Are you looking for a high-performance Fibre Channel switch for departments, enterprises, or the edge? The HPE Storage Fibre Channel Switch C-series SN6010C is a high-performance, flexible, and cost-effective platform providing high-density, 16Gbps ports for storage networking deployments in small, medium-sized, and large enterprise environments. This switch offers outstanding value by providing high-availability, security, and ease of use at a cost-effective price in a compact one-rack-unit (1RU) form factor. With the flexibility to expand from 12 to 48 ports in 12-port increments, it offers the densities required to scale from an entry-level departmental switch to top-of-the-rack switch to edge connectivity in enterprise SANs. This switch delivers a non-blocking architecture, with all 48 4/8/16Gbps ports operating at line rate concurrently. With dual redundant hot-swappable power supplies and fan trays, this switch offers high availability scalable to mission-critical deployments.
High Performance for NVMe/All-flash Arrays and Virtualized Workloads
Delivers outstanding availability and reliability by providing optional redundancy on all major components, such as power supplies and fans.
Fibre channel Storage Networking Services at a Cost-effective Price
N_Port ID Virtualization(NPIV) and N-Port Virtualization (NPV) technology provides independent management for each virtual machine and scaling of SANs without reaching Fibre Channel domain ID limits.
High Availability Platform
Offers non-disruptive software upgrades, dual hot-swappable power supplies (integrated fans for redundancy), hot-swappable fans, VSANs for fault isolation, port channels for ISL resiliency, and F-port trunking for resiliency on uplinks operating in NPV mode.
Simplified Management
Common platform architecture and the use of MDS 9000 NX-OS Software intelligent storage networking services across all MDS 9000 Family switches reduce ongoing operating expenses by providing a consistent set of provisioning, management, and diagnostic capabilities.
