E7Y69A HP 48-Port 16GB Fibre Channel SAN Switch
Out of stock
E7Y69A Overview
The HP E7Y69A 48-Port 16Gb Fibre Channel SAN Switch is a high-density, enterprise-class storage networking solution designed for mission-critical SAN environments. It delivers 48 active Fibre Channel ports, each operating at 16Gbps line rate, while maintaining backward compatibility with 8Gbps and 4Gbps devices, ensuring seamless integration into existing infrastructures and smooth migration to higher speeds.This switch is built for large-scale storage consolidation, virtualization, and cloud deployments, offering the performance and resiliency needed to handle demanding workloads such as high-transaction databases, large virtual machine environments, and backup/restore operations. With its rack-mountable 1U form factor, it provides exceptional port density and performance without occupying excessive data center space.
E7Y69A Technical Specifications
HP 48-Port 16GB Fibre Channel SAN Switch
Manufacturer Part Number:E7Y69A
Brand Name:HP
Product Type:Fibre Channel SAN Switch
Number of Ports:48
Port Type:SFP+
Port Speed:16Gbps per port
Aggregate Bandwidth:768Gbps
Data Transfer Rate:1600 MB/s per port
Form Factor:Rack-Mountable
Rack Unit:1U
Switching Fabric:Non-blocking architecture
Scalability:Ports on Demand licensing supported
Expansion:Up to 48 active ports
Management:CLI, SNMP, Web Tools, Brocade Network Advisor
Fabric Services:ISL Trunking, Zoning, Fabric Watch
Security:Role-based access, Secure Fabric OS features
Redundancy:Hot-swappable fans and power supplies
Power Supply:Redundant AC power supported
Cooling:Front-to-Back airflow
Latency:Ultra-low for mission critical workloads
Compatibility:HP StorageWorks, 3PAR, XP, EVA storage arrays
Application:Enterprise SAN connectivity
Performance:High throughput with minimal congestion
Reliability:Enterprise-class fault tolerance
Environmentally Friendly:Yes
Certification:RoHS Compliant, Energy Efficient
Operating Temperature:10°C – 40°C
Operating Humidity:10% – 85% Non-condensing
Weight:Standard lightweight 1U design
