HPE J9776

Aruba 2530‑24G Managed L2 Gigabit Ethernet Switch (24×1 Gb + 4×SFP)

The HPE J9776 Aruba 2530‑24G is a feature-rich Layer 2 managed GigabitEthernet Switch, offering 24 autosensing RJ‑45 ports plus four fixed SFP uplinks. Designed for branch offices, small‑medium businesses, and campus edge deployments, it delivers reliable, secure, and high-performance connectivity along with advanced management capabilities. Ideal for meeting the needs of wired devices, IP phones, servers, or uplinks via fiber, this switch delivers enterprise-grade functionality without complexity. With intuitive management options and robust security, it’s a smart choice for IT teams seeking scalable access layer infrastructure.

Features

This enterprise-friendly Gigabit switch features a non‑blocking 56 Gbps switching fabric and forwarding performance up to 41.6 Mpps for 64‑byte frames, ensuring smooth traffic handling during peak loads . It includes four dedicated Gigabit SFP uplink ports to support fiber connections, extending reach and network flexibility . The unit is powered by an ARM9E 800 MHz processor, with 256 MB DDR3 memory and a 1.5 MB dynamically allocated packet buffer to support stable, low-latency operation Management is seamless via Web GUI, CLI, Aruba AirWave or Aruba Central, or SNMP management. It provides full Layer 2 functionality including VLANs, QoS, link aggregation, ACLs, and IPv6 host support, along with access control and enhanced security policies. This model supports silent operation and flexible installation—desktop, rack, or wall mount—making it well-suited for varied deployment scenarios.

Advanced Options

Built for dependable edge networking, this switch delivers robust L2 switching with minimal latency (<2.3 µs at 1 Gbps) and high throughput capacity for mission-critical environments . Its MAC address table supports up to 16,000 entries, enabling large VLAN deployments and stable client tracking . Memory and processing specifications—ARM9E 800 MHz CPU, 256 MB DDR3 RAM, and dynamic packet buffering—ensure consistent forwarding during peak traffic.