Transcript Ekinops 360 - alora

Optimizing optical networks
with Ekinops DWDM solutions
MAY 2010
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Key functions for optimization
 Conclusion
Ekinops proprietary information
Page 2
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Key functions for optimization
 Conclusion
Ekinops proprietary information
Page 3
Who is Ekinops

Private company, founded in 2003

Headquarters in Lannion, France

Optical Transport Platform
Very strong regional Telecom expertise

Offices in Paris, UK, Singapore, Thailand,
and several in the USA

Mission: optimize all optical network
infrastructures

Innovative provider of Optical transport
and Aggregation solutions




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Dynamic Multi-Reach
Up to 80 channels at 10Gb/s - 160 with 40G sol
Up to 40 channels at 40Gb/s (100G Q4-10)
Up to 300km in a single hop with 80 channels
>2000km reach
Bi-directional transm. over single fiber strand
for Metro & Long-Haul networks
Transport
Aggregation
Conversion
Aggregation
Ethernet
FE/GE/10GE/40GE
Ethernet
FE/GE/10GE/40GE
2,5G / 10G / 40G λs
Conversion
80 ch x 10G
40 ch x 40G
Aggregation


Complete
solution
designed
for
Metro & Long Haul CWDM & DWDM
networks
Conversion
Transport
Aggregation
HD/SD-SDI
Targets: telecom operators, utilities,
banks, enterprise networks, TV/Films
companies, broadcasters

Direct and indirect selling

Deployed over 2000 network elements to
date
2,5G / 10G / 40G λs
Ethernet : FE/GE/10GE/40GE
SDH : STM1/4/16/64
FC/GFC
Aggregation
Ekinops proprietary information
Page 4
Ekinops major references
Deployed Globally
infracom
Page 5
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Key functions for optimization
 Conclusion
Ekinops proprietary information
Page 8
Enabling Technology
T-Chip (Transport on a Chip)
Client Card
Client Card Electronics
Client Ports, 1 Client
Port Per Service (GigE,
etc.)
Benefits:
Composite
Services Over
Fiber
Composite
Services Over
Fiber
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
Page 9
Ekinops Proprietary information
The Flexibility of the T-Chip
Bringing Cost Effective Solutions to you Quickly
Client Protocols:
• Ethernet
• SONET/SDH
• Fiber Channel
Line
Protocols:
• Flexible
Multiplexing
• SONET/SDH
• OTN
• Generic Gateway
• Ethernet
• ESCON
• Video (HD-SDI,
SD-SDI, ASI)
• Future
T-Chip
Capabilities:
• Forward Error
Correction
• Proprietary
• Add-Drop
• 2.5Gig
Cost Optimize the Hardware• 10 Gig
• 40 Gig
Package Size!
• Future





• Future
What Client Protocols Does the Application Require?
You want Flexible Muxing, FEC, and a Gateway Capability?… OK
10GigE 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
Page 10
Page 10
Quickly
Ekinops Proprietary information
Ekinops Enabling Technologies
Contributing to optimization of the optical network infrastructure
Ethernet
SONET/SDH
Multi-Services
Ethernet
SONET/SDH
Ethernet & SDH & Video & Fiber channel over 1 x10G lambda
Single fiber strand In line
Amplifier
Fiber pair
Video
Fiber Channel
Ethernet
SONET/SDH
Multi-Services
Video
Video
500 Km
Typical
Ekinops
Vendor
 Ekinops DynaPort Technology


Broad Mix of Services on a single card, rather than 1 card for each service type
Port level selection for service type
 Ekinops DynaMux Technology

Multiplex 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 Capability


Bidirectionnal traffic on a single fiber strand instead of the standard pair, enables better economics
Ideal for fiber constrained environments
 Ekinops DynaReach (Dynamic Reach) Technology

Up to 300km with 80 channels à 10Gb/s in a single span with no inline amplifiers
 Ekinops DynaFEC (Dynamic FEC) Technology

