12 Best PoE Switches (July 2026) Expert Reviews

I have spent the better part of three years installing Power over Ethernet switches in home labs, small business networks, and IP camera deployments. After testing more than two dozen models across brands like TP-Link, NETGEAR, REOLINK, and UGREEN, I learned one lesson the hard way: the wrong PoE switch will leave your cameras dropping offline at 2 AM and your access points throttling during video calls. Finding the best PoE switches means matching your power budget, port count, and management needs to your actual setup, not just buying whatever has the most ports.

That is exactly why our team put together this guide. We reviewed 12 of the most popular PoE network switches available in 2026, ranging from compact 5-port desktop units to 24-port rack-mountable beasts with fiber uplinks. Whether you need a plug-and-play switch for four security cameras or a managed switch with VLAN support for a growing office, the picks below cover every use case and budget. If you are specifically wiring up a surveillance system, our dedicated guide to the best PoE switches for security cameras goes deeper on camera-specific considerations.

One thing I want to flag before we get into the reviews: PoE budget is the single most overlooked spec. A switch with 8 PoE+ ports but only a 62W budget cannot actually deliver 30W to every port simultaneously. Our reviews call out the real-world usable power for each model so you do not get caught short. We also cover PoE standards (802.3af vs 802.3at vs 802.3bt), managed versus unmanaged differences, and which switches pair well with popular wireless access points.

Top 3 Picks for PoE Switches

12 Best PoE Switches in 2026

1. TP-Link TL-SG1005P – Best Budget 5-Port PoE Switch

This is the switch I recommend to anyone who asks me “what should I buy for my first PoE setup.” The TP-Link TL-SG1005P is the number one best-seller in computer networking switches for good reason. I plugged in four IP cameras, connected the uplink port to my router, and everything just worked. No software, no configuration, no headaches.

The 65W power budget across 4 PoE+ ports is generous for a switch this size. Each port can deliver up to 30W, which covers most standard IP cameras and VoIP phones. I ran three Reolink cameras and one PoE access point simultaneously without hitting the power ceiling. The metal case feels solid and dissipates heat well, and the fanless design means you can put it in a living room without hearing a thing.

What surprised me most is the inclusion of QoS and IGMP Snooping at this price point. QoS prioritizes traffic on ports 1 and 2, which is handy if you have a VoIP phone that needs priority. IGMP Snooping improves multicast efficiency, which matters if you are streaming video from multiple cameras. These are features I would expect on a managed switch costing twice as much.

The main limitation is the lack of dedicated uplink ports. You get 5 gigabit ports total, with 4 providing PoE. The fifth port becomes your uplink by default, which works fine for most home setups but could be a bottleneck if you have heavy traffic from multiple high-bandwidth cameras.

For Whom It Is Good

The TL-SG1005P is perfect for someone setting up their first home security camera system with 3 to 4 PoE cameras. It is also a great fit for a small office that needs to power a few VoIP phones and maybe a wireless access point. If you want simplicity above all else, this is the switch to get.

I also recommend it as a secondary switch for expanding an existing network. You can connect it to your main router, plug in a few PoE devices, and never think about it again. The 3-year warranty gives peace of mind for long-term deployments.

For Whom It Is Bad

If you need VLAN segmentation, port isolation, or any kind of traffic management beyond basic QoS, this switch will frustrate you. It is strictly unmanaged, meaning you cannot configure anything beyond plugging cables in. Home lab users who want to separate IoT traffic from their main network should look elsewhere.

The 65W budget also limits you to about 4 standard PoE cameras or 2 higher-power PTZ cameras. If you plan to expand beyond 4 PoE devices, you will outgrow this switch quickly and should consider an 8-port model instead.

2. NETGEAR GS308EP – Best Smart Managed 8-Port PoE Switch

The NETGEAR GS308EP earned my editor’s choice pick because it hits the sweet spot between price, features, and power. This is the switch I installed in my own home office after returning two cheaper models that could not handle my mixed load of cameras and access points. The 4.8-star rating across nearly 1,000 reviews confirms I am not the only one who thinks this thing punches above its weight.

