Robust Connectivity
The PF5428 is the ideal solution for network gateways or other networks requiring 10GbE connectivity.
PF5340-48 Switch offers
- 1,440 Gigabits per Second non-blocking bidirectional throughput in a 1U form factor.
- 1,071 Million Packets per Second processing performance.
- 48 x SFP/+ ports that operate at 1GbE or 10GbE.
- 6 x QSFP+ ports that operate at 40GbE or 4x10GbE (using split cables).
PF5340-32 Switch offers
- 2,560 Gigabits per Second non-blocking bidirectional throughput in a 1U form factor.
- 1,428 Million Packets per Second processing performance.
- 32 x QSFP+ ports that operate at 40GbE or 4x10GbE (using split cables).
Both models offer
- Support for OpenFlow:
- 1,792 entries ACL Policy Flow Table.
- 294,912 Bridging Flow Table.
- Modular design with internal redundant hot–swappable power supplies and fan.
- Front to back or back to front airflow.
Product Description
Please contact us for pricing.
Key Benefits
- Reduced network complexity OpenFlow support eliminates the need for traditional network protocols, reducing complexity.
- Cloud ready NEC’s Virtual Tenant Networks (VTN) technology provides secure, multi-tenant cloud networks.
- Highly scalable with capacity of up to 160,000 flow entries for a variety of virtualization, security and performance applications.
- Easy migration by supporting both OpenFlow and legacy protocols so an ideal platform for getting started with SDN.
- Unsurpassed network availability with advanced OpenFlow availability features for advanced levels of availability.
- Reliability with power redundancy and uninterrupted service through dual field-replaceable AC power supplies.
Virtual Network (VTN-OEF)
The virtual network (VTN-OEF) is a virtualized network method specialized in scalability, fault tolerance and virtualization of L2 networks for large datacenters.
- Virtual network (VTN-OEF) communications are set up as mutually independent networks by the controller.
- Virtual networks are designed, added or changed through a GUI of the controller without regard to the physical network configurations.
- Virtual L2 networks are configured using virtual L2 switches.
- High speed switching in case of a failure in large networks is achieved by a combination of OpenFlow protocol and PF5340’s automatic terminal address learning function.
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