The best PoE network switches carry both data and electrical power through one Ethernet cable, so an IP camera, wireless access point, or VoIP phone can work without a nearby wall outlet. That simple change makes a home network cleaner and can make a surveillance or small-office installation much easier to plan.
I narrowed this list to five models whose analyzed specifications clearly state the port count, Gigabit capability, PoE standard, and total power budget. The short version: choose the NETGEAR GS308EP when you want eight silent, smart-managed PoE+ ports; choose the TP-Link LS108GP for uncomplicated plug-and-play deployment; and choose the REOLINK RLA-PS1 when a camera system needs more available PoE power.
A PoE network switch is not automatically the right answer just because it has many ports. You need enough powered ports, enough combined wattage for devices running at once, and management features that fit the job rather than add setup work you will never use.
Our research also reflects recurring home-network and homelab concerns: users prefer fanless hardware in living areas, surveillance builders watch the power budget closely, and people regularly wish they had bought extra ports. I would leave headroom for at least one future access point, camera, or wired device instead of designing a network that is full on day one.
Table of Contents
The top 3 picks answer most PoE switch needs
These three picks cover the most common starting points: flexible eight-port management, simple long-run camera deployment, and a larger managed installation. The cards provide the fast comparison, while the reviews below explain where each model fits and where it does not.
The best PoE network switches in 2026 at a glance
Every switch here supplies Gigabit Ethernet and supports 802.3af/at devices, commonly called PoE and PoE+. The important differences are total PoE power, whether uplink ports are separate from powered ports, and whether the switch offers management controls.
| Product | Specifications | Action |
|---|---|---|
 NETGEAR GS308EP |
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 TP-Link LS108GP |
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 REOLINK RLA-PS1 |
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 UGREEN 10-Port PoE Switch |
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 NETGEAR GS724TP |
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Ratings in this guide come from the analyzed product listings rather than a claim of laboratory testing. A high rating is useful context, but calculate your own connected-device load before treating any eight-port model as a fit for eight high-draw devices.
1. The NETGEAR GS308EP is the balanced smart-managed eight-port pick
NETGEAR 8 Port PoE Gigabit Ethernet Easy Smart Managed Switch (GS308EP)
- Eight Gigabit PoE+ ports
- Smart VLAN and QoS controls
- Fanless operation
- Desktop or wall mount
- No SFP ports
- 62W budget limits high-draw fleets
- U.S. and Canada compatibility
The GS308EP is the sensible middle ground for a home network that has grown past a basic unmanaged box. It provides eight 1 Gbps ports, all eight support PoE+, and its 62W total budget is suited to a mixed group of lower-draw cameras, access points, or phones.
What distinguishes it is the Easy Smart Managed feature set. VLAN configuration, QoS prioritization, per-port PoE controls, and network security functions let you segment devices or give time-sensitive traffic a clearer path without stepping up to a large rack switch.
I would put this model near the top of a compact office or home automation shortlist where quiet placement matters. The supplied specifications call out a fanless design, Energy Efficient Ethernet, and desktop or wall-mount placement, so it can live close to the equipment it supports instead of demanding a dedicated noisy closet.
The 16 Gbps switching capacity matches an eight-port Gigabit switch, but there are no SFP ports for fiber expansion. Its 62W shared budget is also the deciding limit: eight ports do not mean eight devices can each draw the 30W maximum associated with PoE+ at the same time.
The GS308EP works best when you need light management without a rack
This is the best fit when you genuinely need VLAN separation or QoS, such as keeping cameras apart from everyday devices or prioritizing VoIP traffic. It also suits someone who wants eight powered endpoints in a silent, compact installation.
NETGEAR lists a limited three-year hardware warranty for this model. That is a useful support detail for a switch placed in a small office, though it does not replace checking regional compatibility before ordering.
The GS308EP needs a power plan before you fill every port
Add the stated watts for each powered device and compare that total with the 62W budget, then leave some room rather than planning to run at the limit. A few ordinary cameras and an access point may be comfortable, while a larger group of 30W-rated devices calls for more total capacity.
Buyers who only need plain connectivity may find the TP-Link easier because it has no configuration requirement. Buyers who need dedicated uplinks or a much larger device count should skip to the REOLINK or 24-port NETGEAR options instead.
2. The TP-Link LS108GP is the straightforward plug-and-play eight-port pick
- No setup required
- 65W PoE budget
- PoE Auto Recovery
- Metal case and fanless design
- No advanced management controls
- 65W shared budget
The TP-Link LS108GP makes its case through simplicity. Its eight Gigabit RJ45 ports support 802.3at/af, it has a 65W total power budget, and it is expressly designed to work without configuration.
For an installer running cameras or access points in a typical home, that matters. Connect the router or NVR on the network side, attach compatible powered devices, and the switch negotiates PoE rather than requiring a web dashboard before it carries traffic.
Two features make it more interesting than a bare-bones unmanaged switch. Extend Mode supports PoE transmission up to 820 ft, and PoE Auto Recovery can restart an unresponsive connected device; both are useful considerations for a camera mounted a long way from the network cabinet.
The metal casing, wall-mount option, and fanless operation help it fit a visible installation. The product data also specifies a 40-degree-Celsius upper temperature rating, so I would still avoid placing it in an enclosed hot attic or a poorly ventilated cabinet.