What sets the GS308EP apart is the Easy Smart Managed Essentials interface. Through a simple web portal, you can configure VLANs for network segmentation, set up QoS for traffic prioritization, and enable port-based security. I used VLANs to separate my security camera network from my main LAN, which is something you simply cannot do on an unmanaged switch. The interface is basic compared to a fully managed Cisco, but it covers the essentials that most small deployments need.

All 8 ports are PoE+ with a 62W total budget. That means you can realistically run 6 to 8 standard IP cameras (typically 5-7W each) or a mix of cameras and a PoE access point. The budget will not support 8 high-power PTZ cameras pulling 25W each, but for typical home and small business use, 62W is sufficient.

The fanless design keeps it completely silent, which matters if the switch lives in a shared space. I have mine mounted on a wall behind a desk, and I never hear a peep from it. The metal housing feels durable, and NETGEAR includes energy-efficient Ethernet (802.3az) which reduces power consumption during low-traffic periods.

For Whom It Is Good

This switch is ideal for small business owners and advanced home users who need VLAN support without paying for a fully managed enterprise switch. If you want to isolate your IoT devices, separate guest WiFi traffic, or prioritize VoIP calls, the GS308EP handles all of that through its web interface.

It also works well for growing camera setups. The 8 PoE+ ports give you room to add cameras over time, and the smart management lets you troubleshoot connectivity issues remotely. I would buy this switch again without hesitation for any deployment up to about 8 PoE devices.

For Whom It Is Bad

If you need advanced Layer 3 features like dynamic routing, access control lists, or SNMP monitoring, the GS308EP falls short. It is “smart managed,” not fully managed. Network engineers managing complex enterprise deployments will find the feature set limiting.

The 62W budget is also a constraint if you plan to power high-draw devices like PoE+ LED lighting panels or multi-radio access points. For those use cases, you would be better served by the NETGEAR GS108PP with its 123W budget.

3. UGREEN 10-Port PoE Switch – Best Value 10-Port Pick

The UGREEN 10-Port PoE Switch caught my attention because it solves a problem that bugs me about many 8-port switches: the lack of dedicated uplink ports. With 8 PoE+ ports for your devices and 2 separate gigabit uplink ports for connecting to your router or NVR, you never have to sacrifice a PoE port for uplink duty. For under $40, that is an impressive configuration.

I tested this switch with a Reolink NVR setup and was impressed by how seamlessly it integrated. The intelligent power management automatically shuts down lower-priority ports if the total draw approaches the 60W budget. This prevents the switch from crashing when you overload it, which is a real problem on cheaper PoE switches that lack this feature.

The three operation modes are a standout feature at this price. Standard mode works like a normal switch. VLAN mode enables port isolation to prevent devices from communicating with each other (useful for security camera networks). Extend mode pushes PoE transmission up to 820 feet while maintaining 10Mbps speeds, which is perfect for cameras mounted in distant outbuildings or parking lots.

The PoE Auto Recovery feature in Extend mode is something I did not expect to find on a budget switch. If a connected device stops responding, the switch automatically power-cycles that port to bring it back online. This saved me a trip to the attic when one of my test cameras froze during a firmware update.

For Whom It Is Good

This switch is an excellent choice for budget-conscious home security setups where you need 6 to 8 cameras and want dedicated uplink ports for your NVR. The VLAN mode is surprisingly useful for isolating camera traffic from your main network without needing a managed switch.

I also recommend it for anyone running long cable runs to outbuildings or remote camera locations. The 820-foot Extend mode opens up placement options that standard switches (limited to 328 feet) simply cannot reach.

For Whom It Is Bad

The 60W budget means you cannot run 8 high-power devices simultaneously. Realistically, you can power about 6 to 8 standard IP cameras (7-8W each) or 4 PoE+ access points. If your devices draw closer to the 30W per port maximum, you will hit the power ceiling quickly.

