首页> 外文会议>Conference on Reliability of Optical Fiber Components, Devices, Systems, and Networks Oct 28-29, 2002 Brugge, Belgium >Requirements and strategy for reliability tests of MEMS based technologies in optical networks
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Requirements and strategy for reliability tests of MEMS based technologies in optical networks

机译:光网络中基于MEMS的技术的可靠性测试的要求和策略

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The technology of tomorrow's telecommunication networks will be flexible, scalable and integrated. In addition, there is a visible trend towards purely optical networking to avoid costly electronic regeneration. The move towards optical networking drives the development of new optical components to exceed current technical and physical boundaries. These new optical components include Photonic Optical Cross-connects (PXC) and Tuneable Lasers (TL), which can be realized by Micro Electro-Mechanical Systems (MEMS) based technology. MEMS technology allows the integration of optical switches with very high density. At the same time introducing MEMS technology is a step back from having no moving parts to mechanics. The trade-off between the risks and the advantages must be addressed. Typical optical requirements for the function of MEMS based technologies are introduced, and a strategy to prove the reliability is shown
机译:明天的电信网络技术将是灵活,可扩展和集成的。另外,存在着一种趋向于纯光联网的明显趋势,以避免昂贵的电子再生。向光网络的发展推动了新光组件的发展,超越了当前的技术和物理界限。这些新的光学组件包括光子光学交叉连接(PXC)和可调谐激光器(TL),可通过基于微机电系统(MEMS)的技术来实现。 MEMS技术允许以非常高的密度集成光开关。同时,引入MEMS技术是从没有活动部件转向机械技术的一大步。必须解决风险与优势之间的权衡问题。介绍了基于MEMS技术的典型光学要求,并给出了证明可靠性的策略

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