Best PoE Switches for Homelab in 2026

Quick Recommendation

Best overall: UniFi USW-Lite-8-PoE (~$110, 4 PoE+ ports, 52W budget, managed). It powers access points, cameras, and Raspberry Pis cleanly with a solid management UI. If you need more ports or higher budget: UniFi USW-Pro-24-PoE or TP-Link TL-SG2210MP depending on your ecosystem preference.

What to Look For

PoE Standards

Standard	Max Power Per Port	Voltage	Common Use
PoE (802.3af)	15.4W	48V	Access points, VoIP phones, small cameras
PoE+ (802.3at)	30W	48V	PTZ cameras, Raspberry Pi 4/5, larger APs
PoE++ (802.3bt Type 3)	60W	48V	High-power devices, thin clients
PoE++ (802.3bt Type 4)	100W	48V	Laptops, digital signage, high-end cameras

For homelab: PoE+ (802.3at) covers 95% of use cases. Most access points draw 10-15W, cameras draw 8-15W, and a Raspberry Pi 4 draws 5-7W.

PoE Budget

The PoE budget is the total watts the switch can deliver across ALL PoE ports simultaneously. If your switch has 8 PoE ports but a 60W budget, you can’t power 8 devices at 15W each.

Calculate your needs:

• Access points: 10-15W each
• PoE cameras: 8-15W each (PTZ up to 25W)
• Raspberry Pi (with PoE HAT): 5-7W
• VoIP phones: 5-7W

Add them up, then add 20% headroom. That’s your minimum PoE budget.

Managed vs Unmanaged

Feature	Unmanaged	Managed
VLANs	No	Yes
Per-port PoE control	No	Yes
Traffic monitoring	No	Yes
Link aggregation	No	Yes
Port mirroring	No	Yes
Price	Lower	Higher
Setup	Plug and play	Requires configuration

For self-hosting: get managed. VLANs let you isolate IoT devices from your server network — critical for security when running Home Assistant with smart home devices. Per-port PoE control lets you remotely power-cycle a frozen camera or AP.

Top Picks

UniFi USW-Lite-8-PoE — Best for Small Homelabs

Spec	Value
Total ports	8x 1GbE
PoE ports	4x PoE+ (802.3at)
PoE budget	52W
Management	UniFi Network (L2)
Fanless	Yes
Price	~$110

Pros:

• Fanless — completely silent
• UniFi ecosystem integration (one UI for switch, APs, cameras)
• Per-port PoE control and monitoring
• VLANs, port profiles, traffic stats
• Clean, compact design

Cons:

• Only 4 PoE ports
• 52W budget limits to ~3-4 devices at full draw
• Requires UniFi controller (self-host it or use the cloud)
• No 2.5/10GbE uplink

Best for: Small setups with 2-3 APs and a camera or two. If you’re already in the UniFi ecosystem, this is an obvious choice.

TP-Link TL-SG2210MP — Best Budget Managed

Spec	Value
Total ports	8x 1GbE + 2x SFP
PoE ports	8x PoE+ (802.3at)
PoE budget	150W
Management	Omada SDN (L2+)
Fanless	No (fan)
Price	~$120-140

Pros:

• 8 full PoE+ ports — every port delivers power
• 150W budget handles a full rack of PoE devices
• 2x SFP uplink ports
• Omada SDN management (self-hostable controller)
• L2+ features (static routing, ACLs)
• Half the price of comparable UniFi

Cons:

• Has a fan (audible in quiet rooms)
• Omada UI less polished than UniFi
• Bulkier than the USW-Lite

Best for: Larger homelabs that need all 8 ports powered. The 150W budget handles 5-6 APs/cameras comfortably.

UniFi USW-Enterprise-8-PoE — Best 2.5GbE PoE

Spec	Value
Total ports	8x 2.5GbE
PoE ports	8x PoE+ (802.3at)
PoE budget	130W
Uplink	2x 10G SFP+
Management	UniFi Network (L2)
Fanless	Yes
Price	~$350

Pros:

• All 8 ports are 2.5GbE — future-proof for WiFi 6E/7 APs
• 2x 10G SFP+ uplinks for server/NAS connectivity
• 130W PoE budget
• Fanless
• UniFi ecosystem

Cons:

• Expensive for 8 ports
• 2.5GbE APs are still uncommon (WiFi 7 APs need it)

Best for: New installs planning for WiFi 7 APs that need 2.5GbE backhaul.