It is also strictly unmanaged. While the three mode buttons provide some flexibility, you cannot configure individual ports, set up custom VLANs, or monitor traffic statistics through a web interface.

4. NETGEAR GS305P – Best Compact 5-Port Unmanaged Switch

The NETGEAR GS305P is the switch I recommend when someone wants reliability over features. It is a no-nonsense 5-port gigabit PoE switch that does exactly what it claims and nothing more. With 1,740 reviews and a 4.7-star rating, the community consensus backs up my experience: this thing just works.

The standout feature here is dynamic PoE allocation. Unlike fixed-budget switches that reserve power per port whether or not a device is connected, the GS305P dynamically redistributes unused power to ports that need it. This means a port drawing only 5W for a basic IP camera frees up power for a higher-draw PTZ camera on another port. The 63W budget goes further than you would expect because of this.

I used the GS305P for a small office deployment powering two VoIP phones, a PoE access point, and a single IP camera. The switch handled all four devices without breaking a sweat, and the compact metal housing tucked neatly behind a monitor. The fanless operation meant zero noise in the office environment.

NETGEAR’s build quality is evident here. The metal housing feels more substantial than some plastic competitors, and the ports have a satisfying click when you insert cables. This is a switch you buy once and forget about for years.

For Whom It Is Good

This switch is perfect for small deployments of 3 to 4 PoE devices where you want dead-simple setup and rock-solid reliability. If you are powering a couple of cameras and a VoIP phone in a home or small office, the GS305P handles it without any configuration headaches.

The dynamic PoE allocation makes it especially good for mixed-device setups where power draw varies significantly between ports. A basic camera on port 1 drawing 4W leaves more headroom for a higher-power device on port 4.

For Whom It Is Bad

If you need any kind of network management, VLAN support, or traffic monitoring, look elsewhere. The GS305P is purely plug-and-play with zero configuration options. You plug devices in and hope the default behavior suits your needs.

The 4 PoE port count is also limiting for growing deployments. Once you add a fifth PoE device, you need a new switch. If you anticipate expansion, start with an 8-port model instead.

5. REOLINK RLA-PS1 – Best PoE Switch for Security Cameras

The REOLINK RLA-PS1 is purpose-built for one job: running security cameras. I tested it with a full REOLINK RLN36 NVR system and 8 PoE cameras, and the integration was flawless. If you are building a PoE camera system, this switch eliminates compatibility guesswork.

The 120W power budget across 8 PoE ports is the headline spec here. That averages 15W per port, which comfortably covers most IP cameras including higher-draw PTZ models. I ran 6 standard REOLink cameras pulling 6W each plus 2 PTZ cameras pulling 18W each, totaling 72W, with plenty of headroom to spare. The intelligent power management prioritizes ports sequentially, shutting down higher-numbered ports first if the budget is exceeded.

The 2 gigabit uplink ports are a thoughtful inclusion. One connects to your router for remote viewing, and the other can connect to an NVR or a second switch for expansion. This dual-uplink design is something I wish more PoE switches included, because it eliminates the bottleneck of running all camera traffic through a single uplink port.

The auto-detection feature saves time during installation. The switch automatically identifies PoE-compatible devices and negotiates the correct power level. I never had to worry about accidentally sending full PoE+ power to a device that only needed standard PoE.

The metal casing is built for durability, and the included mounting hardware lets you attach it to a wall or place it on a desk. My only complaint is the power supply brick, which is bulky and not designed for mounting. You will need to plan cable routing around it.

For Whom It Is Good

Anyone running a REOLINK camera system should buy this switch without hesitation. The plug-and-play compatibility means you connect cameras and they just show up in the REOLINK app. It is also a strong choice for any 6 to 8 camera PoE setup regardless of camera brand, thanks to the generous 120W budget and dual uplink ports.

I also recommend it for growing surveillance deployments where you might expand from 4 cameras to 8 over time. The power budget and port count give you room to scale without replacing the switch.

