Switch HP Enterprise 1930 JL682A Instant On 24-port Gigabit with 4 SFP+ ports (5 units)

Pack of five HP Enterprise 1930 (JL682A) Instant On switches, each providing 24 Gigabit Ethernet ports and 4 SFP+ slots for fiber or high-speed uplinks. These switches deliver basic managed features and reliable wired connectivity for small to medium business networks, allowing expansion of LANs and flexible connection of servers, wireless access points and aggregation links.

Advantages

The HP Enterprise 1930 series combines gigabit copper ports with SFP+ uplink options to support both copper and fiber connections, offering flexible deployment choices. Instant On management simplifies setup and basic configuration without requiring advanced networking expertise. The included SFP+ ports enable higher-speed uplinks or fiber links for backbone and server connections, while the 24-port density supports multiple devices in a compact rack- or desktop-friendly form factor.

Suitable for

• Small to medium business LAN expansion
• Connecting servers and storage to the network
• Uplinks to core switches or fiber backbones
• Wired connectivity for access points, IP phones and workstations

Key specifications

• Model: HP Enterprise 1930 (JL682A)
• Ports: 24 × Gigabit Ethernet
• Uplink slots: 4 × SFP+ (for fiber or 10GbE uplinks)
• Management: Instant On basic managed features
• Pack quantity: 5 units

How to use

Install each switch in a rack or place it on a desktop, connect power and attach network devices to the Gigabit Ethernet ports. Use the SFP+ slots for fiber modules or 10GbE SFP+ transceivers when higher-speed uplinks or fiber connections are required. Access Instant On management via the web interface or mobile app to perform initial configuration, set VLANs, link aggregation and basic security settings, then integrate the switches into your existing network topology.

Usage recommendations

For stable performance, use compatible SFP+ transceivers and fiber cabling rated for your chosen speeds, keep firmware updated, and plan VLANs and uplinks to match traffic patterns and redundancy requirements.