MikroTik CRS112-8P-4S — Best for Power Users

Spec	Value
Total ports	8x 1GbE
PoE ports	8x PoE (802.3af)
PoE budget	150W
Uplink	4x SFP (1G)
Management	RouterOS / SwOS
Price	~$170

Pros:

• RouterOS — the most powerful switch OS available
• 4 SFP slots
• 150W PoE budget
• Dual-boot RouterOS (full L3) or SwOS (simple L2)
• Extremely configurable

Cons:

• RouterOS has a steep learning curve
• PoE only (af), not PoE+ (at) — 15.4W max per port
• Fan-cooled

Best for: Network engineers and anyone who wants granular control over every packet.

Netgear GS308PP — Best Unmanaged

Spec	Value
Total ports	8x 1GbE
PoE ports	8x PoE+ (802.3at)
PoE budget	83W
Management	None (unmanaged)
Fanless	Yes
Price	~$80-90

Pros:

• Cheapest all-PoE+ switch
• Fanless
• True plug-and-play — no configuration
• 83W budget is decent for 4-5 devices

Cons:

• No VLANs, no per-port control, no monitoring
• Can’t remotely power-cycle devices
• No SFP uplink

Best for: Simple setups where you just need to power a few APs and don’t care about VLANs.

Full Comparison Table

Switch	PoE Ports	Budget	Managed	Fanless	Uplink	Price
UniFi USW-Lite-8-PoE	4/8 PoE+	52W	Yes (L2)	Yes	None	~$110
TP-Link TL-SG2210MP	8/8 PoE+	150W	Yes (L2+)	No	2x SFP	~$130
UniFi USW-Enterprise-8	8/8 PoE+	130W	Yes (L2)	Yes	2x 10G SFP+	~$350
MikroTik CRS112-8P-4S	8/8 PoE	150W	Yes (L3)	No	4x SFP	~$170
Netgear GS308PP	8/8 PoE+	83W	No	Yes	None	~$85
UniFi USW-Pro-24-PoE	16/24 PoE+	400W	Yes (L2+)	No	2x 10G SFP+	~$480
TP-Link TL-SG3428MP	24/24 PoE+	384W	Yes (L2+)	No	4x SFP+	~$350

Power Consumption and Running Costs

The switch itself draws power on top of the PoE delivery:

Switch	Switch Power (no PoE)	With 4 APs (~60W PoE)	Annual Cost (@$0.12/kWh)
UniFi USW-Lite-8	6W	66W	$69
TP-Link TL-SG2210MP	10W	70W	$74
Netgear GS308PP	5W	65W	$68
UniFi USW-Enterprise-8	12W	72W	$76

PoE is ~90% efficient — a 15W device draws ~17W from the switch’s total power budget. Factor this into your electricity calculations.

What Can You Power?

Device	PoE Draw	Standard Needed
UniFi U6 Lite AP	12W	PoE (af)
UniFi U6 Pro AP	13.5W	PoE+ (at)
UniFi U7 Pro AP	17W	PoE+ (at)
TP-Link EAP670 AP	18W	PoE+ (at)
Raspberry Pi 4 (PoE+ HAT)	5-7W	PoE+ (at)
Raspberry Pi 5 (PoE+ HAT)	5-12W	PoE+ (at)
Reolink 810A camera	12W	PoE (af)
Amcrest IP5M camera	13W	PoE (af)
Generic VoIP phone	5-7W	PoE (af)

Example: 52W budget allocation (USW-Lite-8-PoE)

• 2x U6 Pro APs = 27W
• 1x Reolink camera = 12W
• 1x Raspberry Pi 4 = 7W
• Total: 46W — within budget with headroom

Self-Hosting the Controller

Both UniFi and Omada controllers can be self-hosted:

UniFi Controller:

services:
  unifi:
    image: lscr.io/linuxserver/unifi-network-application:9.0.114
    ports:
      - "8443:8443"  # Web UI
      - "8080:8080"  # Device communication
      - "3478:3478/udp"  # STUN
    volumes:
      - ./config:/config
    restart: unless-stopped

Omada Controller:

services:
  omada:
    image: mbentley/omada-controller:5.15
    ports:
      - "8043:8043"  # Web UI
      - "29810:29810/udp"  # Discovery
      - "29811-29814:29811-29814"  # Management
    volumes:
      - ./data:/opt/tplink/EAPController/data
    restart: unless-stopped

Self-hosting the controller on your server is better than running it on cloud — lower latency, no internet dependency, and you control the data. See our Docker Compose basics guide for setup fundamentals, and consider putting the controller behind a reverse proxy for HTTPS access.

