Other features
| Latency |
0.4 μs |
| Bandwidth |
144 Gbit/s |
Data transmission
| Maximum data transfer rate |
2 Gbit/s |
Ports & interfaces
| Basic switching RJ-45 Ethernet ports quantity |
8 |
Power over Ethernet (PoE)
| Power over Ethernet (PoE) |
N |
8 Ports 2Gbps The Industry’s First Fibre Channel Stackable Switch
The benefits of stackable IP switches are now available for SANs. The SANbox 5200/5202 stackable switch delivers the seamless scalability and performance of a chassis switch, in an easy-to-manage, pay-as-you-grow solution. With sixteen 2Gb ports plus a four-pack of high-speed 10Gb ISL ports, and entry as low as 8 ports with 4-port software-keyed increments and included graphical user interface (GUI) wizards, each SANbox 5200/5202 stackable switch provides maximum flexibility for configuring and scaling SANs. Available in two power supply configurations: single integrated (SB5200) and dual hot-swappable (SB5202).
Features:
-8 auto detecting 2Gb device ports.
-4 10Gb ports for high speed stacking links.
-4-port 2Gb and 10Gb field upgrade licenses available.
-Stacking of up to 6 units for 96 available user ports.
-Non-Disruptive Code Load and Activation (NDCLA).
-Single and dual hot-swap power supply configurations available.
-Configuration, Zoning and Extended Distance wizards to simplify switch installation and fabric scaling.
-Interoperable with all FC-SW-2 compliant Fibre Channel switches.
-Full-fabric, public-loop or switch-toswitch connectivity on 2Gb/1Gb ports.
-Full-fabric or switch-to-switch connectivity on 10Gb ports.
-Auto-sensing, self-configuring ports.
-Fabric Tracker tool for fabric-wide snapshots and detection of configuration changes.
-Non-blocking full-bandwidth architecture.
-I/O StreamGuard for RSCN suppression.
-"No-Wait" routing – guaranteed maximum performance independent of data traffic.
-Industry's lowest latency for maximum performance.
-SFP (small form-factor pluggable) connectivity – 16 front ports in a 1U full-width rack form-factor.
-Designed for seamless operation with higher-level third-party management applications.
-In-band, out-of-band, Telnet and SNMP management access.
-ASIC-embedded memory – faster, more scalable and more reliable than shared memory architecture.