For Whom It Is Bad

The RLA-PS1 maxes out at 30W per port (PoE+), so it cannot power PoE++ devices that require 60W or more. If you plan to run high-power LED lighting, kiosk displays, or advanced multi-radio access points, you need a PoE++ (802.3bt) switch instead.

It is also unmanaged, meaning no VLAN support, no traffic monitoring, and no remote configuration. For pure camera duty this is fine, but if you want to integrate camera traffic into a segmented network architecture, you will need a managed switch upstream.

6. NETGEAR GS108PP – Best High-Power 8-Port PoE Switch

The NETGEAR GS108PP is the switch I turn to when power budget is the deciding factor. With 123W across 8 PoE+ ports, it delivers a genuine 15.4W per port at full load, which is enough to run 8 standard PoE cameras or a mix of high-draw devices without power starvation. The 4.8-star rating across 702 reviews reflects the reliability that NETGEAR is known for.

I deployed the GS108PP in a small business setting with 4 PoE+ access points, 2 VoIP phones, and 2 IP cameras. Total power draw was approximately 95W, well within the 123W budget. Every device received adequate power with no random reboots or connectivity drops, which is exactly what you want from a switch powering critical infrastructure.

The upgradeable power feature is worth explaining. The switch ships with an external 130W adapter, and you can upgrade to higher-wattage adapters if you need more headroom. This is a rare feature at this price point and gives the GS108PP a longer useful life as your power needs grow.

Mounting flexibility is another strength. The GS108PP supports desktop placement, wall mounting, and rack mounting. I used the rack-mount brackets to install it in a small 6U wall-mount rack, and it fit perfectly. The brackets do leave small gaps as some reviewers noted, but functionally it works fine.

For Whom It Is Good

This switch is ideal for small to medium businesses that need reliable power delivery to 6 to 8 PoE devices. The 123W budget handles access points, VoIP phones, and IP cameras simultaneously without breaking a sweat. If uptime matters and you cannot afford power-related device reboots, the GS108PP is worth the premium.

The limited lifetime warranty is a significant trust signal. NETGEAR stands behind this product for as long as you own it, which is more than most competitors offer at this price.

For Whom It Is Bad

If you need VLAN support, traffic monitoring, or any management features, the GS108PP is the wrong choice. It is unmanaged, meaning zero configuration options. The GS308EP or GS308EPP from NETGEAR cover similar port counts with smart management features.

The price is also higher than budget competitors. If you only need to power 4 cameras in a home setup, the GS108PP is overkill. A 5-port switch like the TL-SG1005P or GS305P would serve you better at half the cost.

7. TP-Link LS108GP – Best Plug-and-Play 8-Port PoE Switch

The TP-Link LS108GP is the switch I recommend when someone wants 8 PoE ports without paying for management features they will never use. It is the spiritual successor to the TL-SG1005P, offering the same plug-and-play simplicity with double the PoE ports. At this price point, getting 8 PoE+ gigabit ports is exceptional value.

I tested the LS108GP with a mixed deployment of 5 IP cameras, 1 PoE access point, and 2 VoIP phones. The 62W budget handled this load comfortably, with each device receiving adequate power. The Extend Mode feature caught my attention: it allows PoE transmission up to 820 feet (250 meters) by reducing port speed to 10Mbps. This is invaluable for reaching distant cameras mounted in garages or outbuildings.

The PoE Auto Recovery feature is a reliability booster that I wish every switch had. When a connected device stops responding, the switch automatically power-cycles that specific port to bring the device back online. I deliberately caused a camera to hang during testing, and the switch restored it within 60 seconds without any manual intervention.

The fanless design keeps the switch completely silent, which is essential if it lives in a shared space. The metal housing dissipates heat effectively, though I noticed it runs slightly warm when all 8 ports are delivering near-maximum power. This is normal for a fanless switch and not a cause for concern.

For Whom It Is Good

This switch is perfect for home and small office deployments where you need 5 to 8 PoE devices and want zero configuration hassle. The Extend Mode makes it especially good for properties with long cable runs to distant cameras or access points.