FAQ

Can I use PoE to power a mini PC?

Not directly. Most mini PCs don’t have PoE input. You’d need a PoE splitter that converts PoE to a barrel connector or USB-C PD. PoE++ (Type 3/4) splitters can output 30-60W, enough for an Intel N100 mini PC at idle.

Do I need PoE+ or is PoE enough?

If you’re only powering APs and cameras, standard PoE (802.3af, 15.4W) is usually enough. PoE+ (802.3at, 30W) is needed for PTZ cameras, Raspberry Pi 5 under load, or WiFi 6E/7 APs. Check your devices’ PoE requirements.

Can I add PoE to an existing non-PoE switch?

Yes — use a PoE injector. Single-port injectors are $15-20 each. For 1-2 devices, injectors are cheaper than replacing your switch. For 3+ devices, a PoE switch is more cost-effective and cleaner.

What happens if I exceed the PoE budget?

The switch will deny power to the last device plugged in, or prioritize based on configured port priority (on managed switches). No damage occurs — the device simply won’t get power.

Which PoE switch brand is best for homelabs?

UniFi (Ubiquiti) and TP-Link Omada dominate the homelab market. UniFi has the most polished management UI and ecosystem integration. TP-Link Omada offers comparable features at 30-50% lower prices. MikroTik is best for power users who want full routing capabilities on their switch. Netgear is fine for unmanaged/simple setups.

How many PoE ports do I actually need?

Count your PoE devices: access points, cameras, Raspberry Pis, VoIP phones. Most homelabs start with 2-4 PoE devices and grow to 6-8. A switch with 8 PoE ports covers most growth scenarios. If you’re running a video surveillance setup with 6+ cameras, look at 16 or 24-port switches.

Is PoE safe for my devices?

Yes. PoE switches use a handshake protocol — they only deliver power after negotiating with the connected device. Plugging in a non-PoE device (laptop, desktop) into a PoE port is completely safe. The switch detects it’s not a PoE device and doesn’t send power.

Can I use PoE with a Raspberry Pi 5?

Yes. The Raspberry Pi 5 supports the official PoE+ HAT for Pi 5 which draws 5-12W over PoE+ (802.3at). This eliminates the need for a separate power supply, making it cleaner for homelab rack setups. Note that the Pi 4 PoE HAT is NOT compatible with Pi 5 — you need the Pi 5-specific HAT.

Should I get a fanless PoE switch?

If the switch is in a living space, office, or bedroom — yes, get fanless. Fan noise from network switches is a top homelab complaint. The UniFi USW-Lite-8-PoE and Netgear GS308PP are both fanless. If the switch lives in a dedicated server closet or rack, fan noise doesn’t matter and you’ll have more options.

What’s the difference between PoE, PoE+, and PoE++?

PoE (802.3af) delivers up to 15.4W per port — enough for basic APs and VoIP phones. PoE+ (802.3at) delivers up to 30W — needed for PTZ cameras, Raspberry Pi 5, and WiFi 6E/7 APs. PoE++ (802.3bt) delivers 60-100W — for laptops, thin clients, and high-power devices. For homelab use, PoE+ covers 95% of devices. Only buy PoE++ if you’re powering something specific that needs it.

Can PoE switches be daisy-chained?

Yes, but not for PoE passthrough. Connecting a PoE switch to another switch via copper carries data but not power — the second switch would need its own power source. Some enterprise switches support PoE passthrough on uplink ports, but this is rare and reduces available PoE budget. For most homelabs, run each PoE switch with its own power supply and connect them with a regular managed switch as the uplink.

What Ethernet cable do I need for PoE?

Cat5e or better. PoE works over standard Ethernet cabling — no special cables needed. Cat5e supports PoE+ up to 100 meters. Cat6/Cat6a is recommended for PoE++ and for future-proofing with 10GbE networking. Avoid CCA (copper-clad aluminum) cables for PoE — they have higher resistance and can cause voltage drop over longer runs, reducing reliable power delivery.

Related

• PoE Explained
• Best Access Points for Homelab
• Managed Switches for Homelab
• 10GbE Networking for Home Servers
• Raspberry Pi as a Home Server
• Home Server Power Consumption Guide
• Home Server Rack Setup Guide
• Best Mini PCs for Home Servers
• NIC Bonding Guide
• WiFi 6E/7 Access Points
• PoE Camera Systems
• Best Video Surveillance Solutions
• Self-Host Home Assistant
• Self-Host Pi-hole