Name: JL586A HPE 48x 10GBase-T 6x QSFP+ 2x QSFP28 Layer 3 Managed Switch
Brand: HPE
SKU: JL586A
Price: 10200.00 USD
Availability: InStock
Rating: 4.8 (119 reviews)

Product Overview
The HP FlexFabric 5710 Series 48XGT 6QSFP+ offers a mix of 10GBase-T and high-speed QSFP uplinks to bridge copper and fiber connections effectively. It's a managed Layer 3 switch that fits well in enterprise and data center racks, providing flexible routing and switching options without excess complexity.

General Information
Brand	HPE
Part Number	JL586A
Condition	Refurbished

Technical Information
Number of Ports	48-Ports
Port Type	10GBase-T, 40G QSFP+
Port Speed	10 Gbps,40 Gbps,100 Gbps
UpLink Ports	6 x QSFP+ (40G), 2 x QSFP28 (100G)
POE Support	No
Switching Capacity	1840 Gbps (full-duplex, approximate)
Switch Forwarding Rate	3593750000 pps (approx)
VLAN Support	Yes
Max VLANs Supported	1-4094
Layer Support	Layer 3
Connector Type	RJ-45, QSFP+, QSFP28, USB Console, Serial Console (RJ-45)

Performance
Jumbo Frame Support	Up To 9216 Bytes

Management and Configuration
Routing Protocols	Static, OSPF
Remote Protocols	Yes
Management Interfaces	Web GUI, CLI (SSH/Telnet), SNMP, Console (RJ-45)
Security Features	Access Control Lists (ACLs), 802.1X, DHCP Snooping, IP Source Guard, Storm Control, SSH
Management Type	In-band and Out-of-band
Remote Management Protocol	SSH, Telnet, HTTP/HTTPS, SNMP
Routing Protocol	Static, OSPF, BGP, VRRP

Power & Cooling
Fans	Hot-swappable redundant fans

Physical Characteristics
Weight	5.00
Operating Temperature	0°C to 45°C

Miscellaneous
Compliance Standards	RoHS, CE

Product Description
The HP FlexFabric 5710 Series 48XGT 6QSFP+ switch provides a robust and flexible network solution designed for data centers and enterprise environments. It is built for handling high-bandwidth applications with a combination of copper and fiber connectivity options. Often found in demanding network settings, this switch supports advanced Layer 3 routing, making it suitable for IT professionals who require reliable and scalable performance. Its rack-mountable design fits seamlessly into existing infrastructure setups. Key Features Combines 10GBase-T copper ports with high-speed QSFP+ and QSFP28 fiber uplinks Advanced Layer 3 protocols for efficient traffic management and routing Supports multi-gigabit Ethernet speeds to accommodate diverse device needs Designed to ensure high availability and network resilience Optimized for data center and large enterprise deployments This switch is commonly deployed in core and aggregation layers within enterprise networks, handling intensive data traffic smoothly. It helps maintain network stability and scalability while adapting to evolving connectivity demands.

Use Cases
The JL586A HPE 48x 10GBase-T 6x QSFP+ 2x QSFP28 Layer 3 Managed Switch is ideally suited for networks requiring high-density 10Gigabit copper connectivity combined with scalable uplink options for fiber environments. It benefits enterprise IT teams and data center architects managing complex routing and switching demands within dense rack deployments and virtualized workloads. How It's Used: Aggregating 10GBase-T server connections in enterprise data centers to simplify cabling and improve throughput for virtualization platforms. Providing 40GbE and 100GbE uplinks in high-performance computing clusters requiring low-latency and high-bandwidth interconnects. Supporting leaf-spine architectures in campus networks where a mix of copper and fiber infrastructure is necessary for flexibility. Serving as a distribution switch in mid-sized remote office environments that demand Layer 3 routing and advanced management capabilities. Enabling storage area networks (SANs) with diverse connectivity needs, consolidating copper and fiber links for efficient data transfer. By integrating multiple 10G copper ports with high-capacity QSFP uplinks, this switch enhances network scalability and operational efficiency. Its Layer 3 capabilities facilitate sophisticated routing protocols, making it a practical choice for environments that require both performance and adaptable network design.