PL-1000TE is an advanced, all-in-one CWDM/DWDM optical transport product supporting up to 8 transponders with flexible mix of industry standard based protocols. It integrates a rich and cost effective feature set in a compact 1U chassis with low power consumption.
The PL-1000TE is designed for CWDM/DWDM solutions that require high throughput, transparent and low latency, data, storage, TDM and CommonPublic Radio connectivity. By combining a variety of multi-rate services,
The PL-1000TE allows maximum flexibility and scalability for fiber optic connectivity. The availability of sub 10G, 10G and 16G flexible services mix in the same product, provides transparent migration capability from
sub 10G to 10G services with zero downtime.
PL-1000TE allows easy upgrade or expansion of the required services by simply adding the needed pluggable optical modules (SFPs/SFP+) in the available slots or by stackable solution. This architecture provides true
scalability at the minimum possible cost.
The PL-1000TE supports the full spectrum of FC protocol rates: 1Gbps, 2Gbps, 4Gbps, 8Gbps, and 16Gbps. and wide spectrum of Common Public Radio Interface (CPRI) protocol rates. Together with its extremely low latency, low power consumption, small foot print (1U, ETSI) and affordability, The PL-1000TE is the best in class CWDM/DWDM solution for connecting two data centers or back up sites.
The PL-1000TE is designed to support point-to-point, Linear ADM, Ring and Regenerator topologies with facility protection. The PL-1000TE is a highly integrated device incorporating optional Mux/DeMux, EDFAs and an optical switch module, enabling a simple and cost effective upgrade of existing infrastructure with any type of service.
The PL-1000TE is highly suitable for applications such as:
• High capacity low latency, data center connectivity
• Efficient connectivity for campus, ISP and enterprise networks
• Delivery of high bandwidth managed services over dark fiber
• Upgrade of existing WDM networks to support 10GEth and 16G FC services
• CPRI communication between RE and REC
• High throughput Metro Ethernet connectivity
• Solving bottlenecks in fiber exhausted optical networks