Vivotek AW-FGT-100P-110 10-Port PoE Switch

We've deployed the Vivotek AW-FGT-100P-110 across dozens of small retail, office, and industrial camera clusters, and it consistently outperforms expectations in one critical dimension: reliability through simplicity. An unmanaged PoE switch has no control plane to fail, no configuration to corrupt, and no firmware update cycles to schedule around maintenance windows. On a site with a 4-camera system in a convenience store or small warehouse, this switch runs for five years without a reboot and without a single support call. The automatic MDI/MDIX detection is a genuine time-saver on installations where you're pulling cable through conduit in real time — you don't have to pre-stage crossover cable or swap adapters when you discover a run is longer than expected. All-port simultaneous PoE is the baseline feature, but it matters: we've seen integrators accidentally oversub ports on cheaper switches where the power budget is shared, leading to intermittent camera dropouts under load. Here, every port gets 15.4W, period. The only real constraint is power delivery to the switch itself — it requires a dedicated 120W PoE power injector (sold separately) to feed the 10 ports. Vivotek provides that injector as part of the kit, but if you're daisy-chaining switches or running multiple switches on a single power feed, you need to account for cumulative wattage. Thermal performance is passive; on outdoor installations, you must ventilate the enclosure and keep intake temps below 50°C to avoid heat-related throttling (though an unmanaged switch doesn't throttle — it just runs and runs).

Technical Highlights:

• Simultaneous 802.3af Across All Ports: No shared-budget limitation — each of the 10 ports independently delivers 15.4W at 48VDC. Prevents the cascading camera-dropout failures we've seen on budget switches with pooled power budgets. Critical for PoE-powered wireless APs or analytics edge appliances that demand steady current draw.
• Unmanaged Forwarding Engine: Operates at wire speed (1 Gbps per port) with no packet inspection, no latency penalty, and zero configuration overhead. Cameras see transparent Ethernet — VMS management traffic flows unchanged, codec negotiation is uninterrupted, multicast streams don't get filtered or mangled.
• Automatic MDI/MDIX Detection: Eliminates cable-type guessing during rough-in and retrofit installs. Straight-through and crossover cabling work interchangeably — saves time on crowded backboards where you're pulling multiple camera runs and don't have time to test each run with a crimper or meter.
• Passive, Fan-Free Design: No moving parts, no bearing wear, no acoustic noise. Ideal for noise-sensitive environments (offices, retail floors) and for outdoor cabinet deployment where fan filters trap dust and reduce long-term reliability.
• Compact 1U Form Factor: Fits standard 19-inch equipment racks without taking up a full rack unit — typically mounted on a rail shelf or DIN-mounted in smaller cabinets. Saves physical space on crowded surveillance equipment racks.

Deployment Considerations:

• Power injector requirement: The switch itself does not ship with a PoE power supply. You must source a 120W PoE injector (the kit typically includes a Vivotek unit, but verify in your quote) to feed all 10 ports simultaneously. Budget that component cost and ensure your upstream network connection to the injector is not rate-limited.
• Outdoor cabinet thermal management: If you're mounting this in a weatherproof outdoor enclosure, passive cooling is your only option. Ensure intake vents and exhaust ports allow airflow, and monitor cabinet internal temps on hot days. Unmanaged switches don't thermally throttle, but extended operation above 50°C will reduce component lifespan — treat it like any passive electronics in a sealed box.
• No VLAN or QoS features: If you need traffic prioritization, port mirroring, or isolation between camera networks and guest Wi-Fi, this switch is not the fit — upgrade to a managed model (e.g., Vivotek AL-105, AL-210). For single-purpose surveillance networks (all cameras on one VLAN), this is ideal.
• Upstream bandwidth: All 10 PoE ports are 1 Gbps Gigabit Ethernet. The uplink port (usually a dedicated 1 Gbps RJ45) is your bottleneck to the NVR or core network. For 6+ high-bitrate 4MP+ cameras (5–10 Mbps each), verify your uplink has headroom — a 1 Gbps upstream can support ~100 Mbps aggregate throughput, so you're safe even on saturated systems, but oversubscription scenarios (e.g., NVR failover + remote streaming) may require a second uplink or a managed switch with spanning-tree redundancy.
• Cable run length: Standard Gigabit Ethernet over Cat5e/Cat6 is rated 100m. If your camera runs exceed that, use fiber or active repeaters upstream of the switch — the switch itself is just a pass-through.

The Vivotek AW-FGT-100P-110 is the go-to choice for integrators speccing 4–10 camera systems in facilities where simplicity, reliability, and installation speed are prioritized over advanced network management. It's particularly valuable in retrofit environments where you're retrofitting a small cluster and don't have time for VLAN tuning or managed-switch configuration. For larger deployments (15+ cameras) or multi-tenant environments requiring traffic isolation, consider a managed PoE switch instead. For the right use case — distributed camera power in a compact, silent, zero-touch form factor — this is the standard we reach for. Explore the full Vivotek catalog for complementary storage and access-control solutions.