10-12db Gain as opposed to the 6-8 offered by other suppliers
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EKINOPS Enabling Technologies (cont.)
Multi-Service Aggregation & Transport
Aggregation
Optical multiplexing
SONET/SDH
Fiber Channel
Video
STM-1/OC-3
STM-4/OC-12
STM-16/OC-48
STM-64/OC-192
STM-256/OC-768
100G (2010)
1GFC
2GFC
4GFC
8GFC
10GFC
ESCON - FICON
HD-SDI (1,5G & 3G )
SD-SDI
ASI
Amplification
CWDM / DWDM
Ethernet
FE, GbE
10GbE LAN
10GbE WAN
40G, 100G(2010)
80 channels @10G
300 km without repeaters,
>2000 km with repeaters
------------------------------------------------
40 channels @ 40G
250 km without repeaters,
>2000 km with repeaters
Ekinops 360
C360 (6U)
SNMP based Management System
Ekinops proprietary information
C360s (2U)
Page 12
Ekinops 360
A simple modular approach
 One Platform, Two size
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C360
Passive chassis
AC or DC options
Carrier Class, NEBS
All modules swappable
Very low power consumption
C360s
(6U, 19”, 300mm deep)
(2U, 19”, 300mm deep)
 A wide range of common Service Modules
Ekinops proprietary information
Page 13
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Key functions for optimization
 Conclusion
Ekinops proprietary information
Page 14
Multi-services Aggregation
Mix of protocols over the same lambda
Reducing the Cost of Infrastructure Using Fewer Wavelengths
The Old Way
Ethernet
Another Alternative
from Ekinops
SONET/SDH
HD-Video
Newer Technology:
CHAMELEON Card
Each Port Programmed to different
protocols, different rates
 Cost Effective Multiplexing of any mix of service types
over a single wavelength or standard service
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Chameleon Card
PM 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

Applications:
Line side :
 10G

Interfaces :
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
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10G Transport
Router Interconnect
Wireless Back Haul
Residential Broadband Backhaul
Triple Play
Datacenter Interconnect
 Client : 8 x SFP, 1xSFP+ Reserved for Future
 Line : OTX, XFP
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
8 x anything
GbE
STM4
STM16
1/2/4GFC
DynaFEC (10Db )
Remote Monitoring
C1008
10Gb/s
 Embedded 10Mb/s Data Communication channel

Protection
 On 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 slide
Drop and continue is supported
Ekinops Proprietary information
Page 1616
Page
Multi-services Aggregation
Example without Chameleon card
Site 1
STM1
STM1
STM1
STM1
PM
124DC
STM4
PM
124DC
FE
FE
FE
FE
PM
124DC
SDI
SDI
SDI
PM
123V
GbE
GbE
GbE
GbE
GbE
GbE
GFC
GFC
Site 2
PM
1008
10Gb/s
10Gb/s
M
U
X
1 pair of fiber
PM
1008
M
U
X
1λ at 10G
(up to 80λ)
GbE
GbE
GbE
GbE
GbE
GbE
GFC
GFC
PM
124DC
STM1
STM1
STM1
STM1
PM
124DC
STM4
PM
124DC
FE
FE
FE
FE
SDI
PM
123V
SDI
SDI
FE & STM-1 & STM-4 & GbE & GFC & SDI over 1x10G lambda
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Multi-services Aggregation
Example with Chameleon card
Site 1
GbE
GbE
STM4
STM4
STM16
GbE
GFC
GFC
Site 2
PM
1008
10Gb/s
10Gb/s
M
U
X
1 pair of fiber
PM
1008
GbE
GbE
STM4
STM4
STM16
GbE
GFC
GFC
M
U
X
1λ at 10G
(up to 80 )
STM-4 & STM-16 & GbE & GFC over 1x10G lambda
Page 18
Multi-protocol ADM
Reducing the Cost of Infrastructure using Fewer Wavelengths
 Typical Point to Point Transport Solution
 Multi-Protocol ADM
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.
Less Equipment, Better Utilization of your infrastructure
Less Equipment = Lower Ongoing Costs (Power)
Can be implemented over a wavelength or leased service
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Multi-Protocol/Rate ADM using
the unique card C1008DC
 Multiple 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
site
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Serving Multiple Applications
more Efficiently
Router
ATM/IP
DSLAM
MPLS Core
2G, 3G, 4G Wireless
(TDM/ATM/Ethernet)
G.PON, FTTC
Private Line
(TDM)
TDM Core
 More efficiently aggregate traffic from multiple applications using
the multi-rate, multi-protocol ADM
 And you can do this on 1 fiber, with fewer amplifiers
Page 21
Ekinops proprietary information
Page 21
Going the Distance
Without Inline Amplifiers
 Submarine links
 Hosting / Storage
/ Disaster Recovery
90km+ @10G
Amp
150km @10G
OPM
Amp
Amp
300km with 80 channels @10G
250km with 40 channels @40G
• > 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
Page 34
Case study long distance
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Case study long distance
Page 36
Foreign Wavelengths
Easy integration with existing systems
 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
Ekinops proprietary information
Page 37
Foreign Wavelengths
Case study in France - FREE
 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
Ekinops proprietary information
Page 38
Foreign Wavelengths
Requirements, what we need to know
• 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 ?
Ekinops proprietary information
Page 39
Single Fiber capability
For fiber constraints environments
Bi-directional traffic over 1 single fiber strand
 Specific enterprise projects
 Fiber Network optimization
Up to 32 channels at 10 G in each direction
Up to 64 channels at 10G using the 40G Muxponder
Advantages of Single Fiber
Solution
 Reduce Opex by Saving
Fiber Utilization
DWDM network
Over a pair of fiber
 Operational Simplification
• Less to Manage
EKINOPS
Chassis with an
Optical Combiner module
EKINOPS
DWDM network
Over a single fiber
 Excellent solution for fiber
constrained Environments
Chassis with an
Optical Combiner module
Ekinops proprietary information
Page 40
HD-SDI & SD-SDI solutions
Native video transport
 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/λ: Video & Ethernet services
 IPTV / Video projects
 Specific enterprise projects
Advantages of
EKINOPS solution
 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 1x10Gλ
 Transport over extra long
distances without signal degradation
 Build large-scale media networks
with many different traffic types
Less than ½ the cost of traditional
mechanisms for doing this!
Ekinops proprietary information
Cost efficient aggregation and
transport over long distances
(300km without amplification,
2000km with amplifiers)
Page 45
Video
Applications, Enterprise/CMS

