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FTTH solutions – General overview

FTTH solutions – General overview. Hector Mazzochi Product Marketing Manager Prysmian Cavi e Sistemi Telecom srl Viale Sarca 222 – Milano – Italy E-mail : hector.mazzochi@prysmian.com. FTTH Impacts our Lives. Web 2.0. eLearning. eHealth. Society. eEntertainment. Teleworking. Societal.

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FTTH solutions – General overview

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  1. FTTH solutions – General overview Hector Mazzochi Product Marketing Manager Prysmian Cavi e Sistemi Telecom srl Viale Sarca 222 – Milano – Italy E-mail : hector.mazzochi@prysmian.com

  2. FTTHImpacts our Lives Web 2.0 eLearning eHealth Society eEntertainment Teleworking Societal eBusiness eHome Environmental eGovernment

  3. Typical Telecom Architecture BACKBONE ACCESS NETWORK METROPOLITAN RING

  4. Product Range Evolution • SM • NZD • MM Optical Fibres • Underground • Aerial (incl. OPGW) • Premises • Blown Fibre Optical Cables • Outside Plant • Exchange • Customer End Connectivity - Accessories

  5. Product Range Evolution • Bend Insensitive • Reduced Size INNOVATION Optical Fibres • Micromodule • ESFU • Mini Blown INNOVATION Optical Cables • Small Size • High Density • Low Cost Connectivity - Accessories INNOVATION

  6. Product Range Evolution • Bend Insensitive • Reduced Size INNOVATION • Micromodule • ESFU • Mini Blown System Approach INNOVATION • Small Size • High Density • Low Cost INNOVATION

  7. Macrobending Loss : FTTH • Today access applications such as FTTH put severe demands on macrobending performance: • bending around corners • network terminations • fibre storage

  8. FIRST : the right FIBRE! • CasaLightTM • CasaLightTMPlus • CasaLightTMXtreme ITU-T G.657A-B and more…

  9. CASALight TM MDU Solutions Brownfield Large City MDU dwellings

  10. The Cable system …just fibers into a duct! The main user cable can contain several ESFUs (Easy Strippable Fiber Units), each of which may contain 1 to 12 optical fibers. Fibers are then routed from the Riser Cable, through a breakout window, when a customer connection is required to be made. The fibre units are protected by a flame retardant LSOH outer sheath.

  11. Three steps to get the fiber 1 The Stripping Tool safely cuts a breakout window in the riser cable, providing access to the fibres. The selected fibre unit (ESFU) can be extracted and cut. This operation is performed some floors above the floor where the customer is to be connected (up to 25 m). 2 3 At the floor where the fibre connection is requested, the ESFU that was cut on the higher floor can now be easily extracted.

  12. Extraction Cable Principle Cable distribution system (2) • n fo microsheath module are extracted from the riser cable through a small window protected by a closure (1). • some meters downstream on the riser cable, a second window is open to cut the microsheath module selected for the floor. x meters closure (1) Riser cable n fo microsheath

  13. VertiCasa™ Breakout Units • Used to spur off fibres from a Verticasa cable and route them to an alternative tube. • Ports available for plugging in 4 and 5 mm drop tubes.

  14. Riser installation The Netherland

  15. Riser installation Hungary

  16. Horizontal installation Barhein

  17. Horizontal installation Barhein

  18. Multiple MDU C.S.I.

  19. Riffa Views Int. School, Bahrain FREE, France Hungary Telecom, Hungary STA, Andorra Telecom Italia, Italy Telefonica, Spain Numericable, France Intelligent networking, France Reggefiber, The Netherlands Pipe Networks, Australia Lattelecom, Latvia Dasvyasz, CSI China UNICOM, China Verticasa – FTTX Example Installation Sites

  20. Blown Fiber UG Solution SDU & MDU dwellings

  21. Air Input Drive wheels Viscous air drag Blown Fibre Tube Blown Fibre Unit Sirocco®– Installation Process Blown Fibre Principle Air Input Drive Wheels Blown Fibre Unit Blown Fibre Tube

  22. Sirocco® Blown Fibre System – EPFU 2 fibre unit Surface Modification Coloured Optical Fibre Low Modulus Acrylate Rip Cord (2f only) High Modulus Acrylate 4 fibre unit 8 fibre unit 12 fibre unit 6 fibre unit

  23. Sirocco® Blown Fibre System – Tube Cables • Up to 24 tubes, each accommodating up to a 12 fibre unit • Small diameter, low friction tubes • Standard tube size; 5mm OD, 3.5mm ID • Note3mm OD Size not generally recommended due to ease of tube kinking • Comprehensive range of jointing accessories • Available as; • External – Direct Install, Direct Burial, • Steel Armour, plus specials • Internal – LSOH flame-retardant & UL Riser rated • Optimum blowing distance achieved through system approach • Compatibility between EPFU, Tube & Installation Equipment achieves best field performance

  24. Sirocco® Blown Fibre System – Connectivity • Suitable for 25, 32 & 40mm diameter duct / cable • Suitable for 1 day build and retro-fit • 90o Tee, Y / H Branch, In-Line Enclosures Blown Fibre Tube Management Outside Plant Applications T Piece Y Branch (Swept T Piece) H Branch Size: (h)260 x (w)200 x (d)100 Apps: Customer connects Duct diverse routing Size: (h)400 x (w)190 x (d)100 Apps: Customer connects Duct diverse routing Size: (h)350 x (w)250 x (d)100 Apps: Customer connects

  25. Sirocco® Blown Fibre System – Installation Equipment Blowing Head Compressors STILT Tools & Kits Installation Essentials Coiler

  26. Preconnectorized UG Solution SDU & MDU dwellings

  27. Preconnectorized UG Solution QuickDr@w – CLJ Customer Lead-In Joint • Customer access termination that allows the fast and incremental activation of customer services utilizing simple practices. • Allows the plug in connection of up to 8 individual customer leads-in cables at the time of service activation. • Designed to be cascaded on a single distribution cable for optimized network design.

  28. Preconnectorized UG Solution SM@RTCORD® Lead-In Assembly Installation

  29. 20mm 100mm Preconnectorized UG Solution SM@RTCORD® Lead-In Assembly • QUICKDR@W Pulling Shroud • QUICKDR@W Lead-in Seal Installation Example

  30. Hybrid NRG+TLC cable solution 3x16mm2 + 2 Optical Fibers G657A • A cable whose conductor contains 2 optical fibers. • It is able to bring energy and unlimited broadband to the home at the same time. • High speed internet, CCTV, TV and satelite TV channels, video-conference are really closer than ever. Now, there is a whole world within the electrical cable!!!

  31. to MDU boxes Hybrid Cable from apartments In the basement The fibres are routed through the white pipe to the MDU optical boxes. The electrical cables are terminated in the cabinet after segregating the fibres

  32. In the apartment leaving the right length of cable to reach the TC panel with the CTB box 3 installing the hybrid cable from the apartment to the basement 1 general view of the in-house electrical panel and Telecom panel where the CTB box is placed 2 removing the insulation to separate the fibers from the conductor 4

  33. In the apartment separating the fibers from the conductor 1 fiber length will be enough to reach the CTB box 2 once fibers are duly segregated, copper is cut for ground connection 3

  34. In the apartment preparing the fibers, cable and conductor with heat shrinkable terminations 1 heating the shrinkable terminations 2 segregation of the fibers from the cable to allow the electrical connection to ground point taking the fibers duly protected to the TC box 3

  35. In the apartment preparing the CTB 1 splicing fibers 2 finishing the installation in the apartment 3

  36. Thanks for your attention !!

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