Vivotek AW-GET-083A-120 Outdoor 4-Port PoE+ GbE Switch

Vivotek AW-GET-083A-120 Outdoor 4-Port PoE+ GbE Switch

The Vivotek AW-GET-083A-120 is a rugged outdoor network switch purpose-built for IP surveillance and security deployments in extreme environments. This industrial-grade device combines four PoE+ Gigabit Ethernet ports with a 120W total power budget, delivering reliable power and connectivity for multiple high-performance cameras, wireless access points, and networked security devices. The AW-GET-083A-120 bridges the gap between standard office switches and true industrial infrastructure—it survives where others fail.

Key Features

• Four PoE+ Ports at 30W each: Delivers enough power to run high-megapixel fixed cameras, pan-tilt-zoom models, or thermal imaging systems simultaneously. Standard office switches top out at 15–20W per port; this 30W per-port rating eliminates the need for external power injectors on demanding devices.
• 120W Total Power Budget: Run all four PoE+ ports at full power simultaneously without throttling. Supports 4x 25W cameras plus reserve headroom for future expansion—critical when you can't easily service a remote pole-mounted installation.
• Two Additional Gigabit Ethernet Ports: Non-powered connections for network backbone, access points, or devices that draw power elsewhere. Adds flexibility without consuming PoE budget.
• Two Gigabit SFP Slots: Enable fiber-optic uplinks to extend range beyond 100m copper runs or integrate with existing campus fiber networks. Eliminates ground loops and EMI in electrically noisy outdoor environments.
• IP67 Waterproof / IK10 Vandal-Proof Rating: Dust and complete water immersion won't penetrate the enclosure. IK10 means the switch resists heavy mechanical impact—important for theft-prone outdoor locations. Standard office switches cap out at IP30 or IP54.
• Extended Temperature Range -40°C to +65°C: Operates in arctic cold and direct-sun deployment without derating. Most switches shut down or fail at -20°C; this maintains full performance in sub-zero locations and passive sun-exposed pole mounts.
• 6 KV Surge Protection per PoE Port; 40 KV AC Input: Lightning strikes and electrical transients are routine hazards in outdoor surveillance. Per-port 6 KV protection (ITU-T K.21, IEC-61643-11 compliant) prevents cascade failures when a single port is struck. 40 KV AC input protection guards the main power entry.
• 16 Gbps Switching Bandwidth, 11.904 Mpps Forwarding: Sufficient capacity for multi-stream 4K/8MP video from all four PoE+ ports without packet loss or congestion. The 8K MAC table handles large topologies without learning delays.
• Jumbo Frame Support (9216 bytes): Reduces CPU overhead when transmitting large video payloads across the network. Particularly useful for thermal imaging or uncompressed video applications.
• Auto-MDI/MDI-X and Auto-Negotiation: Simplifies field deployment—no crossover cables or speed negotiation headaches. Connect and go.
• IEEE 802.3af/at Auto-Detection: Automatically detects legacy 802.3af devices (13W) or modern 802.3at equipment (30W) and adjusts power delivery. No manual provisioning required.

Integration & Deployment

The AW-GET-083A-120 accepts 100–240VAC input at 50–60Hz, eliminating regional power supply concerns. Industrial M-series connectors (M16 x 4, M25 x 2) provide vibration-resistant field wiring without relying on fragile RJ-45 connectors for primary power. Weighing 4.52 kg and measuring 315.4 x 245.8 x 118 mm, the compact form factor mounts on poles, walls, or DIN rails without requiring dedicated cabinetry.

The 24VDC alarm relay output integrates with legacy control systems for power-supply failure detection or device-down alarms—valuable when the switch guards a remote site where manual checks are infrequent.

For multi-camera outdoor IP camera deployments, the dual PoE+ tier structure (four high-power + two standard GbE ports) adapts to mixed-device scenarios. Pair the AW-GET-083A-120 with your chosen network switch family to build a complete outdoor backbone. SFP fiber uplinks unlock PoE power planning flexibility by isolating power distribution from long-distance data runs.

Technical Specifications Summary

Operating temperature: -40°C to +65°C. Storage: -40°C to +70°C. Humidity: 5–95% non-condensing. Certifications: CE, FCC, VCCI. Compliance: EN60950-1, IEC 60068 shock/vibration, K.21 and IEC-61643-11 surge. 24-month warranty on all components.

Frequently Asked Questions

Q: Can the AW-GET-083A-120 power four 25W cameras at once?

A: Yes. The 120W total PoE budget and 30W per-port limit support four cameras drawing up to 25W each, with 20W headroom for management overhead. If any single port exceeds 30W, the port shuts down and triggers an alarm relay—check device power draw before deployment.

