Lucent Technologies Metropolis User Manual

Boost fiber capacity using low-cost passive DWDM.
Readily integrates with existing environments and is easy to maintain.
Benefits
• Delivers client signals cost-effectively
• Provides flexibility to support a wide range of applications
• Offers energy, space and operational savings
• Increases efficiency with scalable and flexible options
• Supports precise billing to match bandwidth changes
• Offers reliablity and affordability
Metropolis®Wavelength
Extension Solution
Delivers client signals cost-effectively
The Metropolis®Wavelength Extension Solution is an innovative portfolio of products that helps you cost­effectively meet increased demand and relieve fiber exhaustion in metro access and metro core optical networks. Plug and play setup with these seamless, self-configuring products can help you provide service to customers quickly and easily. They take advantage of passive DWDM technology and are easy to deploy – without the need for complex software downloads, database backups, or provisioning. Together, they provide transparent transport of signals including: FICON, ESCON, Fibre Channel, Video, Gigabit Ethernet (GbE), 155Mbps, 622Mbps, 2.5G, 10G, and 10G Ethernet on an ITU-T grid-compliant line.
Provides flexibility to support a wide range of applications
The Metropolis®Wavelength Extension Solution consists of:
• Metropolis®Multi-Wavelength Optical Amplifier (OA)
• Metropolis®Multi-Rate Transponder
• Metropolis®Passive OADM System
• Metropolis®Passive WDM System
These products can be configured to suit your specific applications requirements. They help provide operational efficiency and lower maintenance costs. For example, the Metropolis®Multi-Rate Transponder can be provisioned remotely from one data rate to another using network management software. Your customer receives a dedicated lambda that can be provisioned to their bit rate without the need to change any hardware or software.
The Metropolis®Passive WDM System can condense up to 32 wavelengths onto a single fiber, offering an excellent cost-effective answer for fiber exhaust in your metro and access network. The Metropolis
®
Passive OADM System helps provide optical add/drop capability to your metro access network, and the Metropolis®Multi-Wavelength OA can extend these multi-wavelength spans up to 130km. This combination of products offers a low-cost solution that can save floor space, increase operational efficiency, add network reliability and reduce maintenance costs.
Offers energy, space and operational savings
For metro access, you need a solution that is highly reliable and flexible – at a price that is cost­competitive. This includes ongoing operations costs in addition to your initial investment.
The Metropolis®Wavelength Extension Solution helps you use energy and floor space more efficiently. A single Metropolis®Multi-Rate Transponder can hold 12 transponders per shelf, and each one can support a wide array of data/optical interfaces. Because a single transponder can support multiple interfaces, it can help reduce your spare parts inventory. The Metropolis®Wavelength Extension Solution components using passive technology help reduce costs by simplifying operations and reducing energy.
Increases efficiency with scalable and flexible options
The Metropolis®Wavelength Extension Solution can be configured to suit many different applications in the mobility, enterprise, access, and metro space. This solution presents you with flexibility to select a suitable configuration for your applications – allowing you to turn up service and grow your system according to ever-changing customer needs. Highly scalable, it also offers:
• 8- or 16-channel unidirectional/bidirectional passive DWDM systems
• 32-channel unidirectional passive DWDM systems
• One-, two- or four-channel OADM units
• Stand-alone multi-wavelength or single-wavelength optical amplifiers
• Stand-alone transponders
The Metropolis®Wavelength Extension Solution is designed with your network evolution in mind. Lucent passive DWDM, OADM, and OAs support 2.5G and 10G, which are predominant in metro networks today.
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