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OmniSwitch 6900

  • Up to 1.28 terabits per second (Tb/s) of wire-rate capacity, sub-microsecond latency for high-performance server and core connectivity. Outstanding performance when supporting real-time voice, data, and video applications for converged scalable networks
  • Resiliency maximizes uptime for converged mission-critical networks
  • Increases density in a single rack and supports next-generation service densities with a very high port density in a 1U form factor. Modular slots offer versatility in terms of 40GbE uplinks and resulting oversubscription
  • Ensures efficient power management, reduces operating expenses and lowers total cost of ownership (TCO) through the low power consumption.
  • Unifies physical and virtual infrastructures providing network operators with a comprehensive end-to-end network view for VM inventory, location tracking, event and log auditing and provisioning operations. This enables error-free network administration operations and simplifies the deployment of new value added services.
  • Comprehensive and flexible fabric architecture designed to automate and simplify the end to end deployment of campus, data center, cloud-based services while preventing host address explosion and flooding with built-in SLA service support at low capital and operating costs and based on interoperable proven standards
  • The OmniSwitch virtual chassis increases system redundancy and resiliency providing maximum uptime and high availability in the network. Optimizes/simplifies Layer 2 and Layer 3 network designs and reduces administration overhead while increasing network capacity with resilient multipath active-active dual homing multi-chassis support. Works with any Ethernet device that supports standard IEEE 802.3ad (LACP) or static LAG. Provides interoperability, investment protection, and flexibility
  • Extends the lossless capability beyond FCoE to any traffic type in any CoS queue and for many queues simultaneously in the same port. Allows the administrator to have a hands-off operation using application-based dynamic Lossless configuration via Enhanced Transmission Selection (ETS) or manually engineered and tuned to the application needs.
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