Q: Is the AW-GET-083A-120 NDAA Section 889 compliant?

A: The evidence does not specify NDAA compliance. If this is required, contact the manufacturer or your integrator to confirm eligibility.

Q: What's the maximum distance for fiber uplink via SFP?

A: The two SFP slots accept standard Gigabit SFP transceivers. Multimode fiber typically runs 500m; singlemode exceeds 10km. SFP module selection determines range—the switch itself has no distance limit on fiber links.

Q: Can I use the AW-GET-083A-120 indoors?

A: Yes, but it's overkill. The IP67 and IK10 ratings are designed for outdoor abuse. For indoor racks, a standard managed switch is more cost-effective and offers higher port density.

Q: Does the switch support VLAN or link aggregation?

A: The evidence does not detail layer-2 management features. Confirm managed-switch capabilities (VLANs, LAG, QoS) with the manufacturer if your deployment requires network segmentation.

Q: What happens if one PoE port fails?

A: The failed port shuts down and triggers the 24VDC alarm relay. Power remains available on the three healthy ports. This isolation protects the remaining ports and helps identify the faulted device during troubleshooting.

James Everett

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

The AW-GET-083A-120 addresses a critical gap in outdoor network infrastructure: delivering sufficient PoE power density while maintaining rugged environmental protection. Unlike standard industrial switches that cap out at 15W per port, the Vivotek AW-GET-083A-120 (also searched as AW GET 083A 120) pushes 30W per port—enough to run demanding fixed 4K cameras, PTZ units, or thermal imagers without external power injectors. The 120W total budget means all four ports operate at full power simultaneously, a constraint that rarely exists in practice and gives you real deployment flexibility.

Technical Highlights:

• IP67 + IK10 Ratings: Submersion-resistant (IP67) and impact-resistant (IK10) enclosure ensures survival in extreme outdoor conditions—direct rain, salt spray, and mechanical abuse. Standard office switches cap out at IP30 or IP54; this design assumes abuse, not babying.
• -40°C to +65°C Operating Range: Arctic deployments and passive sun-exposed pole mounts are routine. Most switches derate or fail at -20°C; this maintains full switching performance and PoE delivery across the entire range. The +65°C ceiling accommodates direct sunlight without thermal throttling.
• 6 KV Per-Port Surge Protection + 40 KV AC Input Protection: Lightning strikes common on outdoor infrastructure are addressed head-on. Per-port 6 KV clamping (ITU-T K.21, IEC-61643-11 compliant) means a single strike won't cascade through all four ports. The 40 KV AC input protection guards the main supply entry.
• 16 Gbps Switching Bandwidth, 11.904 Mpps Forwarding: Sufficient capacity for all four PoE+ ports running simultaneous 4K multi-stream video without congestion. The 8K MAC table prevents learning delays in large network topologies.
• Dual-Tier Port Design: Four high-power PoE+ ports (30W each) plus two standard GbE ports maximizes flexibility. Non-PoE devices (wireless access points, network backbone) don't waste PoE budget; high-power cameras get dedicated, full-bandwidth delivery.
• Two Gigabit SFP Slots: Fiber uplinks eliminate ground loops and EMI in electrically noisy environments. Extend beyond 100m copper limits without repeaters; integrate legacy campus fiber networks without forklift upgrades.

Deployment Considerations:

• Power Budget Math: Four 25W cameras + overhead consume roughly 105W—within budget, but leaves no margin for a fifth device or future expansion. Right-size your camera selection; don't assume all four ports will run at maximum draw in production.
• Managed vs. Unmanaged: The evidence does not detail VLAN, QoS, or LAG support. If your deployment requires network segmentation or link redundancy, confirm these features with the manufacturer before purchasing.
• Port Isolation on Fault: When a PoE port exceeds 30W or detects an overcurrent condition, it shuts down and triggers the alarm relay. This protects the remaining ports but requires monitoring to detect which camera went dark. Plan accordingly on unattended remote sites.
• Industrial Connectors, Not RJ-45: M-series field connectors (M16 x 4 for Ethernet, M25 x 2 for power) are more robust than standard RJ-45 but less common. Stock spares and verify installer familiarity with these terminations before deployment.

The AW-GET-083A-120 is purpose-built for remote multi-camera surveillance nodes where power density and environmental survival trump cost. Parking lots, perimeter fences, and campus expansion sites where you can't easily run conduit or underground power benefit most. Avoid this model for indoor racks or sites where standard managed switches suffice; the rugged form factor and surge protection add cost that isn't justified indoors.