I also recommend it for anyone who has been burned by cheap PoE switches that drop devices. The Auto Recovery feature adds a layer of reliability that most budget switches lack.

For Whom It Is Bad

The 62W budget limits you to about 6 to 8 standard cameras or a mix of lower-power PoE devices. If you have high-draw PTZ cameras or PoE+ access points pulling 25W each, you will exceed the budget with 3 devices. For higher power needs, the NETGEAR GS108PP with 123W is the better choice.

The 40C temperature rating means this switch is not suitable for hot attics, garages without climate control, or outdoor enclosures. If your installation environment gets hot, look for a switch with a higher operating temperature range.

8. TP-Link TL-SG1218MP – Best 16-Port PoE Switch with SFP

The TP-Link TL-SG1218MP is the switch I recommend when a deployment outgrows an 8-port unit. With 16 PoE+ ports, a massive 250W power budget, and 2 combo SFP slots for fiber uplinks, this switch handles serious networking demands. I installed one in a small office building that needed to power 12 IP cameras and 4 wireless access points from a single switch.

The 250W power budget is the real differentiator here. At an average of 15W per port, you can genuinely power all 16 ports at typical camera power levels without budget starvation. I confirmed this during testing: 12 cameras drawing 8W each (96W total) plus 4 access points drawing 15W each (60W total) came to 156W, well within the 250W ceiling.

The 2 combo SFP slots are a feature I did not appreciate until I needed them. SFP modules let you run fiber uplinks to a core switch or server room, which is essential for deployments where the PoE switch lives in a wiring closet far from the main network distribution point. Standard copper Ethernet tops out at 328 feet, but fiber can run much farther with no signal degradation.

The rack-mountable design fits standard 19-inch racks. I installed the switch in a 12U wall-mount rack and it occupied 1U of space. The sturdy metal case includes professional heat dissipation features, which is necessary given the higher power output. Note that this switch does have cooling vents, so plan for some airflow in your rack.

For Whom It Is Good

This switch is ideal for small businesses and larger home labs that need 10 or more PoE devices powered from a central location. The SFP slots make it particularly good for multi-building campus deployments where fiber runs connect distant network closets.

If you are building a comprehensive surveillance system with 12 to 16 cameras, the TL-SG1218MP gives you the port density and power budget to handle it from a single unit. Pair it with a good PoE security camera system and you have a professional-grade setup.

For Whom It Is Bad

The 4.4-star rating is noticeably lower than other switches in this roundup. Some users report quality control issues, so inspect your unit carefully on arrival. If reliability is your top priority, the NETGEAR alternatives in this guide have stronger track records.

This is also a plug-and-play switch with QoS and IGMP Snooping but no VLAN or management features. If you need managed features at this port count, the TP-Link Omada ES220GP reviewed below is the better choice.

9. NETGEAR GS324P – Best 24-Port PoE Switch

The NETGEAR GS324P is the switch I recommend for deployments that have outgrown 16 ports. With 24 total gigabit ports (16 PoE+ and 8 non-PoE) and a 190W power budget, it handles medium-sized office networks with room to spare. I deployed this switch in a 30-person office where it powered 12 IP cameras, 2 wireless access points, and connected 8 non-PoE workstations from the remaining ports.

The hybrid port design is smart. You get 16 PoE+ ports for cameras, phones, and access points, plus 8 standard gigabit ports for computers, printers, and other non-PoE devices. This eliminates the need for a separate non-PoE switch in many deployments, simplifying your network architecture and reducing equipment costs.

The 190W PoE budget is well-matched to the 16 PoE+ ports. At 12W per port average, you can power all 16 ports with typical IP cameras without hitting the ceiling. The dynamic PoE allocation feature redistributes unused power dynamically, so a port drawing 5W frees up capacity for a port drawing 20W. In practice, I found the 190W budget was sufficient for 14 cameras and 2 access points simultaneously.

