Technical Documents

• Whitepapers
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    GR-326 Test Report Summary – Corning Cable Systems Single-Mode SC Connectors
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    FTTH Design for Residential Real Estate Development
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    Considerations for Drop Cable Selection
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    Fiber to the MDU
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    FTTH Design Metrics for Greenfield Deployments
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    Accelerating, Simplifying and Ruggedizing FTTP Deployments with Preconnectorized Solutions
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    Simplifying Last-Mile FTTH Overbuilds is a Smart Move
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    Moving Backwards into the FTTH Distribution Segment Enables Advanced Services to Move Forward
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    Fiber is More Than a Four Letter Word
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    Long-Term Reliability and Performance of Silicone-based Index Matching Gels in No-Epoxy, No-Polish Connectors

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• Articles
  Results 1 - 10 of 42

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    Fiber Caught Napping in the OSP
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    Wireless Broadband - You Don't Know Jack?
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    New Technology Provides Breakthrough For MDU Fiber Installation
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    How Invisible Should Your FTTH Network Be?
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    Fiber Terminal Distribution Systems Cut Developer Cost and Risk
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    Fiber, Coax or DSL? Meeting Customer Demand for Bandwidth
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    Demystifying WDM Access Architectures
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    Running for Home - What's the Best Network Design for You?
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    Fusion Splicing Equipment Adapts to FTTP Strategies
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    Bend-Improved to Bend-Insensitive Fiber for MDU Applications

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• Case Studies
  Results 1 - 10 of 10

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    Daniel Island - Fiber-To-The-Home-Deployment
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    Corning Cable Systems - Olympic Stadium Berlin, Germany
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    Kutztown - Fiber-to-The-Home-Deployment
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    The American Museum of Natural History
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    Georgetown University
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    Navistar International Technology and Engineering Center
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    Simon & Schuster
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    DreamWorks Studio - Centralized Optical Fiber Network Speeds Production
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    Networking Area X
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    Backbone Carries Digital Signal

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• SRPs
  Results 1 - 10 of 716

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    Building Entrance Terminal Solution
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    CheckPoint™ Fiber Identifier Operating Instructions
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    Compact™ Fusion Set II Operating Manual
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    Field-Installable Furcations for 2-Fiber DIB¨ and DFX¨ Cables
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    Field Installation of Spider Fan-Out Kits (Plus) for 4-24 Fiber Cables
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    Installing a 12-Fiber Ribbon Fan-out
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    Installation of Cable End Kits on Loose Tube Fiber Optic Cable
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    Indoor Applications Kit - 6 or 12-Fiber Buffer Tube Fan-Out (BTF) Assembly
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    Installing Single-tube Fan-out Kits
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    Outdoor Applications Kit - 6 or 12-Fiber Buffer Tube Fan-Out (BTF) Assembly

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• AE Notes
  Results 1 - 10 of 94

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    Buffer Tube Minimum Bend Radius
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    Optical Cables for Shallow Water Applications
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    Uni-directional Single-mode OTDR Measurements
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    Fiber Reflections
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    Effects of Lightning on Optical Fiber Cables
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    Effects of Splicing Dissimilar Single-Mode Fibers
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    Gainers
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    Modal Interference in Single-mode Optical Fiber Systems
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    Chemical Resistance
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    Index of Refraction Values for Use with Optical Time Domain Reflectometers

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• General Specification
  Results 1 - 10 of 59

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    Micro Duct Cable Air- Assisted Installation (Jetting) Considerations
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    CORNING CABLE SYSTEMS GENERIC SPECIFICATION FOR TIGHT BUFFER OPTICAL FIBER
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    TIGHT BUFFER OPTICAL FIBER CABLES FOR INDOOR DISTRIBUTION APPLICATIONS
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    GENERIC SPECIFICATION FOR ARMORED SINGLE TUBE OPTICAL FIBER CABLES FOR OUTDOOR DROP APPLICATIONS
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    GENERIC SPECIFICATION FOR LOOSE TUBE OPTICAL FIBER CABLES FOR INDOOR RISER APPLICATIONS
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    GENERIC SPECIFICATION FOR LOOSE TUBE OPTICAL FIBER CABLES FOR INTER- AND INTRABUILDING APPLICATIONS
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    GENERIC SPECIFICATION FOR TIGHT BUFFER OPTICAL FIBER CABLES FOR INDOOR BREAKOUT APPLICATIONS
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    GENERIC SPECIFICATION FOR LOOSE TUBE OPTICAL FIBER CABLES FOR OUTDOOR APPLICATIONS
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    GENERIC SPECIFICATION FOR AUTOMATIC FUSION SPLICER
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    GENERIC SPECIFICATION FOR FIXED V-GROOVE AUTOMATIC FUSION SPLICER

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