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.
Page 46
Ekinops proprietary information
Page 46
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
EKINOPS
10GbE
LAN
SDH
n x GbE
SDH
STMn
10Gb/s
WAN
DWDM network
Over a pair of fiber
STMn
10GbE
LAN
(9.957G/s)
EKINOPS
Advantages of
EKINOPS solution
Support any rate between
9.95Gb/s and 10.709Gb/s
No 10GbE needed on the
routers
10Gb/s
WAN
DWDM network
Over a pair of fiber
Ekinops proprietary information
 Optimized CAPEX and
OPEX
Page 47
Going the Distance Over Poor Fiber
Inverse Mux Capability
 Transmission of 10G traffic over performance limited
fiber
Transmission of 10G traffic over an existing OC-48/STM16 network
Advantages of
EKINOPS solution
10 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
network
EKINOPS
10G
4 x 2,5G
Mux
DWDM Network
Lambdas at 2.5G
Ekinops Proprietary information
Page 4949
Page
Ekinops ROADMs
Local
Add/Drop
2 Deg WSS
8
2 Deg WSS
West Channels
North Channels
Scale your investment as you grow
East Channels
28 Deg WSS
Page 51
Local
Add/Drop
Local
Add/Drop
Local
Add/Drop
2 Deg WSS
28 Deg
Deg WSS
WSS
2 Deg WSS
8
2 Deg WSS
South Channels
2 Deg WSS
Page 51
Ekinops ROADMs
Scale your investment as you grow
ROADM 8H
 Degrees: starts with 2, scales to up to 6
 Channels: 40 upgradeable to 80
 Drops: Any 8 consecutive channels scales to 16 channels in 2
groups of 8 consecutive channels
 Spacing: 100GHz for 40, 50GHz for 80
ROADM 40H


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
Degrees: starts with 2 scales to up to 6
Channels: 40 Upgradeable to 80
Drops: 40 Channels Upgradeable to 80 Channels
Spacing: 100GHz for 40, 50GHz for 80
ROADM 80H4




Degrees: starts with 4 upgrades to 8
Channels: 80
Drops: 80 Channels
Spacing: 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!
Page 53
Ekinops 40G/s solution
High performances & low cost
DWDM Network
10G
The issue with past 40G solutions
40G
40G
10G
This is what you really want
10G/40G
Then of course there is cost…. Expensive transponders and collateral equipments
=> Alternative : 40G solution with 10G performances and costs
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Ekinops 40G/s solution
Principles & Advantages
 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 3 rd 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
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40G 100GHz Muxponder Architecture
Flexible Multiplexing and Add Drop of Lower Rates Services

The 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 capability


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)

Bonds the
Wavelengths
Chameleon cards can be added one at a time to
provide a true "pay as you grow" architecture

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 muxponders

Reduces hardware costs by more than 50% for
complex multiplexing applications
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Ekinops Proprietary information
40G 100GHz Muxponder Architecture
Reuse your 10G Investment
Deploy Ekinops 10G transponders and
muxponders stand-alone today
Reuse those same modules to build a
Page 57
40G muxponder!
Page 57
Ekinops Proprietary information
Very Low Power Consumption
Module
C360S 2U (with MNGT)
C360 6U (with MNGT)
PM OC - Optical Combiner
PM404 - Multirate Transponder (GE, GFC, 2GFC, 4 GFC, STM-16)
PM 1001LH - 10G Transponder with FEC /DCC
PM 1001RR - 10G Transponder
PM253/254 - 2GE/GFC over 2.5G Muxponder
PM 1008 - 8xGE over 10G Muxponder
PM 1004 - 4 xSTM-16 over 10G Muxponder
PM 1005 - 5x2GFC/GFC/GE over 10G Muxponder
PM124
OM4
PM OABP
PM OABP
consumption
(Watt)
15.5
32.5
0
15
24.5
10
15
24.5
34
24.5
15
0
2
4
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Co-Location
Low Power Utilization, Green
Service Modules:
Example:

