# Best PoE Switch for Home Lab in 2026: 5 Picks Compared The best PoE+ and PoE++ switches for powering APs, cameras, and lab gear in 2026. We compare wattage budgets, port counts, and management options. - URL: https://homelabpicks.com/networking/best-poe-switch/ - Published: 2026-03-15 - Updated: 2026-09-30 - Evidence: research-backed > HomeLabPicks earns a commission on qualifying purchases made through https://homelabpicks.com/go/ links. Prices change; check the retailer before buying. Disclosure: https://homelabpicks.com/disclosure/ ## Verdict **[TP-Link SG2218P (Omada)](https://homelabpicks.com/go/tp-link-sg2218p)**: PoE+ on all 16 ports from a 150W budget, Omada or standalone management, and a fanless design on the current version. The right PoE switch for most home labs. ## Products ### Our Pick: [TP-Link SG2218P (Omada)](https://homelabpicks.com/go/tp-link-sg2218p) Our pick for most home labs. Every RJ45 port delivers PoE+, the 150W budget covers a realistic mix of APs and cameras, and you can manage it from an Omada controller or on its own. The current SG2218P is fanless; check the model name, because the older TL-SG2218P has a fan. - Ports: 16x 1GbE RJ45, all PoE+ (up to 30W each) - Total PoE Budget: 150W - Uplinks: 2x Gigabit SFP - Management: Omada controller or app, or standalone web GUI and CLI - Routing: Static routing (32 routes), 4K VLANs, IGMP snooping - Cooling: Fanless on the current SG2218P (the older TL-SG2218P has one fan) Pros: - All 16 RJ45 ports are PoE+, up to 30W each - 150W covers several Wi-Fi 7 APs plus cameras - Omada controller or standalone management - Fanless on the current version Cons: - 1G SFP uplinks only, with no 10G option - 150W is less than the fanless Netgear GS316EP's 180W - We prefer UniFi's management interface ### Best Upgrade: [UniFi USW Pro 24 PoE](https://homelabpicks.com/go/unifi-usw-pro-24-poe) The upgrade when PoE budget and uplinks become the constraint. All 24 ports are powered, eight of them at PoE++, from a 400W budget, and two 10G SFP+ ports connect a NAS or core switch. Ubiquiti lists it at $699. - Ports: 24x 1GbE RJ45 (16 PoE+, 8 PoE++) - Total PoE Budget: 400W - Uplinks: 2x 10G SFP+ - Management: UniFi Network, with inter-VLAN routing and static routes - Cooling: Fan-cooled Pros: - 400W budget across 24 powered ports - Eight PoE++ ports for high-draw devices - Two 10G SFP+ uplinks - Layer 3 inter-VLAN routing on the switch Cons: - $699 at Ubiquiti's list price - Fan-cooled, better in a rack or closet than on a desk - 1GbE access ports only, with no 2.5GbE - Needs the UniFi Network controller ### Best for UniFi: [UniFi USW Lite 16 PoE](https://homelabpicks.com/go/unifi-usw-lite-16-poe) The UniFi option for a small PoE load. It powers two APs from a 45W budget and stays silent. Ubiquiti lists it at $199, so compare any retailer's price against Ubiquiti's store before you buy. - Ports: 16x 1GbE RJ45 (8 PoE+) - Total PoE Budget: 45W - Uplinks: None (1GbE ports only) - Management: UniFi Network - Cooling: Fanless, wall-mountable Pros: - Fanless and silent - UniFi port profiles, VLANs, and statistics in one controller - Compact and wall-mountable - $199 at Ubiquiti's list price Cons: - 45W budget; two U7 Pros at full draw use 42W - Only 8 of 16 ports have PoE - No SFP uplinks - Requires the UniFi Network controller ### Best Standalone: [Netgear GS316EP](https://homelabpicks.com/go/netgear-gs316ep) The pick for managed PoE without a controller. Fifteen PoE+ ports share a 180W budget, the most of any fanless switch here, and the switch is silent. Netgear's list price is $239.99. - Ports: 16x 1GbE RJ45 (15 PoE+) plus 1x 1G SFP - Total PoE Budget: 180W - Management: Web GUI (Netgear Easy Smart Managed Essentials) - VLANs: Port-based and 802.1Q - Cooling: Fanless Pros: - 180W budget with a fanless design - 15 of 16 RJ45 ports are PoE+ - No controller or cloud account required - PoE scheduling, priority, and per-port power limits Cons: - No centralized management across multiple switches - Single