Name: SB5602-20A QLogic SANbox 5600 Series SB5602 16 x Ports 4Gb/s + 4 x Ports 10Gb/s Stackable Fibre-Channel Switch
Brand: QLogic
SKU: SB5602-20A
Price: 230.88 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The QLogic SANbox 5600 (SB5602-20A) is a compact, stackable Fibre Channel switch optimized for scalable and high-throughput storage networks. With up to 20 Fibre Channel ports, stacking capabilities, and comprehensive management tools, it provides robust connectivity and simplified administration. Ideal for small to mid-size enterprise SAN environments, the SANbox 5600 ensures low-latency communication, secure access control, and seamless network growth through intelligent switching and efficient stacking.

General Information
Brand	QLogic
Part Number	SB5602-20A
Condition	Refurbished

Technical Information
Switch Ports	16 x 4Gbps SFP Fibre Channel ports (activated by default; expandable to 20 via licensing) - 4 x 10Gbps XPAK stacking ports Universal ports auto-configuring as F_Port, FL_Port, E_Port, G_Port, or GL_Port
Switching Capacity	238 Gbps per chassis, non-blocking architecture
Switch Forwarding Rate	850 MBps full-duplex on 4Gbps ports; 2550 MBps full-duplex on 10Gbps ports

Performance
Latency	Less than 0.4 microseconds

Management and Configuration
Management Type	QuickTools web applet - Command Line Interface (CLI) - Enterprise Fabric Suite (optional) - SNMP, RADIUS, FTP, TFTP, SMI-S - 10/100 Ethernet (RJ-45), serial port (RS-232 with DB9), in-band Fibre Channel management

Physical Characteristics
Dimensions	Single PSU: 1.7 x 17 x 12 inches (43.2 x 432 x 305 mm) - Dual PSU: 1.7 x 17 x 20 inches (43.2 x 432 x 508 mm)
Weight	9.00

Product Description
The QLogic SANbox 5600 (SB5602-20A) is a high-performance, stackable Fibre Channel switch designed for scalable storage networks. It comes with 16 activated 4Gbps SFP Fibre Channel ports, with expansion capabilities up to 20 ports via licensing, making it ideal for growing environments. The switch also features 4 x 10Gbps XPAK stacking ports that enable seamless stacking of up to six units, supporting advanced topologies such as cascade, mesh, and multistage configurations. With a switching capacity of 238 Gbps and non-blocking architecture, the SANbox 5600 ensures efficient data handling across all ports. Ultra-low latency under 0.4 microseconds and embedded memory buffers per port provide smooth, high-speed communication. This model also includes intelligent port auto-configuration, robust security with zoning and ACLs, and versatile management through web interface, CLI, SNMP, and in-band management. Key Features 16 x 4Gbps Fibre Channel ports (expandable to 20) 4 x 10Gbps XPAK stacking ports for high-speed switch interconnect Auto-configuring universal ports supporting F_Port, E_Port, G_Port, and more Stack up to 6 switches using 10Gbps links Switching capacity of 238 Gbps with non-blocking architecture Less than 0.4 microseconds latency for fast data delivery Web-based, CLI, and SNMP management with enterprise integration Strong security features including hardware zoning and RADIUS support This switch is built for demanding SAN environments, delivering performance, scalability, and manageability for modern enterprise storage infrastructures.

Use Cases
The QLogic SANbox 5600 Series SB5602-20A is primarily deployed in mid-size enterprise SANs and data centers requiring scalable, low-latency storage networking. It is well-suited for environments where consolidated storage access and simplified network management are critical, such as virtualized server farms and storage clusters. How It's Used: Connecting multiple virtualization hosts in enterprise IT infrastructures to optimize storage traffic and reduce latency. Deploying in SMB data centers to enable scalable Fibre Channel SAN fabrics with centralized management. Stacking switches in storage clusters for high availability and seamless bandwidth aggregation. Supporting high-throughput workloads in video editing and media production environments requiring rapid data access. Implementing in remote or branch offices to extend SAN connectivity with minimal administrative overhead. This switch enhances operational efficiency by enabling straightforward SAN expansion through its stacking capabilities and robust port architecture. It supports growing storage demands while maintaining ultra-low latency, making it a practical choice for complex, evolving SAN environments.