Hanwha SWT-F11MGHP 11 Port PoE++ Network Switch

Hanwha SWT-F11MGHP 11 Port PoE++ Network Switch

The Hanwha SWT-F11MGHP is a hardened, enterprise-grade managed network switch designed for IP surveillance, access control, and industrial IoT deployments. With 8 Gigabit PoE+ ports (four supporting up to 60W PoE++), three high-speed SFP fiber ports, and 240W total PoE budget, this switch delivers the power and connectivity needed for large-scale camera systems and networked security devices. Its compact DIN-rail design, wide operating temperature range (-40°C to +75°C), and redundant 48-57VDC power supply make it ideal for outdoor, vehicle-mounted, and mission-critical installations.

Key Features

• 8 × 10/100Base-TX PoE+ ports; Ports 1-4 support 60W PoE++, Ports 5-8 support 30W PoE
• 3 × SFP ports: 2 × 100/1000/2500Base-FX + 1 × 100/1000Base-FX for fiber uplinks
• 240W PoE budget; 250W maximum power consumption
• 13.6 Gbps switching bandwidth with 7µs latency for real-time performance
• Redundant 48-57VDC DIN-rail power supply with reverse polarity and overload protection
• DIN-rail or wall-mount installation; compact 6.0 × 3.5 × 4.5 inch footprint
• Hardened design rated for -40°C to +75°C operation and extreme EMI/EMS environments

Advanced Network Management

The switch provides Layer 3 static routing (32 routes), support for 256 VLANs with multicast (128 IGMP groups per VLAN), and comprehensive redundancy protocols including MSTP, RSTP, STP, and ERPS G.8032. Store-and-forward processing, 8K MAC address table, and support for jumbo frames up to 9.6KB ensure reliable high-throughput operation across diverse network topologies.

Security & Access Control

• 802.1x port-based network access control with NAS and AAA/RADIUS authentication
• TACACS+ support for centralized password management
• SNMPv3 encrypted authentication and device binding
• MAC-based port enable/disable and access security
• ARP inspection and IP source guard to prevent spoofing attacks
• HTTPS/SSH encrypted management interfaces
• 8 priority queues and user-defined port rate limiting

Management & Monitoring

Full SNMP v1/v2c/v3 and RMON support enable remote monitoring and configuration. Multiple management options include web-based GUI, Telnet, and CLI. Comprehensive LED indicators provide real-time visibility into power, fault, port status, PoE activity, and alarm conditions.

Rugged Specifications

Built to withstand harsh industrial and outdoor environments with MTBF exceeding 100,000 hours. Certified to FCC Part 15, EN61000-4 EMS standards (ESD, surge, conducted/radiated immunity), IEC60068 mechanical shock, vibration, and free-fall standards, plus EN50121-4 railway and NEMA TS2 traffic compliance.

Applications

• Large-scale IP surveillance systems with multiple high-power cameras
• Vehicle-mounted and mobile command centers
• Railroad, traffic, and industrial monitoring networks
• Access control and emergency communication systems
• Fiber-extended network deployments requiring long-distance connectivity

Eden Phillips

The SWT-F11MGHP stands out for its balanced approach to power delivery and network performance in hardened environments. The 60W PoE++ capability on four ports accommodates next-generation thermal or multi-sensor cameras without requiring additional power injectors. Its three SFP slots—including two 2.5Gbps-capable ports—provide flexible uplink options for fiber-based backbone integration, critical in electrically noisy industrial settings.

The combination of ERPS G.8032 ring protection and MSTP support ensures sub-50ms recovery times during network faults, essential for mission-critical security deployments. For integrators managing large surveillance systems across distributed locations, the centralized AAA/RADIUS and TACACS+ authentication framework significantly simplifies user and device credential management while meeting compliance requirements. The -40°C to +75°C operating range and extensive EMI/EMS certification make this switch exceptionally suited to vehicle-mount, outdoor, and railway installations where conventional commercial switches would fail.