SFP uplink - Web interface is basic next to UniFi or Omada ### Budget Pick: [TP-Link SG2008P (Omada)](https://homelabpicks.com/go/tp-link-sg2008p) The entry point for managed PoE. Four PoE+ ports share 62W, enough for two Wi-Fi 7 APs, and you get VLANs, QoS, ACLs, and static routing through Omada or the switch's own web interface. - Ports: 8x 1GbE RJ45 (4 PoE+) - Total PoE Budget: 62W - Uplinks: None - Management: Omada controller, or standalone web GUI and CLI - Cooling: Fanless, desktop or wall mount Pros: - Smallest and simplest switch in this guide - Fanless metal desktop design - VLANs, QoS, ACLs, and static routing - Omada controller or standalone management Cons: - Only 4 PoE+ ports - No SFP uplinks - 62W covers about two Wi-Fi 7 APs at full draw - 8 ports total may not be enough as your lab grows ## Comparison | Product | Ports | PoE Standard | PoE Budget | Uplinks | Management | Cooling | | --- | --- | --- | --- | --- | --- | --- | | [TP-Link SG2218P (Omada)](https://homelabpicks.com/go/tp-link-sg2218p) (winner) | 16x 1GbE (all PoE+) | 802.3at (PoE+) | 150W | 2x 1G SFP | Omada SDN or standalone | Fanless (current SG2218P) | | [UniFi USW Pro 24 PoE](https://homelabpicks.com/go/unifi-usw-pro-24-poe) | 24x 1GbE (16 PoE+, 8 PoE++) | 802.3at and 802.3bt | 400W | 2x 10G SFP+ | UniFi Network (L3) | Fans | | [UniFi USW Lite 16 PoE](https://homelabpicks.com/go/unifi-usw-lite-16-poe) | 16x 1GbE (8 PoE+) | 802.3at (PoE+) | 45W | None | UniFi Network | Fanless | | [Netgear GS316EP](https://homelabpicks.com/go/netgear-gs316ep) | 16x 1GbE (15 PoE+) | 802.3at (PoE+) | 180W | 1x 1G SFP | Web GUI (no controller) | Fanless | | [TP-Link SG2008P (Omada)](https://homelabpicks.com/go/tp-link-sg2008p) | 8x 1GbE (4 PoE+) | 802.3at (PoE+) | 62W | None | Omada SDN or standalone | Fanless | PoE is one of those home lab features that is hard to give up once you have it. One Ethernet cable to an access point, IP camera, or PoE-powered device carries both data and power, which removes wall adapters, power strips, and the cable clutter that comes with them. Every device powered over Ethernet is one fewer outlet and one fewer power brick to fail. PoE switches vary in the things that matter: total power budget, per-port wattage, management, and noise. A switch with a 45W budget powers two access points. A 400W switch powers an entire deployment. Picking the right one means working out your actual power needs, not just your port count. ## Understanding PoE Standards: af vs at vs bt The standards matter because they determine what you can power. **802.3af (PoE):** Up to 15.4W per port, or 12.95W at the device after cable loss. Enough for older access points and basic IP cameras. Many current APs need more, so af-only switches are increasingly limiting. **802.3at (PoE+):** Up to 30W per port, or 25.5W at the device. This is the standard you want. Current Wi-Fi 6 and most Wi-Fi 7 access points, standard IP cameras, and most PoE-powered devices fit within it. All five switches in this guide support PoE+, and the UniFi Pro 24 PoE also has eight PoE++ ports. **802.3bt (PoE++):** Up to 60W (Type 3) or 90W (Type 4) per port. Needed for PTZ cameras with heaters, some high-end Wi-Fi 7 APs, and PoE-powered displays. Most home labs don't need it. **The practical advice:** Buy PoE+ (802.3at). If one device needs PoE++, a PoE++ injector for that port is usually cheaper than a PoE++ switch, unless you are buying the Pro 24 PoE anyway. ## How to Calculate Your PoE Budget The PoE budget is the total wattage a switch can supply across all its PoE ports combined. That number, not the per-port maximum, usually limits a deployment. Manufacturer maximum draw for common home lab access points: | Device | PoE Class | Maximum Draw | |---|---|---| | UniFi U6 Pro | 802.3af | 13W | | UniFi U7 Pro | 802.3at | 21W | | TP-Link EAP670 | 802.3at | 22.3W | | TP-Link EAP773 | 802.3at | 25.4W | Cameras, VoIP phones, and PoE HATs vary widely, so take the maximum from each device's datasheet. **Example