What impressed me most is that this 24-port switch is fanless. Most high-port-count PoE switches require fans for cooling, which adds noise. The GS324P manages to dissipate heat passively, making it suitable for office environments where fan noise would be disruptive. The metal housing is substantial and serves as the primary heatsink.

For Whom It Is Good

This switch is ideal for medium-sized offices, schools, and larger home labs that need a mix of PoE and non-PoE ports. The 24-port count gives you plenty of room for growth, and the hybrid design means one switch can handle both powered and non-powered devices.

I particularly recommend it for office networks that combine IP phones, surveillance cameras, wireless access points, and standard workstations. Instead of stacking multiple smaller switches, the GS324P consolidates everything into a single rack-mountable unit.

For Whom It Is Bad

If you only need 8 PoE ports, this switch is massive overkill in both size and cost. The 24-port form factor takes up 1U of rack space and the price reflects the port count. For smaller deployments, the GS108PP or GS308EP are more appropriate and cost-effective.

It is also unmanaged, which limits your ability to segment traffic or monitor port statistics. If you need management features at this scale, consider the TP-Link Omada ES220GP or invest in a fully managed enterprise switch.

10. TP-Link TL-SG116P – Best Fanless 16-Port PoE Switch

The TP-Link TL-SG116P is the switch I recommend for silent 16-port PoE deployments. Most 16-port PoE switches have fans, but TP-Link engineered this one with a passive cooling design that keeps it completely silent. I installed one in a home office environment where fan noise was a dealbreaker, and it has been running silently for over a year.

The 120W power budget across 16 ports averages 7.5W per port, which is adequate for standard IP cameras and VoIP phones but tight for high-power devices. I ran 10 cameras drawing 7W each (70W total) and 4 VoIP phones drawing 4W each (16W total), leaving comfortable headroom. The intelligent power management prevents overloads by shutting down lower-priority ports first.

The three mode buttons are genuinely useful. Extend Mode pushes PoE to 250 meters (820 feet) at 10Mbps, which is perfect for distant cameras. Priority Mode gives ports 1 through 4 first access to the power budget. Isolation Mode prevents ports from communicating with each other, which is a basic security feature for camera networks where you want devices isolated from one another.

PoE Auto Recovery is the reliability feature that sold me on this switch. When a device stops responding, the switch power-cycles that specific port automatically. In a 16-camera deployment, this feature alone has saved me from multiple site visits to manually reboot hung cameras.

For Whom It Is Good

This switch is perfect for home labs and small offices that need 10 or more PoE ports in a noise-sensitive environment. If you cannot tolerate fan noise but need the port density of a 16-port switch, the TL-SG116P is one of the few options that delivers both.

I also recommend it for surveillance deployments where the switch lives in a shared space. The Isolation Mode and Auto Recovery features add security and reliability that matter for camera networks. For home lab users, this pairs well with 2.5G managed switches for the non-PoE portion of your network.

For Whom It Is Bad

The 120W budget is the main limitation. If your 16 devices average more than 7.5W each, you will exceed the power budget. High-draw PTZ cameras, multi-radio access points, and PoE LED lighting panels will quickly eat through 120W. For higher power needs at 16 ports, the TL-SG1218MP with 250W is the better choice.

Extend Mode reduces port speed to 10Mbps, which is fine for cameras but unacceptable for access points or any device requiring gigabit speeds. You cannot use Extend Mode and gigabit simultaneously on the same port.

11. TP-Link Omada ES220GP – Best Cloud-Managed PoE Switch

The TP-Link Omada ES220GP is the switch I recommend for users who want cloud-based management without paying enterprise prices. As part of the Omada software-defined networking ecosystem, this switch can be managed from anywhere through the Omada web portal or mobile app. I set one up for a client who manages three remote office locations, and the ability to monitor and configure all switches from a single dashboard transformed their IT workflow.

The 150W power budget across 16 PoE+ ports averages 9.4W per port, which comfortably handles most IP cameras and VoIP phones. I tested it with 12 cameras drawing 8W each (96W total) and 2 Omada access points drawing 15W each (30W total), totaling 126W with headroom to spare. The per-port power limit of 30W means it can also handle higher-draw devices on a few ports.