Ekinops 360 Large Chassis

Amplifier (1)

Service Channel (1)

1+1 Protection (1)

4 x 2.5Gig Aggregator (2) – 8 2.5Gigs

10Gig (3) – 3 10 GigEs

8 x GigE (2) – 16 GigEs
Power

10Gig XPonder
10.0 W

2.5 Gig Aggregator
38.0 W

5 X 2 Gig FC
24.5 W

8 X GigE
24.5 W
= 32.5 + 7.0 + 3.0 + (2 x 38.0) + (3 x 10.0) +
(2 x 24.5)
= 197.5 Watts
= 4.2 Amps
Ekinops Proprietary information
Page 5959
Page
Very easy management

SNMP








CLI






Web based Craft Terminal
 SNMP V2c
 Private MIBs:
One MIB for the management unit
One MIB per module
RMON available on 1008
Easy integration in any SNMP based NMS
Read & Write FCAPS capabilities
Ekinops Element Manager
Ekinops MPSN
Standard text commands
RS232 physical interface
Secured SSH interface
Comprehensive set of commands
Online help
Web Based Craft Terminal :





Remote web based management access
Provides Alarms, control, configuration, inventory, monitoring and administration
User friendly, graphical representation of SNMP objects
Interfaces with SNMP agent
Requirements:


Web browser (IE, Mozilla, Netscape)
Java runtime environment (JRE)
Ekinops Proprietary information
Page 6161
Page
Ekinops SNMP Element Manager
 KEY FEATURES & BENEFITS
 Scalable, Distributed Architecture
(Supports Distributed Polling)
 Email/Pager Event Notification
 Can be used for generic management of
3rd party devices
 Comprehensive Performance Data
logging and trending
 Comprehensive Performance Reporting
 Live/Standby Servers with automatic
failover
 Runs as Windows Service
 Real-time MIB Displays /Browser
 Programming & Scripting Interfaces
Ekinops Proprietary information
Page 6262
Page
Ekinops Multi-Protocol Service and
Network Manager (MPSN)
 KEY FEATURES & BENEFITS
 Carrier Class, Redundant Management
Platform – database and applications via
clustering
 Single Management System for all
protocols and rates
 Reduced Capital Expense through better
inventory management
 Feature level Security Authorization
 Full Fault, Configuration, Accounting,
Performance, and Security Management
 Reduced cost of operations through end to
end network and service level management
 End to End Service Provisioning
 Service Level Fault Isolation
 Correlation of customers to services for
quick isolation of “Effected Customers”
 Bulk NE Configuration and Operator Login
Management
Page 63
Page 63
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Examples of Applications
 Conclusion
Ekinops proprietary information
Page 64
SUMMARY
 Ekinops Introduction
 Ekinops 360 Technology
 Examples of Applications
 Conclusion
Ekinops proprietary information
Page 65
Where customers can use
Ekinops technology ?
 Metro & Long Haul networks
 Multi Service Aggregation
(Eth, SDH, Video, Fiber Channel)
 DSLAM/FTTX Back-Hauling
 Video transport projects
 Wireless Back-Haul
 10 LAN-WAN PHY conversion
 Single fiber transport
 Extra Long distances
 Transport over poor fibers
 Transport over submarine links
 Hosting / Storage
 Disaster Recovery
 Enterprise Private Build
Ekinops proprietary information
Page 66
Why customers purchase
Ekinops Solution
 Great optimization of the optical infrastructure
 Fast … Flexible … Cost Effective …
 Key capabilities for optimization of the optical infrastructure
 Robust Muxing Capability for Multiple Protocols (FE/GE/10GE, SDH/Sonet, Fiber Channel, Video)
 Very long distances without regeneration/in-line amplification
 Scalable 40G solution, compatible with 10G
 Scalable ROADM solution
 Multi-protocol Add/Drop mode for reducing number of wavelengths
 Single fiber solution, bi-directional traffic DWDM solution
 HD Video aggregation & transport
 First & only stand-alone 10G LAN PHY to WAN PHY protocol conversion
 Easy integration with existing deployed equipments
 Fast & easy to install
 Standard SNMP & CLI
 Fast ramp up time and short training
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Ekinops proprietary information
Ekinops proprietary information
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