calculation:** Two U7 Pro APs (42W) plus, say, two cameras rated at 10W each (20W) and a Raspberry Pi with a PoE HAT drawing up to 10W come to about 72W at maximum. A 150W switch covers that with room to add devices. A 62W switch does not. The rule of thumb: add up your devices' maximum draw, then buy a switch with at least 1.3 times that total. That leaves room for cable loss and for adding a device later without redoing the math. --- ## Our Pick: TP-Link SG2218P (Omada) The [TP-Link SG2218P](https://homelabpicks.com/go/tp-link-sg2218p) is the PoE switch we recommend for most home labs. Every RJ45 port is powered, the budget covers a realistic mix of APs and cameras, and it runs with or without a controller. - **Ports:** 16x 1GbE RJ45, all PoE+ (up to 30W each), plus 2x Gigabit SFP - **PoE budget:** 150W - **Management:** Omada controller or app, or the switch's own web GUI and CLI - **Cooling:** Fanless on the current SG2218P; the older TL-SG2218P has one fan A 150W budget covers most home lab deployments. Six U7 Pro-class APs at their 21W maximum would use 126W, and a more typical lab with two or three APs and a few cameras stays well under 100W. If you plan on more than about 150W of load, step up to the Netgear GS316EP (180W) or the UniFi Pro 24 PoE (400W). Omada is TP-Link's answer to UniFi Network: a free, self-hostable controller for switches, APs, and gateways. You don't have to use it. The SG2218P has its own web interface and CLI, so you can configure VLANs and PoE settings directly, and it supports static routing, 4K VLANs, and IGMP snooping. Check the model name before you buy. TP-Link lists the current SG2218P as fanless and the older TL-SG2218P with one fan, and both have the same 150W budget. The weakness is the 1G SFP uplinks. There is no 10G option, which is fine for an access-layer switch. If you need 10G backhaul, the UniFi Pro 24 PoE is the better choice. For home labs using [TP-Link Omada access points](https://homelabpicks.com/networking/best-access-point/), the SG2218P keeps switches and APs in one controller. --- ## Best Upgrade: UniFi USW Pro 24 PoE When a lab outgrows a 150W budget or needs fast uplinks, the [UniFi USW Pro 24 PoE](https://homelabpicks.com/go/unifi-usw-pro-24-poe) removes PoE budget as a constraint. - **Ports:** 24x 1GbE RJ45 (16 PoE+, 8 PoE++) - **PoE budget:** 400W - **Uplinks:** 2x 10G SFP+ - **Management:** UniFi Network, with inter-VLAN routing and static routes on the switch - **Cooling:** Fan-cooled Ubiquiti lists it at $699. For that you get 24 powered ports, eight of them PoE++ for high-draw devices, and enough budget for many APs, cameras, and PoE-powered devices without planning around wattage. The two 10G SFP+ uplinks can connect a NAS and a core switch at 10G, and on-switch routing keeps inter-VLAN traffic, such as IoT to management or cameras to an NVR, off your router. Traffic routed on the switch also bypasses your gateway's firewall, so plan switch ACLs for any VLANs you want isolated. The trade-offs are noise and cost. It is fan-cooled, so it belongs in a [server rack](https://homelabpicks.com/racks/best-server-rack-home-lab/) or utility closet rather than on a desk, and its access ports are 1GbE only. --- ## Best for UniFi: UniFi USW Lite 16 PoE The [UniFi USW Lite 16 PoE](https://homelabpicks.com/go/unifi-usw-lite-16-poe) is the UniFi option for a small PoE load in a quiet space. - **Ports:** 16x 1GbE RJ45 (8 PoE+) - **PoE budget:** 45W - **Management:** UniFi Network (controller required) - **Cooling:** Fanless, wall-mountable Ubiquiti lists it at $199. Compare any retailer's price against Ubiquiti's store before buying. The 45W budget is the constraint. Two U6 Pro APs at their 13W maximum use 26W and leave room for a camera. Two U7 Pro APs at 21W use 42W, which leaves almost nothing. For more than two or three powered devices, the SG2218P or the Pro 24 PoE is a better fit. What makes the Lite 16 worth considering is fanless operation plus UniFi management. Port profiles, VLANs, and traffic