Alcatel-Lucent 1665 DMX
D ATA M U LT I P L E X E R | R E L E A S E 9
The Alcatel-Lucent 1665 Data Multiplexer (DMX) integrates Ethernet, storage area network (SAN) and SONET functionality into a high-capacity, compact platform. This combination enables multiservice growth for service providers from traditional voice/private line services to a hybrid mix of voice/private line, data/packet and SAN transmission services. For deployment and operational simplicity, the 1665 DMX shares common software and many interfaces with its compact companion product, the Alcatel-Lucent 1665 DMXtend. The AlcatelLucent 1665 DMX and 1665 DMXtend are key components of the comprehensive Alcatel-Lucent optical portfolio, providing end-to-end optical solutions for today’s metro and long-haul networks.
Features
•TDM interfaces from DS1 to OC-192
•Ethernet support up to full line-rate GigE
•SAN interfaces: FC/FICON/ESCON
•SONET protection on all services
•240 G STS-1 and 40 G VT1.5 switch fabric with a very large fabric (VLF) main
•Rich, full-featured Ethernet capabilities and services; Metro Ethernet Forum certified
•Outside plant (OSP) hardened for cabinet and hut deployments
•Electrically hardened for utility substation deployment
•Shared software and many shared interface modules with the AlcatelLucent 1665 DMXtend
Benefits
•Helps preserve investments in SONET infrastructure while expanding packet services on a common platform
•Reduces space and power consumption
•Helps reduce operating costs with simplified maintenance, training and spare parts inventory
•Reduces the need for individually provisioned digital cross connections
Applications
•Multiservice aggregation: TDM (for voice and private line data), Ethernet, SAN
•Carrier Ethernet services
•Mobile backhaul network build-out
•Loop access/cabinet deployment
•High-capacity fiber build-outs for enterprise data centers and highvolume services
•Utility substation deployments
•Increases revenue potential with high TDM port density and integrated Ethernet, SAN and resilient packet ring (RPR) interfaces supported by a robust feature set
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