Hanwha AT-x530L-52GPX-901 48-Port PoE+ Switch

Hanwha AT-x530L-52GPX-901 48-Port PoE+ Switch

The Hanwha AT-x530L-52GPX-901 is an enterprise-class managed network switch purpose-built for large-scale IP camera deployments, IoT networks, and distributed security infrastructures. With 48 Gigabit PoE+ ports and 4 x 10 Gigabit SFP+ uplinks, this switch delivers the bandwidth and power capacity required to simultaneously support hundreds of networked devices across multi-building campuses and complex facility environments.

Key Features

• 48 x 10/100/1000Base-T Gigabit Ethernet ports with integrated PoE+
• 4 x 1/10 Gigabit SFP+ ports for high-speed uplink connectivity
• 740W maximum PoE power budget with intelligent power allocation
• 176 Gbps switching fabric with 130.9 Mpps forwarding rate
• Dual stacking ports for cascaded multi-switch deployments
• Compact 1U rack-mount chassis (441 x 421 x 44 mm)
• Low-noise operation at 42 dBA for server room environments

Performance & Reliability

The switch delivers wire-speed performance with minimal latency across all traffic classes: 1.67µs at 10 Gbps, 5.27µs at 1 Gbps, and 8.34µs at 100 Mbps. The 176 Gbps switching fabric ensures non-blocking throughput, critical for surveillance systems handling multiple simultaneous video streams. Maximum power consumption is 950W with heat dissipation of 3,242 BTU/h, making it suitable for standard data center cooling infrastructure.

PoE Power Distribution

All 48 ports support flexible power delivery: 48 ports rated for PoE (7.5W and 15.4W) and 24 ports supporting full PoE+ (30W). The 740W total power budget allows simultaneous operation of high-draw devices including PTZ dome cameras, multi-sensor camera systems, wireless access points, IP intercoms, and industrial IoT equipment. Power allocation is intelligently managed to maximize device density without exceeding budget constraints.

Connectivity & Expansion

Four 1/10 Gigabit SFP+ ports provide flexible uplink options to core infrastructure, supporting both fiber and copper connectivity. Dual stacking ports enable cascading multiple switches for distributed deployments spanning large facilities, maintaining centralized management while extending port density across multiple switch units.

Applications

• Multi-building IP camera surveillance systems
• Campus-wide network access point deployments
• Industrial IoT and sensor networks
• Security checkpoint and intercommunication systems
• Distributed facility infrastructure

Jerry Tildsen

The AT-x530L-52GPX-901 is engineered for organizations requiring substantial PoE delivery capacity without overprovisioning uplink bandwidth. The 740W power budget supports approximately 24 simultaneous 30W devices or mixed-load scenarios, making it ideal for surveillance deployments combining traditional cameras with modern high-bandwidth models. The dual stacking architecture is particularly valuable for campus environments where geographic distribution conflicts with centralized network management.

Wire-speed performance ensures video stream integrity without compression artifacts caused by congestion-induced QoS degradation. At 42 dBA, acoustic impact is minimal for co-located IT environments. For organizations evaluating this platform, consider that the 740W budget represents sufficient capacity for approximately 48 active IP cameras of mixed resolution and frame rate, though actual consumption varies by device specification.