Vivotek AW-GEL-205A-260 16-Port Gigabit PoE Managed Switch
The Vivotek AW-GEL-205A-260 is a professional-grade managed network switch designed for high-density IP surveillance and security deployments. With 16 Gigabit PoE ports delivering up to 260W total power budget, this switch simplifies infrastructure by combining network connectivity and power delivery over a single Ethernet cable. The addition of two SFP Lite ports enables flexible fiber connectivity for extended network reach, making it ideal for distributed camera systems, access control networks, and enterprise security architectures.
Key Features
- 16 Gigabit PoE Ports with mixed power delivery: 4 ports at 90W (802.3bt) and 12 ports at 30W (802.3at)
- 2 Additional Gigabit RJ45 uplink ports for network flexibility
- 2 Gigabit SFP Lite ports for fiber connectivity and long-distance links
- 260W Total PoE Power Budget for simultaneous operation of multiple high-powered devices
- Extended PoE Mode supporting up to 250M cable runs for remote installations
- 40 Gbps Switching Bandwidth with 4.1 MB buffer memory
- 8K MAC address table for large network environments
Advanced Network Management
This managed switch delivers comprehensive network control through extensive VLAN support with 4096 VLAN IDs, both port-based and tag-based configurations. Quality of Service (QoS) features include port-based, 802.1p, and DSCP-based CoS prioritization to ensure critical applications receive bandwidth priority. Spanning Tree Protocol (STP) and Rapid STP (RSTP) provide network redundancy and loop prevention, while port mirroring enables traffic analysis for security monitoring.
Security and Reliability
- PoE Surge Protection rated at 4KV per port against power surges
- PoE Auto Checking and Non-Stop PoE for device fault recovery
- Storm Control and Bandwidth Control to prevent network congestion
- Port Isolation for network segmentation and containment
- Flow Control compliance for reliable data transmission
- Static MAC binding for enhanced network security
- Jumbo Frame support up to 9216 bytes for optimized throughput
Technical Specifications
Operating temperature range of 0°C to 50°C ensures reliable performance in diverse environments. The switch consumes 280W at standard operation and includes a compact form factor measuring 440 x 210 x 44 mm, making it suitable for rack mounting with the included kit. Full compliance with IEEE 802.3 (af/at/bt) PoE standards and international certifications (CE, FCC, LVD, VCCI) guarantee compatibility and safety. Each unit includes a 24-month warranty, power cord, quick installation guide, and rack mount kit.
Ideal Applications
Perfect for IP surveillance installations, access control systems, VoIP deployments, and integrated security networks requiring reliable power delivery and intelligent traffic management across distributed device infrastructure.
Eden PhillipsPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The AW-GEL-205A-260 represents a practical solution for mid-to-large scale surveillance deployments. The differentiated PoE power allocation—90W on four ports and 30W on twelve ports—demonstrates real-world design for mixed device ecosystems. The 260W budget is substantial but requires careful port planning to avoid oversubscription.
Extended PoE mode supporting 250M runs addresses installation flexibility in sprawling campuses. The SFP Lite ports provide future-proof uplink options without premium fiber switch costs. Management features are competent rather than enterprise-class, with solid VLAN and QoS implementation suitable for security networks.
The 40 Gbps switching bandwidth easily handles 16 simultaneous gigabit streams, and 4.1 MB buffer provides adequate packet buffering for typical surveillance traffic patterns. Loop protection and storm control are essential for unmanned outdoor camera arrays prone to broadcast storms. Overall, this switch delivers reliable, purpose-built functionality for organizations standardizing on IP-based security infrastructure without requiring data center-grade complexity.