statistics live in the same controller as your gateway and APs. You do need that controller, either a UniFi console or a self-hosted UniFi Network application. If you don't want one, look at the Netgear GS316EP or TP-Link SG2008P. --- ## Best Standalone: Netgear GS316EP The [Netgear GS316EP](https://homelabpicks.com/go/netgear-gs316ep) is the pick for managed PoE without a controller and without fan noise. - **Ports:** 16x 1GbE RJ45 (15 PoE+) plus 1x 1G SFP - **PoE budget:** 180W - **Management:** Web GUI (Netgear's Easy Smart Managed Essentials line) - **Cooling:** Fanless Netgear's list price is $239.99. It has the largest PoE budget of any fanless switch here, and its web interface handles 802.1Q VLANs plus PoE scheduling, priority, and per-port power limits. No controller, cloud account, or subscription is involved. The trade-off is no centralized management. With three switches in the house, you configure each one separately. That is fine for a single switch and tedious at scale. For multi-switch networks, Omada or UniFi is a better fit. --- ## Budget Pick: TP-Link SG2008P (Omada) The [TP-Link SG2008P](https://homelabpicks.com/go/tp-link-sg2008p) is where managed PoE starts in a home lab. - **Ports:** 8x 1GbE RJ45 (4 PoE+) - **PoE budget:** 62W - **Management:** Omada controller, or standalone web GUI and CLI - **Cooling:** Fanless Four PoE+ ports sharing 62W can run two Wi-Fi 7 APs at their rated maximums (42W for two U7 Pros), or one AP and a couple of cameras. The other four ports connect servers, a NAS, and other gear. For a small switch, the management is strong: VLANs, QoS, ACLs, IGMP snooping, and static routing, either standalone or through the same Omada controller that runs TP-Link's larger switches. It suits a small lab with one or two APs, or a secondary PoE switch in a garage rack or basement closet. It pairs naturally with [TP-Link EAP access points](https://homelabpicks.com/networking/best-access-point/). --- ## How to Choose: Decision Framework **1 to 2 PoE devices, small and silent:** TP-Link SG2008P, with 62W across four PoE+ ports. **3 to 6 PoE devices on one switch:** TP-Link SG2218P, with 150W across 16 PoE+ ports and optional Omada management. **Already on UniFi with 1 to 3 PoE devices:** UniFi USW Lite 16 PoE. It is fanless, has 45W, and lists at $199. **6 or more PoE devices, PoE++, or 10G uplinks:** UniFi USW Pro 24 PoE, with 400W, eight PoE++ ports, and two 10G SFP+ uplinks for $699 at Ubiquiti's list price. **No controller and no fan noise:** Netgear GS316EP. It is fanless, has 180W, and is managed from its own web interface. ## PoE Budget Planning for Common Deployments These examples use U7 Pro-class APs at their 21W maximum and assume about 10W per camera and 5W to 7W per Pi or phone. Substitute your own devices' datasheet figures. **Small apartment lab (1 AP, 1 camera):** about 31W at maximum. Any switch here works, and the SG2008P is the simple choice. **Medium home lab (3 APs, 2 cameras, 1 Pi):** about 90W at maximum. The SG2218P, GS316EP, or Pro 24 PoE all work. **Full deployment (5 APs, 4 cameras, 2 Pis, 2 VoIP phones):** about 170W at maximum. By the 1.3 times rule, that points to the Pro 24 PoE (400W). The GS316EP's 180W would leave almost no headroom, and the SG2218P's 150W is not enough. ## PoE and Network Segmentation PoE switches in a home lab aren't only about power. The devices you power over PoE, such as cameras, IoT sensors, and guest APs, are often the devices you most want isolated on separate VLANs. A proper setup puts cameras on a dedicated VLAN with no internet access, so they talk only to your NVR. IoT devices get their own VLAN with limited routing rules. Guest Wi-Fi gets its own VLAN with internet access but no LAN access. Your management VLAN stays separate from everything. All five switches in this guide support 802.1Q VLANs. UniFi and Omada configure them through their controllers, the Omada switches also work standalone, and the Netgear GS316EP handles VLANs through its web GUI. If you're also