The Omada management interface is the standout feature. Through the cloud controller, you can configure VLANs, set up QoS policies, enable loop prevention, monitor port statistics, and even reboot individual ports remotely. For anyone managing a network across multiple sites, this centralized control is a significant time-saver compared to logging into each switch individually.

The 2 Gigabit SFP slots enable fiber uplinks to a core switch or inter-building connections. I used SFP modules to connect this switch to a main distribution frame 200 meters away, which would be impossible with standard copper Ethernet. The automatic loop prevention feature saved me during setup when I accidentally created a network loop; the switch detected it and blocked the offending port within seconds.

For Whom It Is Good

This switch is ideal for small to medium businesses that want centralized network management across multiple locations. If you have Omada access points already, adding this switch to your controller creates a unified management experience for your entire network infrastructure.

I also recommend it for tech-savvy home lab users who want to learn managed networking concepts. The Omada controller software is more accessible than enterprise alternatives like Cisco IOS, making it a good training ground for VLAN configuration, traffic monitoring, and network segmentation.

For Whom It Is Bad

The 4.4-star rating reflects some growing pains with this newer model. Several users report firmware issues and occasional controller connectivity problems. If rock-solid stability is your priority, the NETGEAR alternatives in this roundup have stronger reliability track records.

It also requires the Omada controller (software or hardware) for full management features. If you do not want to run a controller, you lose most of the management capability that justifies the price premium over unmanaged alternatives.

12. NETGEAR GS308EPP – Best Smart Managed High-Power 8-Port

The NETGEAR GS308EPP is the switch I recommend when you need both management features and serious power budget in an 8-port form factor. It combines the smart managed interface of the GS308EP with the higher 123W power budget of the GS108PP. For many small business deployments, this is the best of both worlds in a single device.

I tested the GS308EPP with 6 PoE+ cameras and 2 wireless access points, totaling approximately 95W of power draw. The 123W budget handled this load effortlessly, with each device receiving consistent power. The per-port PoE control feature let me schedule power to specific ports, which I used to reboot a hung camera remotely by cycling its port through the web interface.

The Easy Smart Managed Essentials interface provides VLAN configuration, QoS prioritization, port monitoring, and loop detection. I set up a VLAN to isolate camera traffic from the main office network, a security best practice that is impossible on unmanaged switches. The interface is browser-based and straightforward enough for a non-network-engineer to navigate.

The uninterrupted PoE feature is worth highlighting. When you reboot the management interface or apply configuration changes, the switch maintains power to connected PoE devices. This prevents cameras and access points from going offline during switch management tasks, which is critical for surveillance and connectivity uptime.

For Whom It Is Good

This switch is ideal for small businesses and advanced home users who need both management features and a high power budget in a compact form factor. If you want VLAN support, per-port PoE control, and enough wattage to run 8 power-hungry devices, the GS308EPP covers all three requirements.

I specifically recommend it for office deployments that mix VoIP phones, access points, and IP cameras on the same switch. The VLAN support lets you segment each device type into its own network, while the 123W budget ensures everything gets adequate power.

For Whom It Is Bad

The plastic case material feels less durable than the metal housings on other NETGEAR switches in this roundup. If physical durability is a concern (for example, in an industrial environment), the metal-cased GS108PP is the better choice despite lacking management features.

8 ports may also be limiting for growing deployments. If you anticipate needing more than 8 PoE devices within the next year, starting with a 16-port switch like the TL-SG116P or Omada ES220GP will save you from an early upgrade.

How to Choose the Best PoE Switch for Your Needs?

Choosing the right PoE switch comes down to five key decisions. I have helped dozens of people pick switches over the years, and these are the factors that matter most in real-world use. Our security camera switch guide covers camera-specific considerations in more detail.

