Industry-defining Converged Supercore systems built for extreme performance packet transport with unprecedented core management efficiency.
PTX Series Packet Transport Routers are high-performance Converged Supercore platforms for service provider networks. These routers deliver powerful capabilities based on the Junos Express chipset and forwarding architectures optimized for MPLS and Ethernet, with integrated, coherent 100GbE technology.
Service Providers need innovative network architectures that are dense, cost optimized, highly available, and simplified. The PTX Series dynamic Converged Supercore model with 100 GbE coherent optical technology provides that, and improves total cost of ownership (TCO), optimizes power use, and drastically reduces space utilization.
The PTX Series routers deliver critical core functionalities, game changing density and scalability, cost optimization, high availability, and network simplification. The Converged Supercore is an integrated end-to-end packet transport solution optimized to deliver the routing and transport technology necessary to economically accommodate the core networking requirements of the new connected economy.
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PTX3000 Packet Transport Router form the Converged Supercorefor space and power constrained environments. |
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PTX5000 Packet Transport Router is the foundation of the Converged Supercore. |
| Feature | Benefit |
|---|---|
| System capacity that scales to 2 Tbps per slot | PTX Series scalability, performance and density allows service providers to increase the capacity without expanding their network and facility footprint. |
| High availability hardware | Critical capability for service provider supercores which carry all traffic. |
| High availability software | Allows software upgrades and changes without disrupting the traffic. |
| Unparalleled packet processing scale | Meets the challenge of scaling the network to increases in traffic while reducing service delivery cost. |
| Ultracompact PTX3000 form factor meets ETSI 300 mm standards | Critical requirements for optical elements in colocations, central offices, and metro networks. |
