1 / 20

Equipment Futures

Equipment Futures. The Quilt Fiber Workshop June 21-23, 2004. Presentation Objective. To share the features of next generation of optical electronics with The Quilt Fiber Workshop participants. The Vision. Southern Light Rail (SLR)

vine
Download Presentation

Equipment Futures

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Equipment Futures The Quilt Fiber Workshop June 21-23, 2004

  2. Presentation Objective • To share the features of next generation of optical electronics with The Quilt Fiber Workshop participants

  3. The Vision • Southern Light Rail (SLR) • To implement DWDM optical electronics that will create a distributed GigaPOP between Georgia Tech, 56 Marietta Street and 345 Courtland Street

  4. Marketplace Comparison

  5. Phase 1 Design

  6. Phase 2 Design

  7. Initial Vendor • Movaz • Account Rep • Customer Support • Cost • Technical Features • (ROADM) • (RAMAN) • (VGA)

  8. Movaz – Product Portfolio • Customer Prem. – CWDM, 8WL, 0-80km • Metro Access – DWDM, 40WL, 0-100km • Metro IOF – DWDM, 40WL, 0-300km • Regional – DWDM, 40 WL, 0-600km • Short Long-Haul – DWDM, 40WL, 0-1000km

  9. Movaz – Product Features • Addresses all applications spaces with the same common hardware platform and operations environment • Cost optimized transponders and amplifiers for each application space • Leading edge technology - VGAs, full-band tunable lasers, integrated Raman, ROADM and Control Plane

  10. Movaz – Advantages • Very cost effective solution (offers savings for metro, regional, and short long haul applications) • Rich suite of interfaces - 100Mb/s - 10G LAN/WAN • ROADM • Reconfiguration • All Optical switching; Multi-Ring switching • Extended transport • Cascade large number of nodes • Extend reach up to 1000 km, and beyond with Raman • Per wavelength monitoring and equalization • Non Banded architecture • Tunable lasers

  11. Next Generation Providers • Infinera • Account Rep • Customer Support • Cost • Technical Features

  12. Infinera – Product Portfolio • Applications served • Long-Haul • Regional • Metro core

  13. Infinera – Product Features • Key technology: “Photonic Integrated Circuit” • Monolithic integration of >50 discrete optical components onto a single chip

  14. Infinera – Advantages • Enables Digital Optical Networks • Significant CapEx reductions • Dramatic simplification of engineering and operations • Opens up additional revenue opportunities

  15. Infinera – Advantages • Enables Digital Optical Networks • Significant CapEx reductions • Dramatic simplification of engineering and operations • Opens up additional revenue opportunities

  16. Infinera – Capital and Operational Savings • Digital Optical Network offers dramatic Capex savings • Savings of 60% to 75%+ compared to “Next Gen” network builds • Cost effective compared to existing deployed systems after 3 to 6 channels • Enables even more significant Opex savings • Reduced space and power requirements • Significantly reduced spares needed • Deployment is simplified and installation time is reduced • Provides a simplified “SDH-like” WDM network • Reduced field maintenance because just add tribs at ingress and egress and pass through other nodes • 100G is deployed per DLM: fewer site visits required • System reliability is increased • GMPLS control plane provides first “intelligent” transport system • Provides ultra-low cost transport with bandwidth management capabilities • Allows network design optimization based on service delivery vs. WDM cost avoidance • Provides increased performance monitoring data

  17. l1, 2 … N l1, 2 … N 8 x 2.5Gb/s SR Tx/Rx Tx/Rx 10Gb/s D-WDM 10Gb/s D-WDM Tx/Rx Tx/Rx Tx / Rx Tx / Rx Tx/Rx Tx/Rx Tx/Rx Tx/Rx O-E-O O-E-O O-E-O l1, 2 … N l1, 2 … N O-E-O O-E-O Add/Drop on the Backbone Infinera Digital Optical Network Typical WDM Network Digital Optical Node • Single 2.5Gb/s add/drop requires: • 2 x back-back DWDM terminals • 2 x 10Gb/s DWDM interfaces • 8 x 2.5Gb/s SR interfaces • Plus O-E-O for pass-through channels • Single 2.5Gb/s add/drop requires: • 1 x Digital Add/Drop node • 2 x 2.5Gb/s SR interfaces

  18. Infinera Demo • Schedule – delayed until Q4, 2004 • Hub & spoke configuration • Participants • Georgia Tech • Emory • Morehouse School of Medicine • Applications – DVTS/HDTV, remote instrumentation

  19. Cisco • Account Rep • Customer Support • Cost • Technical Features • ONS 15454 Release 4.7 • Reconfigurable OADM

  20. Questions & Comments Thank You

More Related