Bolster the performance of your enterprise network or data center using the HPE SN6700B 64Gb 56/24 24-port 32Gb Short Wave SFP28 Integrated Fiber Channel Switch. With 24 active ports and support for up to 56 ports using Port-on-Demand upgrade kits, it allows easy network scalability. This Gen 7 switch features autonomous SAN functionalities, such as self-learning, self-healing and self optimizing, for easy network management. Its advanced automation capabilities eliminate the risk of human errors during repetitive tasks. With 64Gb links, the HPE SFP28 24-port switch has an aggregate switch bandwidth of 3.584 Tbps. Its ports’ low latency improves the performance of NVMe storage.
HPE manufactures this rack-mountable fiber channel switch in a compact 1U form factor for a minimal footprint. It comes with Fabric Vision® technology for increased visibility across the storage network and simplified management. This SFP28 switch features Inter-Switch Link (ISL) Trunking software for optimal load balancing and bandwidth utilization in trunking groups.
Bolster the performance of your enterprise network or data center using the HPE SN6700B 64Gb 56/24 24-port 32Gb Short Wave SFP28 Integrated Fiber Channel Switch. With 24 active ports and support for up to 56 ports using Port-on-Demand upgrade kits, it allows easy network scalability. This Gen 7 switch features autonomous SAN functionalities, such as self-learning, self-healing and self optimizing, for easy network management. Its advanced automation capabilities eliminate the risk of human errors during repetitive tasks. With 64Gb links, the HPE SFP28 24-port switch has an aggregate switch bandwidth of 3.584 Tbps. Its ports’ low latency improves the performance of NVMe storage.
HPE manufactures this rack-mountable fiber channel switch in a compact 1U form factor for a minimal footprint. It comes with Fabric Vision® technology for increased visibility across the storage network and simplified management. This SFP28 switch features Inter-Switch Link (ISL) Trunking software for optimal load balancing and bandwidth utilization in trunking groups.
