SN 16000 Intelligent Optical Switching Platform - Sycamore ...
SN 16000 Intelligent Optical Switching Platform - Sycamore ...
SN 16000 Intelligent Optical Switching Platform - Sycamore ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Product Brief<br />
As service providers seek practical, cost-effective ways to<br />
evolve their networks, the stages in between a static ring and<br />
a dynamic mesh infrastructure are the most challenging; and<br />
for hybrid network and phased migration deployments, the<br />
<strong>SN</strong> <strong>16000</strong> has no peer. <strong>Intelligent</strong> optical switching supports<br />
non-disruptive, business-driven network evolution, minimizes<br />
incremental capital investment, and increases operational<br />
flexibility at every step.<br />
An Advanced <strong>Optical</strong> <strong>Switching</strong> <strong>Platform</strong><br />
Your Choice of Right-Sized Configurations<br />
The <strong>SN</strong> <strong>16000</strong> switching platform is available in single<br />
chassis or multi-chassis configurations. Multi-chassis options<br />
– from the economical 128 x 128 to the industry’s largest<br />
1024 x 1024 matrix size – deliver maximum efficiency and<br />
scalability in an architecture designed for future growth. The<br />
single chassis <strong>SN</strong> <strong>16000</strong> SC (64 x 64) provides the same<br />
features, right-sized for smaller sites. In any configuration,<br />
a modular chassis design contributes to high network<br />
availability, scalability, and port density.<br />
Unmatched Capacity and Scalability<br />
The <strong>SN</strong> <strong>16000</strong>’s opto-electrical (O-E-O) switch design<br />
delivers the industry’s highest capacity switching solution,<br />
with an all-optical backplane to support superior scalability.<br />
Software-configurable Gigabit Ethernet, 10 Gigabit Ethernet,<br />
SONET/SDH, and OTN/G.709 service interfaces offer perport<br />
switching granularity and grooming to STS-1/AU-3.<br />
Interchangeable SONET/SDH and high-speed Ethernet<br />
interfaces, and in-service pluggable transport optics – on a<br />
single Universal Service Card – allow exceptional network<br />
design flexibility and pay-as-you-grow deployments. In-service<br />
scalability from 320 Gbps to 2.5 Tbps supports seamless,<br />
non-disruptive expansion.<br />
Advanced Control Plane and Management Software<br />
The advanced optical routing and signaling capabilities of<br />
BroadLeaf ® networking software underpin support for TDM<br />
and data aggregation, dynamic service provisioning, diverse<br />
protection and restoration, and the interworking of ring and<br />
mesh topologies. <strong>Sycamore</strong>’s industry-leading intelligent<br />
control plane complies with ITU-T ASON, IETF GMPLS, and<br />
OIF UNI/E-NNI standards.<br />
Distributed network intelligence empowers service providers to<br />
gradually and selectively automate operations – while meeting<br />
or exceeding the most stringent criteria for availability. SILVX ®<br />
network management software provides end-to-end optical<br />
network configuration, performance management, and realtime<br />
capacity monitoring, for creating and controlling dynamic<br />
services.<br />
2<br />
Suite of Integrated Transport Optics<br />
In-service pluggable optics make it possible to tailor optical<br />
reach to each service interface and support extended<br />
distances without electrical regeneration. Integrated switching<br />
and transport eliminates collocated DWDM equipment, to<br />
further reduce capital expenditures, operational expenses,<br />
and network complexity. An architecture designed for<br />
seamless feature enhancements enables the <strong>SN</strong> <strong>16000</strong><br />
platform to gracefully incorporate emerging technologies (e.g.,<br />
OTN/G.709) in line with evolving network standards.<br />
User-Configurable Communication Channels<br />
BroadLeaf’s IP-based control plane architecture supports<br />
configuration of <strong>SN</strong> <strong>16000</strong> nodes with a mix of in-band and<br />
out-of-band control channels, to improve network resiliency<br />
and management flexibility. The ability to separate network<br />
traffic and control plane traffic enhances network security and<br />
reliability. The same open systems architecture that enables<br />
advanced intelligent optical switching also provides SONET/<br />
SDH processing, grooming, in-band control, and performance<br />
management features vital for interoperability in hybrid networks.<br />
Proven Reliable Performance<br />
Completely redundant hardware system components and<br />
interconnections ensure the <strong>SN</strong> <strong>16000</strong>’s operationally proven<br />
reliability and availability; while advanced software features<br />
support industry-leading network awareness and performance.<br />
The <strong>SN</strong> <strong>16000</strong> switching platform has proven its value and<br />
reliability in deployments at the core of some of the world’s<br />
largest and most innovative optically switched networks.<br />
Modularity redefiNeS “flexiBility”<br />
The Universal Service Card (USC) for the <strong>SN</strong> <strong>16000</strong> significantly<br />
reduces network costs and increases application flexibility for<br />
service providers. Interchangeable SONET/SDH and high-speed<br />
Ethernet interfaces, with varying optical reaches and service<br />
rates – on a single card – add the value of modularity to<br />
<strong>Sycamore</strong>’s hallmark intelligence and seamless integration. Userselectable<br />
Line Interface Modules (LIMs) and in-service pluggable<br />
optics provide a cost-effective way to add services and tailor<br />
optical reach precisely where and when traffic demands dictate.<br />
Modular architecture reduces operational complexity and<br />
expenses, from installation to inventory and sparing. Modularity<br />
also simplifies network design, configuration, and service<br />
upgrades. By forming an extensible platform for in-service<br />
enhancements, the USC favorably impacts the economics of<br />
future network and service growth. The <strong>SN</strong> <strong>16000</strong> supports<br />
versatile SONET/SDH and standards-based Ethernet solutions,<br />
pay-as-you-grow deployment options – with no stranded ports –<br />
and the most efficient data aggregation possible.