Lowering the Costs of Optical Transport Networking

Transcription

1 Lowering the Costs of Optical Transport Networking Deploying your own network even in a slowing economy with shrinking budgets! Rob Adams, VP Product Marketing/Product Line Management

2 Who is Ekinops Private company, founded in 2003 Headquarters in Lannion, France Pre-Sales & Post-Sales: US, Europe, APAC Innovative vendor of Layer 1 optical aggregation & transport equipment for University, Enterprise, and Service Provider Networks Dynamic Optical Transport Solutions Solutions that can be molded to provide value to any application Deployed over 1,500 systems to date Technical expertise Patented technology in Optical Aggregation and Transport Ekinops engineers were pioneers in FEC, 10 Gig and OC-192 protocols We are taking the commodity out of transport through innovation! The Creators of: Page 2

3 What do we do? Everywhere and with a Single Optical Platform For Universities, Enterprises, Government, And Service Providers/MSOs Campus, Inter Campus/Metro, Regional & Long-Haul Networks Dynamic Multi-Reach Optical Transport Platform for Metro, Regional & Long-Haul networks On of the few Dynamic Multi- Reach platform that spans all of these domains Most Platforms are Metro WDM platforms with 40 Channels and km or Long Haul with 80 Channels and 1500+Km Ekinops has 40 and 80 channel options today and can reach 2000km+ with 300 km in a single hop With no inline amplifiers! With a full channel compliment Ethernet FE/GE/10GE/40GE Aggregation Conversion Aggregation Conversion Ethernet : FE/GE/10GE/40GE SDH : STM1/4/16/64 Transport 2,5G / 10G / 40G λs 2,5G / 10G / 40G λs Transport HD/SD-SDI Aggregation Aggregation Conversion Aggregation Ethernet FE/GE/10GE/40GE FC/GFC And 160/320 Channel Options are soon to come! Page 3

4 Tried and True Deployed Globally Page 4

5 What has changed? Allowing for more cost effective optical networking? Cost of optical components has come down dramatically Improvements in capabilities of optical components Laser and amplifiers have become better as they have gotten cheaper. The PC Syndrome Cost of programmable technology has come down dramatically No longer the need to wait for the industry to build the technology, companies can do it on their own cost effectively Applications can be cost optimized quickly to the end users specifications Improvements in power consumption of optical and electrical components Innovations in scaling optical systems incrementally Cost optimized for initial deployments, scale as you grow Ekinops proprietary information Page 5

6 Scaling the System Scaling isn t just adding transponders! What should scaling you system entail? Scale your cost of infrastructure Choose lower cost fiber Choose a single fiber Minimize Required Wavelengths Eliminate amplifier sites Transponders Scale to application Select your Amps Cost optimized to application In service scalable upgrade Scalable ROADM technology cost optimized for 2 or 4 degrees Of Course, we also have the same selections as everybody else. Pluggables, etc. Flexible system component selection to cost-in for any application Ekinops proprietary information Page 6

7 The Flexibility of the T-Chip Bringing Cost Effective Solutions to you Quickly Client Protocols: Ethernet SONET/SDH Fiber Channel ESCON T-Chip Capabilities: Flexible Multiplexing Generic Gateway Forward Error Correction Line Protocols: SONET/SDH OTN Ethernet Proprietary Video (HD-SDI, SD-SDI, ASI) Future Cost Add-Drop Optimize the Hardware 2.5Gig 10 Gig Package Size! 40 Gig 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 Quickly Ekinops proprietary information Page 7

8 Ekinops Enabling Technologies Cost Effective Service Delivery Ekinops DynaFEC (Dynamic FEC) Technology 10-12db Gain as opposed to the 6-8 offered by other suppliers Ekinops DynaReach (Dynamic Reach) Technology Up to 300km with a full compliment of channels and with NO inline amplifiers Km Typical Transport Vendor Add Ekinops Extended Reach Technology Add DynaFEC 1 Inline Amplifier for 400km where others Require 5 or 6. Saves 20-30%... - Agarik Telecom 40-50% Savings, University of Nebraska Page 8

