Solutions
The deployment of converged networks for triple-play, IPTV and advanced
VPN business services presents service providers with a significant
opportunity to generate new revenue streams. Yet it also presents a major
challenge in delivering high bandwidth, packet-based services over a
converged infrastructure without compromising on quality of service. The
problem is further compounded by the fact that that the take-rate and
bandwidth requirements for new IP-based services are difficult to predict.
Systems OEMs need to build products that can "pay as you grow". Scalable
architectures are crucial to meet the diverse quality of service needs
demanded by current and future services the service providers' networks
will have to support.
Finally, these increasingly complex, scalable platforms must be designed
inside ever-decreasing development cycles. Customers are therefore now
looking at all aspects of a system's architecture and making decisions as
to where to focus their engineering resources in order to deliver
compelling, differentiated platforms to the market.
As the diagram below indicates, Enigma's strategy is to meet this system
challenge by delivering solutions that combine the strengths of Enigma's
HybriCore switches and
fabric managers with the fine-grained QoS capabilities of discrete
traffic manager and network processor components. Enigma is working with a
number of semiconductor partners such as
TPACK and
EZchip
that develop such devices to prove
component interoperability and, more importantly, to develop platforms that
demonstrate the QoS capabilities and scalability of the combined devices.
For more information on the Enigma/TPACK solution, please see the
white paper
and datasheet.
For more information on the Enigma/EZchip NP-2 NPU solution, please see the
interoperability test report.
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| The Enigma HybriCore Solution |
Inside this type of architecture, the role of the HybriCore chipset is
to provide high performance, regulated, traffic manager to traffic manager
channels that can be utilized by the traffic manager devices themselves.
The HybriCore chipset provides a significant amount of performance headroom
to ensure that customers can "future-proof" their systems, and addresses
the system challenge outlined above in three ways:
- Performance: As the highest performance, densest chipset on the
market, it provides significant performance headroom to prolong the
viability of deployed systems.
- Flexibility: The range of fabric managers and the capability of
the backplane serial links to operate across a broad spectrum of
frequencies allows companies to develop sophisticated functionality
upgrade strategies while leveraging the core switching architecture
that is initially deployed into the field. Additionally, the system
approach outlined above allows different combinations of traffic
manager/NPU subsystems and line card densities to be mixed inside
a system.
- Density: The family of fabric managers, which includes the
industry's first 40 Gbps, full duplex component, deliver unprecedented
levels of integration. The fabric manager requires no external buffer
memory, which simplifies line card design, reduces system power and
cost and enables system designers to finally contemplate the
development of 80 Gbps+ line cards using off-the-shelf silicon.
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