Ruckus ICX7550-48ZP-E2-R3 48-Port PoE-BT Bundle Ethernet Switch

Ruckus ICX7550-48ZP-E2-R3

48-Port Managed PoE-BT Ethernet Switch Bundle – High-Power Enterprise-Grade Switching

The Ruckus ICX7550-48ZP-E2-R3 is a next-generation managed PoE-BT switch tailored for high-demand enterprise networks. Supporting up to 90W of PoE-BT power per port, it provides robust connectivity and performance for powering Wi-Fi 6/6E access points, advanced surveillance cameras, IoT devices, and smart building applications. Bundled with dual redundant hot-swappable power supplies, it delivers unmatched reliability and uptime for mission-critical environments.

Expanded Overview :

With 48 Gigabit Ethernet PoE-BT ports, the ICX7550-48ZP-E2-R3 delivers consistent performance and high-capacity power delivery for networks with power-hungry devices such as 4K/8K PTZ cameras, wireless APs, and interactive smart displays. Supporting up to 90W per port, it eliminates the need for separate power adapters while ensuring future-proof scalability in enterprise infrastructure.

Featuring advanced Layer 3 routing—including OSPF, RIP, VRRP, and static routing—the switch supports comprehensive traffic management across VLANs, subnets, and enterprise-grade backbones. Its non-blocking architecture guarantees wire-speed forwarding across all ports, ensuring smooth data handling even during peak loads in dense environments.

Designed to maximize uptime, this bundle integrates dual hot-swappable redundant power supplies and advanced cooling, maintaining continuous operation while enabling convenient servicing. The stackable 1U form factor allows organizations to scale up to 12 devices in a unified stack while maintaining centralized management and streamlined operations.

With enterprise-class security, QoS, and policy enforcement tools, the ICX7550-48ZP-E2-R3 supports environments requiring robust control, compliance, and application prioritization. Its energy-efficient design with smart airflow contributes to reduced operational costs without compromising performance.