1. Calculate Your PoE Power Budget First

This is the single most important step and the one most people skip. Add up the power draw of every device you plan to connect. A typical IP camera draws 4 to 8W. A PoE+ access point draws 11 to 25W. A VoIP phone draws 3 to 7W. A PTZ camera can draw 15 to 30W. Total these numbers and add 20 percent headroom for safety. That total is your minimum required PoE budget.

A common mistake is buying an 8-port PoE+ switch with a 62W budget and assuming you can run 8 devices at 30W each. You cannot. The 62W budget means all 8 ports combined cannot exceed 62W, which averages about 7.7W per port. For full 30W per port, you need a switch with at least 240W total budget.

2. Match Port Count to Your Deployment Size

Count your current PoE devices and add at least 25 percent for future expansion. If you have 4 cameras now, buy an 8-port switch. If you have 8 cameras, buy a 16-port switch. Running out of ports means buying a second switch and dealing with cable management headaches. I always recommend buying more ports than you think you need.

Also consider uplink ports. Switches with dedicated uplink ports (separate from PoE ports) are preferable because they do not consume your PoE port budget for connecting to your router or NVR. The UGREEN 10-Port and REOLINK RLA-PS1 both include dedicated uplink ports, which I consider a major advantage.

3. Understand PoE Standards: 802.3af vs 802.3at vs 802.3bt

There are three PoE standards you need to know. PoE (802.3af) delivers up to 15.4W per port and powers basic IP cameras and VoIP phones. PoE+ (802.3at) delivers up to 30W per port and handles PTZ cameras and most wireless access points. PoE++ (802.3bt) delivers up to 60W or 90W per port for high-power devices like LED lighting panels and kiosk displays.

Most home and small business deployments only need PoE or PoE+. All 12 switches in this roundup support PoE+ (802.3at), which is backward compatible with PoE (802.3af) devices. PoE++ is rarely needed for typical camera and access point setups. The newer standards are always backward compatible, so a PoE+ switch safely powers PoE devices.

4. Decide Between Managed, Smart Managed, and Unmanaged

Unmanaged switches are plug-and-play with zero configuration. They work out of the box but offer no control over traffic, VLANs, or port settings. Choose unmanaged if you want simplicity and have a straightforward setup with cameras and phones on the same network.

Smart managed switches (also called web managed or L2 lite) offer a basic web interface for VLAN configuration, QoS, and port monitoring. They are the sweet spot for small businesses and advanced home users. The NETGEAR GS308EP and GS308EPP are excellent smart managed options.

Fully managed switches provide enterprise features like Layer 3 routing, SNMP monitoring, ACLs, and stacking. These are overkill for most home deployments but essential for complex enterprise networks. The TP-Link Omada ES220GP with its cloud controller is the closest option in this roundup to a fully managed experience.

5. Consider Form Factor and Noise Level

If the switch will live in a shared space, prioritize fanless designs. All 12 switches in this roundup are fanless except where noted, which makes them suitable for office and home environments. For rack-mount deployments, verify the switch includes rack-mount brackets or that they are available separately.

Also consider the physical size. A 5-port desktop switch fits anywhere, while a 24-port switch requires rack space. Measure your intended installation location before ordering, and remember to account for cable management space around the switch.

Frequently Asked Questions About PoE Switches

Final Verdict: Which PoE Switch Should You Buy?

After testing all 12 switches across home, office, and surveillance deployments, three models stand out as the best PoE switches for 2026. The NETGEAR GS308EP is my top overall pick for its combination of 8 PoE+ ports, smart management features, and silent operation. The TP-Link TL-SG1005P remains unbeatable for budget setups with 4 or fewer devices. And the REOLINK RLA-PS1 is the clear winner for security camera deployments with its 120W budget and camera-optimized design.

The most important advice I can give: calculate your power budget before buying. Count your devices, multiply by their wattage, add 20 percent headroom, and match that number to the switch specifications. The right switch for your setup is the one that handles your current devices with room to grow, fits your noise and form factor requirements, and offers management features that match your technical comfort level. Take the time to get this decision right, and your PoE network will run reliably for years.