The r10004 is three times smaller than comparable core routers and supports a mix of 100GbE and 10GbE ports.
The technology integrates optical and electronic components onto a single microchip. This represents a cross-disciplinary achievement which has been pursued by industry giants for years without success. It has long been accepted that direct silicon-to-photonics technology would be a required breakthrough to achieve order-of-magnitude Internet speed increases.
Compass-EOS’ icPhotonics optical interconnect fundamentally changes the way routers are built, and represents the technological foundation required for petabit networking. The resulting high capacity r10004 router simplifies the deployment, operation, and scaling of service provider networks.
Each r10004 can serve as a modular router building block for the deployment of scale-out routing, enabling software-defined networking (SDN) and other approaches such as network function virtualization (NFV).
The first commercially available Compass-EOS router offers many benefits for service providers:
- High capacity at dramatically lower footprint and power consumption
- Pay-as-you-grow scalability
- Guaranteed quality of service (QoS) at high utilization rates
- Maximum router protection from DDoS attacks at maximum capacity
- Designed for SDN from day one, enabling network virtualization
- Unmatched levels of congestion-free multicast traffic.
“A major concern for service providers today is how to scale their networks while simplifying operations and improving utilization. We set out to address that concern by building a new breed of routers,” said Gadi Bahat, CEO of Compass-EOS. “Our revolutionary router design built on icPhotonics simplifies the network, brings about cost savings, moves service providers toward SDN and network virtualization, and allows for better utilization.”