinops Proprietary informationPage *

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    Very Low Power Consumption Example of 32x10Gbps DWDM SystemCompactLow Power < 500 Watt per siteEnd to End ManagedSingle Fiber

    32 watt per 10Gbps wave !!Competition > 120 Watts

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    SNMPSNMP V2cPrivate MIBs:One MIB for the management unitOne MIB per moduleRMON available on 1008Easy integration in any SNMP based NMSRead & Write FCAPS capabilitiesEkinops Element ManagerEkinops MPSN

    CLIStandard text commands RS232 physical interfaceSecured SSH interfaceComprehensive set of commandsOnline help

    Web Based Craft Terminal : Remote web based management accessProvides Alarms, control, configuration, inventory, monitoring and administration User friendly, graphical representation of SNMP objectsInterfaces with SNMP agentRequirements:Web browser (IE, Mozilla, Netscape)Java runtime environment (JRE)

    Very easy management Web based Craft TerminalEkinops Proprietary informationPage *

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    KEY FEATURES & BENEFITSScalable, Distributed Architecture (Supports Distributed Polling)Email/Pager Event Notification Can be used for generic management of 3rd party devicesComprehensive Performance Data logging and trendingComprehensive Performance Reporting Live/Standby Servers with automatic failover Runs as Windows Service Real-time MIB Displays /BrowserProgramming & Scripting Interfaces Ekinops SNMP Element ManagerEkinops Proprietary informationPage *

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    Ekinops Multi-Protocol Service and Network Manager (MPSN)KEY FEATURES & BENEFITSCarrier Class, Redundant Management Platform database and applications via clusteringSingle Management System for all protocols and ratesReduced Capital Expense through better inventory managementFeature level Security AuthorizationFull Fault, Configuration, Accounting, Performance, and Security ManagementReduced cost of operations through end to end network and service level managementEnd to End Service ProvisioningService Level Fault IsolationCorrelation of customers to services for quick isolation of Effected CustomersBulk NE Configuration and Operator Login Management

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

    Examples of Applications

    ConclusionEkinops proprietary information

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    SUMMARYEkinops Introduction

    Ekinops 360 Technology

    Examples of Applications

    ConclusionEkinops proprietary information

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    Metro & Long Haul networksMulti Service Aggregation (Eth, SDH, Video, Fiber Channel)DSLAM/FTTX Back-HaulingVideo transport projectsWireless Back-Haul10 LAN-WAN PHY conversionSingle fiber transportExtra Long distancesTransport over poor fibersTransport over submarine links Hosting / StorageDisaster RecoveryEnterprise Private Build

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    Great optimization of the optical infrastructureFast Flexible Cost Effective Key capabilities for optimization of the optical infrastructureRobust Muxing Capability for Multiple Protocols (FE/GE/10GE, SDH/Sonet, Fiber Channel, Video)Very long distances without regeneration/in-line amplificationScalable 40G solution, compatible with 10GScalable ROADM solutionMulti-protocol Add/Drop mode for reducing number of wavelengthsSingle fiber solution, bi-directional traffic DWDM solutionHD Video aggregation & transportFirst & only stand-alone 10G LAN PHY to WAN PHY protocol conversionEasy integration with existing deployed equipmentsFast & easy to install Standard SNMP & CLIFast ramp up time and short training

    Why customers purchase Ekinops SolutionEkinops proprietary information

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    *******We replace multiple pieces of equipment with one box all in oneBleeding edge techno: FEC, T chip, 40GBelgacom: why us?**Add Modular Design mix and match chain together cards. Tie this to the programmable line side

    Talk to convergence in the actual slide. I talked about it but it is not in the slide***********************************************************