9 Ekinops Enabling Technologies Fast, Flexible, and Cost Effective Service Delivery 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 Ekinops Single Fiber Bi-Directional Capability Enables Better Economics Ideal for fiber constrained environments Transponders Ethernet SONET/SDH Multi-Service Video Ethernet SONET/SDH Multi-Service Video Typical Vendor Page 9

10 Ekinops Enabling Technology Protecting Your Investment through Flexibility Ekinops Legacy System Interoperability, Upgrade Interoperate with existing systems in the ground Interoperability can be via Foreign Wave or via Native SONET/SDH/Ethernet The Power of a Standard, programmable line side protocol Page 10

11 Line Side Standardization Providing the Ultimate Flexibility in Multiplexing Them Us Cost Effective Multiplexing of any mix of service types over a single wavelength or standard service Ekinops proprietary information Page 11

12 Ekinops Enabling Technology Protecting Your Investment through Flexibility Ekinops Generic Protocol Gateway Capability Supports Lan Phy to Wan Phy today. We can provide solutions for your specific needs Don t you or your customer spend money on expensive router Wan Phy interfaces! Page 12

13 Ekinops Enabling Technology Ekinops Single Fiber Bi-Directional Capability Carry up to 32 bi-directional waves over 1 fiber today! Advantages of EKINOPS solution Optimization of the number of fibers DWDM network Over a pair of fiber Reduction of 50% of the fiber OPEX EKINOPS EKINOPS 32 Bi-Directional Waves today. 72 and 144 wave options comming soon Chassis with an Optical Combiner module DWDM network Over a single fiber Chassis with an Optical Combiner module Page 13

14 Ethernet ADM Capability Daisy Chain Capability Typical Point to Point Transport Solution Ethernet Solution with ADM Capability Inconvenients of the solution Less Equipment, Better Utilization of your infrastructure Page 14

15 Multi-Service ADM Aggregation Site DC 123V = 3 SAN Services = 2 Ethernet Services 1008DC = Aggregation Card 1 Wavelength Add Drop Capability 3 Aggregation Cards at Aggregation Site 50ms Ring Protected 1008DC 124 = 1 Ethernet Service = 4 OC-3/STM-1 Services = 3 SD-SDI/ASI Video Services Remote Site DC 123V Remote Site 3 Remote Site 2 Cost Effective Multiplexing and ADM Capability working together Page 15

16 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/ STM-16 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 10G EKINOPS 4 x 2,5G STM16 network If your wavelength requirement is low, buy the cheap stuff Utilization of existing fibers and network 10G EKINOPS 4 x 2,5G DWDM Network Mux Lambdas at 2.5G Ekinops proprietary information Page 16

17 Low Cost Campus Networks Pulling it All Together SONET/SDH/ Video/Fiber Typical Point to Point Ethernet Transport Channel Ekinops Ethernet ADM allows for Daisy Chaining of Sites to Provide an Ethernet ADM Capability and Reduce Waves Combine that with the Ekinops 1 Fiber Capability to Reduce Fibers in fiber constrained or leased environments Use the Ekinops DynaReach Capability to Reduce the number of amplifier sites and regen sites Use DynaMux Capabilities to Collapse TDM Services on the Same Wave! Page 17

18 Industry Leading 40G Technology 40 Gig Technology Less than 4 times the cost of 10G Same PMD and Dispersion Performance as 10G Same Approximate Distance Performance as 10G No Interference of Adjacent 10G Waves 4 X 10G Muxponder providing for the highest density system in C-Band, 3.2 Terabits or 320 Channels of 10G Finally, a Market Ready 40G Solution Page 18

19 Ekinops 360 A simple modular approach Finally, Low Space and Power Passive chassis AC or DC options Carrier Class, NEBS All modules swappable C360 (6U, 19, 300mm deep) C360s (2U, 19, 300mm deep) Ekinops proprietary information Page 19

20 Ekinops Power Requirements Example: Service Modules: 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 = (2 x 38.0) + (3 x 10.0) + (2 x 24.5) = Watts = 4.2 Amps 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 30%-40% less than typical! Even for the large chassis, expect no more than 300W, Amp fuse Page 20

21 Summary Lower cost of infrastructure Lower cost of equipment Cost optimization for your application Lower Ongoing Costs Lower Cost of ownership Ekinops proprietary information Page 21

22 Ekinops proprietary information Page 22