Why 50 Micron

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Why 50 Micron

  1. 1. Fiber Solutions<br />Troy Bowen<br />Solutions for High Bandwidth Applications<br />
  2. 2. Outline<br />Basic Fiber Differences<br />50/125 µm vs. 62.5/125 µm fiber<br />Why 50/125 µm now?<br />
  3. 3. Outline<br />Product Specifics<br />Pricing<br />Product differences<br />
  4. 4. How is 50/125 µm different from 62.5/125 µm?<br />Design Differences<br />Same Cladding Diameter<br />Only Core Size Differs<br />Numerical Aperture<br />0.200 - 50 µm<br />0.275 - 62.5 µm<br />Cladding<br />Coating<br />
  5. 5. 50µm and 62.5 µm Multimode Fiber<br />8<br />14000<br />12000<br />10000<br />(MHz.km)<br />8000<br />62.5 µm<br />6000<br />50 µm<br />4000<br />Bandwidth<br />2000<br />0<br />725<br />850<br />975<br />1100<br />1225<br />1350<br />1475<br />1600<br />Wavelength (nm)<br />Corning Cable Systems Proprietary<br />How is 50/125 µm different from 62.5/125 µm?<br />Design Differences<br />Greater Bandwidth - 50/125 µm<br />
  6. 6. Why 50/125 µm now?<br />Standards Recognized<br />50 µm<br /><ul><li>Higher Bandwidth
  7. 7. Compatible with VCSELs
  8. 8. Standards Recognized
  9. 9. IEEE 802.3, Fibre Channel
  10. 10. TIA/EIA 568 and IEC 11801</li></ul>Industry move toward 50/125 µm at 850 nm<br />for BW scaling<br />
  11. 11. Solutions for High Bandwidth Applications<br />complete 50/125 µm cabling solution allowing 10 gigabit/s up to 82 meters and 1 gigabit/s up to 600 meters<br />complete 50/125 µm LAZER OPTIMIZED cabling solution allowing 10 gigabit/s up to 300 meters and 1 gigabit/s up to 1000 meters<br />
  12. 12. Specifying requires Identifying<br />Customer Expectations<br />Applications <br />Bandwidth requirements (equipment demands)<br />Length requirements<br />
  13. 13. Opportunities for NextLan Solutions<br />MAN<br />SMF<br />LAN<br />SMF <br />Campus Backbone<br />LAN Riser Backbone<br />Horizontal<br />Data Centers<br />SANs<br />Electronic Equip<br />Interconnect<br />
  14. 14. Opportunities for Xcelerated Solutions<br />10 Gigabit network speeds require a high bandwidth fiber<br />50/125 µm fiber is the fiber default for 10 Gigabit networks<br />
  15. 15. Applications Driving Xcelerated Solutions<br />Gigabit-to-the-Desk is common because of<br />Routine sharing of large files<br />Convergence (Voice, Video, Data)<br />Multitasking<br />Multiple high bandwidth applications opened simultaneously<br />Increased bandwidth for higher performance and elimination of bottlenecks equals<br />Increased efficiency<br />Increased diversity<br />Higher speeds to the desktop require even greater speeds in the backbone<br />
  16. 16. Good Customer Candidates<br /><ul><li>Data Centers
  17. 17. Financial Institutions
  18. 18. Hospitals
  19. 19. Universities
  20. 20. High Speed Workstations
  21. 21. Industrial Controls
  22. 22. Any customer that wants to future- proof their network</li></li></ul><li>Campus Backbone (over 300 m):<br /><ul><li> Single-mode fiber for 10 GbE
  23. 23. GbE to 600 m, 100 Mb/s to 2000 m</li></ul>Fiber Recommendations(10 Gigabit Campus, 1 Gigabit Building)<br />Building Riser:<br /><ul><li>Solutions for GbE to 600 m</li></ul>Horizontal Cable:<br /><ul><li>Solutions for GbE to 100 m</li></li></ul><li>Active Zone Box<br />Wall-mount<br />TR<br />50/125 Solutions Optical Cable Multimode Fiber (1GbE up to 600m)<br />Copper<br />Cable<br />ER<br />Fiber Recommendations(1 Gigabit Media Zone Solution)<br />
  24. 24. Fiber Recommendations(10 Gigabit Media Zone Solution)<br />Active Zone Box<br />Wall-mount<br />TR<br />50/125 laser optimized Solutions Optical Cable Multimode Fiber<br />(10GbE up to 300m)<br />Copper <br />Cable<br />ER<br />
  25. 25. Fiber Recommendations(Media Station Solution)<br />ER<br />TR<br />Switch<br />or Hub<br />WO<br />Fiber NIC<br />50/125 Cable Multimode Fiber<br />(1GbE up to 600m)<br />(10GbE up to 82m)<br />Laser Optimized Solutions -50/125 Multimode Fiber<br />(1GbE up to 1000m)<br />(10GbE up to 300m)<br />
  26. 26. Product SpecificsPricing<br />Pricing: <br />62.5/125 µm = 1.0<br />50/125 Solutions = .9<br />50/125 laser optimized Solutions = 1.4<br />
  27. 27. Summary of Fiber Types<br />Fiber Type Max. Speed Max. Distance<br />62.5um < 1GB/s 2,000m 1GB/s 300m 10GB/s 27m<br />L.O. 62.5um 1GB/s 1,000m<br />50um 1GB/s 600m 10GB/s 82m<br />L.O. 50um 10GB/s 300m<br />*L.O. = Laser Optimized <br />

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