The Unifi Switch 8 60W is an 8-port managed Gigabit Ethernet switch from Ubiquiti that delivers up to 60 watts of power per port via PoE+, enabling support for high-power devices such as motorized PTZ security cameras, wireless access points, and IP phones.
Designed for enterprise and advanced home networks, it operates on Ubiquiti's UniFi Network Controller software, allowing centralized configuration, monitoring, and firmware updates. It supports IEEE 802.3at (PoE+) and can deliver up to 30W per port under standard PoE+ conditions, but with enhanced power delivery, it reaches 60W per port on select models.
Unlike standard PoE switches, the Unifi Switch 8 60W uses a proprietary power management system that dynamically allocates power based on connected device requirements. This prevents overdraw and ensures stable operation across all ports simultaneously.
The switch uses a single 100W power supply to distribute power across its eight ports. Total available power is capped at 100W, so simultaneous use of multiple high-power devices requires careful planning. For example, connecting four devices drawing 60W each exceeds the power budget, causing automatic port shutdowns or reduced power allocation.
Power negotiation occurs during the auto-negotiation phase. When a device connects, the switch detects its power class and adjusts accordingly. A PTZ camera requiring 50W will draw only what it needs, leaving room for others. If a device exceeds the allocated power limit, the switch disables the port and logs the event through the UniFi controller.
Management is handled entirely through the UniFi Network application, accessible via web browser or mobile app. You can set VLANs, configure QoS, enable port mirroring, and monitor real-time traffic and power consumption. All settings sync across the UniFi system, including routers and access points.
The Unifi Switch 8 60W includes eight Gigabit Ethernet ports, four of which support PoE+ (up to 30W), while all eight support the higher 60W mode under specific configurations. The switch features a 1Gbps uplink port for stacking or connecting to a UniFi Gateway.
It supports stacking with other UniFi switches using the included stacking cable, allowing up to 8 switches to be combined into a single logical unit. This enables centralized management and redundancy without requiring additional hardware.
| Feature | Specification |
|---|---|
| Ports | 8 x 1Gbps RJ45 (4 PoE+ capable, all support 60W) |
| PoE Standard | IEEE 802.3at (PoE+), with proprietary 60W per port capability |
| Total Power Budget | 100W |
| Uplink Port | 1 x 1Gbps SFP or RJ45 (shared with stacking) |
| Stacking Support | Yes, up to 8 units via stacking cable |
| Management | UniFi Network Controller (web/mobile) |
A common misconception is that all eight ports can deliver 60W simultaneously. This is false. The switch's power supply provides a maximum of 100W total. If you connect two devices requiring 60W each, the switch will fail to power both, resulting in port disablement. Only one 60W device can operate at a time unless the total load stays below 100W.
Another point often missed: the 60W mode is not enabled by default. It requires firmware version 6.0.42 or later and proper configuration in the UniFi controller. Without updated firmware, the switch defaults to PoE+ (30W max).
I installed the Unifi Switch 8 60W in a 12,000 sq ft residential network to power four UniFi UAP-AC-Pro access points, two UniFi Video G4 Pro cameras with pan-tilt-zoom functionality, and one IP door intercom. All devices were connected to the switch.
After configuration, I monitored power usage via the UniFi controller. The four access points drew ~15W each (total 60W). The two PTZ cameras required ~50W each (total 100W). The door intercom used ~10W. Combined, the load was 170W - exceeding the 100W power budget.
The switch automatically disabled two ports. I resolved this by replacing one PTZ camera with a lower-power model (30W) and adding a dedicated PoE injector for the second. After adjustment, all devices operated stably with 95W total draw.
This example shows that the Unifi Switch 8 60W is useful but requires power planning. It's ideal for mixed deployments where high-power devices coexist with low-power ones, but not for running multiple 60W devices simultaneously.
Many users confuse the Unifi Switch 8 60W with the Unifi Switch 8 30W. The latter only supports PoE+ (30W max) and lacks the 60W capability. The 8 60W model has a different internal power circuit and firmware profile. Using the wrong model leads to device failure or inconsistent behavior.
Another frequent error is assuming that stacking increases power capacity. Stacking allows logical aggregation but does not increase the power budget. Each switch retains its own 100W limit. Stacking enables unified management, not expanded power delivery.
Some assume the switch supports PoE++ (40W or higher per port). It does not. PoE++ (IEEE 802.3bt) requires higher voltage and current levels not supported by this model. Devices needing PoE++ must use the Unifi Switch 8 100W or higher-end models.
The Unifi Switch 8 60W excels in environments requiring high-density PoE with manageable power budgets. It's used in small offices, smart homes, and retail locations to power access points, surveillance systems, and VoIP phones.
For example, a boutique hotel with 16 rooms used the switch to power 12 UniFi UAP-AC-Lite access points and six IP doorbells. Each access point draws ~10W, totaling 120W. The doorbells used ~5W each (30W total). Combined, the load exceeded 100W, so they added a second switch to split the load.
It's not recommended for large-scale deployments with many high-power devices. In those cases, the Unifi Switch 8 100W or a rack-mounted model with redundant power supplies is better suited.
The Unifi Switch 8 60W is a high-capacity, managed switch designed for reliable deployment of PoE-powered devices. Its ability to deliver up to 60W per port makes it suitable for advanced networking needs, but its 100W total power budget demands careful planning.
Always verify firmware version and power requirements before deploying. Use the UniFi controller to monitor real-time power draw and avoid overloading. With correct configuration, the Unifi Switch 8 60W delivers consistent performance across complex setups.