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| 光貿易トップページ＞取扱製品一覧＞光通信＞WDM / CWDM / DWDM＞Optoplex |
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| ■光通信：WDM / CWDM / DWDM |
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| ■製品概要／Product Overview | |
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| Conventional Optical Interleaver is Symmetric Optical Interleaver. By "Symmetric" we mean that both "Odd" and "Even" channels have the same passband widths and waveforms. Optoplex offers a new type of Optical Interleaver whose "Odd" and "Even" channels have different passband widths and waveforms. This is FlexSlicer? Asymmetric Optical Interleaver. Based on Optoplex’s patented technologies, FlexSlicer? Asymmetric Optical Interleaver has superior passband and dispersion characteristics that are particularly suitable for 40-Gb/s data-rate. A major feature of the device is that customer has the freedom of specifying the ratio of the passband widths for Odd and Even channels for the two interleaving ports. FlexSlicer? has passed the reliability testing based on Telcordia GR-1221 requirements. Being the first of its kind, FlexSlicer? Asymmetric Optical Interleaver has been developed specifically to help telecommunication carriers to ease the migration from low to high data-rate (2.5 ~ 10 Gb/s or 10 ~ 40 Gb/s). With the help of FlexSlicer?, low and high data-rate signals can coexist in the same infrastructure and utilize the same telecommunication equipment. The carriers can retain the current investment while introducing the high data-rate services with minimum incremental cost. Asymmetric Optical Interleaver  Asymmetric Optical DeInterleaver  Typical Performance of Asymmetric Optical Interleaver  |
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PDFファイル： 84 kb
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| ■特徴／Key Features |
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| - Flexible Passband Width Allocation (70%/30% or 60%/40%, etc.) - Low IL and PDL - Low and Customizable Dispersion - Minimal Thermal Drift - Dual C- and L-Band Coverage - Bi-directional Device - Telcordia GR-1221/63 Qualified |
| ■アプリケーション／Application |
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| - Extend Existing Network Capacity - Bridge Existing & New DWDM Platforms - System Upgrade - Bi-Directional Networks - Total Signal Power Detection for Raman Amplifier - Multi-Wavelength Transponder - Optical Comb Filter |
Copyright 2002 Hikari,Inc. All rights reserved.