choosing a core switch for the non-PoE side, see our [networking gear roundup](https://homelabpicks.com/networking/best-network-switch-home-lab/) for managed and 10G options. --- ## Bottom Line The **[TP-Link SG2218P](https://homelabpicks.com/go/tp-link-sg2218p)** is the best PoE switch for most home labs: 150W across 16 PoE+ ports, Omada or standalone management, and a fanless design on the current version. If you want the most power without a fan or a controller, the **[Netgear GS316EP](https://homelabpicks.com/go/netgear-gs316ep)** gives you 180W across 15 PoE+ ports. For full-scale deployments with PoE++, 10G uplinks, and Layer 3 routing, the **[UniFi USW Pro 24 PoE](https://homelabpicks.com/go/unifi-usw-pro-24-poe)** at $699 handles everything. UniFi users with a small PoE load can use the fanless **[UniFi USW Lite 16 PoE](https://homelabpicks.com/go/unifi-usw-lite-16-poe)**, which Ubiquiti lists at $199. To start with PoE on a small budget, the **[TP-Link SG2008P](https://homelabpicks.com/go/tp-link-sg2008p)** powers an AP or two with proper VLAN management. Pair any of these with an access point from our [best access point guide](https://homelabpicks.com/networking/best-access-point/) and you have a properly segmented, PoE-powered home lab network. ## FAQ ### How much PoE wattage do I need for a home lab? Add up the maximum draw of every powered device from its datasheet, then leave 20 to 30 percent headroom. For reference, Ubiquiti rates the U7 Pro at 21W and TP-Link rates the EAP670 at 22.3W. Two Wi-Fi 7 APs and a couple of small cameras usually fit within 100W, so a 150W or 180W switch leaves room to grow. ### What's the difference between PoE, PoE+, and PoE++? PoE (802.3af) delivers up to 15.4W per port, or 12.95W at the device. PoE+ (802.3at) delivers up to 30W, or 25.5W at the device, which covers most access points and standard cameras. PoE++ (802.3bt) delivers up to 60W (Type 3) or 90W (Type 4) for devices such as PTZ cameras or small displays. Most home labs only need PoE+. ### Do I need a managed or unmanaged PoE switch? Managed. Separating IoT devices, cameras, and management traffic onto different VLANs is a basic security practice, and all five switches in this guide support VLANs. ### Can I use a PoE switch to power Raspberry Pis? Yes, with a PoE or PoE+ HAT on a supported model. Check the HAT's power class against the switch port and include its maximum draw in your budget. ## Sources - [TP-Link Omada SG2218P specifications](https://www.omadanetworks.com/us/business-networking/omada-switch-access/sg2218p/) (accessed 2026-09-30) - [TP-Link TL-SG2218P specifications](https://www.omadanetworks.com/us/business-networking/omada-switch-access/tl-sg2218p/) (accessed 2026-09-29) - [UniFi Pro 24 PoE technical specifications](https://techspecs.ui.com/unifi/switching/usw-pro-24-poe) (accessed 2026-09-29) - [Ubiquiti Store, Switch Pro 24 PoE](https://store.ui.com/us/en/products/usw-pro-24-poe) (accessed 2026-09-29) - [UniFi Lite 16 PoE technical specifications](https://techspecs.ui.com/unifi/switching/usw-lite-16-poe) (accessed 2026-09-29) - [Ubiquiti Store, Switch Lite 16 PoE](https://store.ui.com/us/en/category/switching-utility/products/usw-lite-16-poe) (accessed 2026-09-29) - [Netgear GS316EP product page](https://www.netgear.com/business/wired/switches/easy-smart/gs316ep/) (accessed 2026-09-29) - [TP-Link Omada SG2008P specifications](https://www.omadanetworks.com/us/business-networking/omada-switch-access/sg2008p/) (accessed 2026-09-29) - [UniFi U7 Pro technical specifications](https://techspecs.ui.com/unifi/wifi/u7-pro) (accessed 2026-09-29) - [UniFi U6 Pro technical specifications](https://techspecs.ui.com/unifi/wifi/u6-pro) (accessed 2026-09-29) - [TP-Link Omada EAP670 specifications](https://www.omadanetworks.com/us/business-networking/omada-wifi-ceiling-mount/eap670/) (accessed 2026-09-29) - [TP-Link Omada EAP773 specifications](https://www.omadanetworks.com/us/business-networking/omada-wifi-wifi7/eap773/) (accessed 2026-09-29)