Lightwave : fibers optics technology and applications worldwide
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
Table of contents
- 8
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INDUSTRY UPDATE| 2000
- 25
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EDITORIAL| 2000
- 26
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REGULATION & POLICY| 2000
- 28
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BROADBAND| 2000
- 30
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PREMISES NETWORKS| 2000
- 32
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WALL STREET & FINANCE| 2000
- 34
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STANDARDS WATCH| 2000
- 57
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Managing the bandwidth autobahn - The challenges of deploying optical services in service-provider networks include deciding between transparent and opaque architectures.| 2000
- 66
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The next-generation network: multiservice and optical technologies - The traffic-engineering and QoS capabilities offered by multiservice switch-routers, along with advances in the intelligent optical domain, promise a range of IP services.| 2000
- 74
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*PLC patform addresses emerging component requirements - This silica waveguide technology creates sophisticated functionality in small packages, which are well-suited to high-volume manufacture.| 2000
- 84
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Packets and petabits: Scaling IP for the new optical backbone - A "route once, switch many times" architecture makes efficient use of routing ports to put packets on wavelengths in an optically switched core.| 2000
- 90
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MEMS components will play a vital role in optical-network evolution - In key metrics, micro-electromechanical systems technology offers best-in-class performance.| 2000
- 96
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Business impact of transparent optical switching - IP and optical layers will define future Internet expansion and lead us into the long-promised all-optical-network architecture.| 2000
- 106
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Standards for the optical transport demand semiconductor solutions - Changes in the core infrastructure of the optical transport network will require the implementation of several functions in silicon.| 2000
- 114
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Intelligent switching at the metro edge of SONET-SDH networks - Smart metro equipment works with existing legacy systems and allows carriers to optimize their use of network bandwidth for multiservice transport.| 2000
- 120
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Advantages of smart photonic switches in enabling all-optical networks - New all-optical switching technologies, particularly silica-on-silicon, give carriers options for eliminating costly electronics from fiber-optic networks.| 2000
- 125
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Bridging the metro optical gap with all-optical wavelength switching - Metro-service providers will embark on a step-by-step migration toward all-optical architectures.| 2000
- 128
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Strengthening the ASP business model - Auto-provisioning routers for optical networks based on channelized reserved services offer new opportunities for ASPs to capitalize on customer demands for mission-critical services.| 2000
- 135
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Future of submarine networks in a turbo-charged business environment| 2000
- 138
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Dynamic bandwidth allocation over passive optical networks| 2000
- 144
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Erblum-doped waveguide amplifiers promote optical-networking evolution| 2000
- 148
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Sky's the limit with Ethernet over fiber| 2000
- 156
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The metropolitan core: fertile ground for the chosen few| 2000
- 162
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Laser communications: fiber-optic cable vs. optical wireless| 2000
- 166
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Recipe for routing in the new public network| 2000
- 171
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FIBER PRODUCTS TECHNOLOGY - PRODUCT PROFILE| 2000
- 172
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FIBER PRODUCTS TECHNOLOGY - TECH TRENDS - PATCH CORDS| 2000
- 181
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FIBER PRODUCTS TECHNOLOGY - PREMIER PRODUCTS| 2000
- 188
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PERSONNEL DEVELOPMENT| 2000
- 189
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BULLETIN BOARD| 2000
- 199
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PEOPLE| 2000
- 201
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CALENDAR| 2000
- 204
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READER SERVICES| 2000
- 206
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MARKET WATCH| 2000