The LS108GP is right when easy camera or access-point setup is the priority
Choose this switch for a small surveillance system, a few wireless access points, or a straightforward home network where every powered endpoint uses ordinary Ethernet. Its 65W budget is slightly higher than the GS308EP’s stated total, while both offer eight PoE+ ports.
The listing’s 4.7 rating across 603 reviews gives it a meaningful amount of buyer feedback. Reviews highlighted the long-range mode, automatic recovery, quiet operation, and simple setup, which matches the practical focus of the hardware.
The LS108GP is not the choice for VLAN design or detailed monitoring
This is an unmanaged switch, so it does not provide the full configuration path for VLAN rules, QoS tuning, or network monitoring that a smart-managed model does. Its physical mode features are helpful, but they are not a replacement for a managed interface.
Like any shared-budget switch, 65W is the pool for all powered devices, not a guarantee of 30W to all eight at once. If you expect many cameras with heaters, powerful access points, or rapid expansion, use the larger 120W REOLINK or 190W NETGEAR model.
3. The REOLINK RLA-PS1 is the high-power camera-system pick
- 120W total power budget
- Two dedicated uplink ports
- Priority power management
- Direct NVR support
- No advanced management features
- Optimized for Reolink systems
The REOLINK RLA-PS1 is the one to examine first when surveillance coverage, rather than desktop networking, drives the purchase. It has eight 10/100/1000 Mbps PoE ports plus two separate Gigabit uplink ports, and its 120W total PoE budget is the largest among the compact models in this roundup.
That distinction is practical: uplinks do not consume one of the eight camera-facing PoE ports. The switch is designed for use with REOLINK RLN36 NVR systems and PoE IP cameras, while its IEEE 802.3af/at support and automatic device detection describe the underlying compatibility approach.
Its intelligent power management assigns power by priority when demand is high. I like that safeguard in a camera installation because it makes the product’s behavior more predictable than a switch that simply runs out of capacity without a stated priority approach.
There is no web-managed feature list here, and the product is optimized around the Reolink ecosystem. It can still be relevant to standards-compliant PoE devices, but buyers wanting custom VLANs, SNMP, or broad management controls should choose a managed switch instead.
The RLA-PS1 is best when cameras need both ports and power headroom
Eight cameras can occupy all eight powered ports while the NVR and upstream network use the two Gigabit uplinks. That layout is cleaner than sacrificing powered ports for network connections and explains why it is a focused surveillance choice.
At 120W, the budget gives considerably more room than the 60W to 65W compact alternatives. Still, calculate the actual demand of every camera, including any night or environmental features documented by its manufacturer, rather than assuming the port count alone answers the capacity question.
The RLA-PS1 is less suitable when network segmentation is the main goal
The available product data describes plug-and-play setup, automatic PoE detection, and priority power allocation rather than a managed control panel. If separating cameras into VLANs, collecting SNMP data, or administering a larger network is central to the job, the GS724TP has the more appropriate feature set.
The metal enclosure and desktop or wall-mount options make the RLA-PS1 flexible about placement. Its listed upper temperature rating is 45 degrees Celsius, but a dry, ventilated indoor location remains the sensible default for network hardware.
4. The UGREEN 10-Port switch is the compact choice with dedicated uplinks
UGREEN Ethernet Switch, 10-Port PoE Switch, 8 PoE+@60W + 2 Gigabit Uplink
- Two Gigabit uplinks
- Port Isolation mode
- 820 ft Extend Mode
- PoE Auto Recovery
- 60W shared power budget
- No web management
- Lower review volume
UGREEN’s 10-port model uses a useful physical layout: eight PoE+ Gigabit ports for endpoints and two Gigabit uplink ports for the router, NVR, or another switch. That division preserves all eight powered ports for devices, which is valuable on a small surveillance build.
Its 60W total budget is lower than the other eight-port choices, so I would treat it as a switch for modest-power endpoints rather than a full eight-device, high-draw deployment. Each powered port supports 802.3at/af up to 30W, but the total available output remains the governing number.
The mode switch offers Standard, Port Isolation, and Extend settings. Port Isolation is presented as VLAN mode and can help limit direct communication among connected ports, while Extend Mode supports PoE up to 820 ft and activates the product’s PoE Auto Recovery function.
A metal body, per-port short-circuit protection, and a 24-month warranty are sensible hardware and support points. The analyzed listing has a 4.7 rating from 212 reviews, a smaller feedback pool than the NETGEAR and TP-Link models but still useful context.
The UGREEN switch fits small systems that need separate uplinks
Use it when two non-PoE network connections are part of the plan and eight powered devices are enough. A camera system connecting to an NVR and an upstream router is the clearest example, though the same layout can serve access points and wired network gear.
It also makes sense when Port Isolation is more useful than a full management interface. That physical mode is not the same as configurable managed VLANs, but it offers a simple isolation option without software administration.
The UGREEN switch needs conservative PoE budgeting
With a 60W total pool, this is not the model I would select for a future fleet of power-hungry devices. A setup with several lower-draw cameras may fit well; a setup intended to feed eight devices close to PoE+ maximums does not match the published budget.
It is also described as an unmanaged network hub despite the mode options. For a home lab or office that needs adjustable VLANs, QoS policies, or monitoring, the smart-managed NETGEAR models give more direct administrative control.
5. The NETGEAR GS724TP is the scalable 24-port managed choice
NETGEAR 26-Port PoE Gigabit Ethernet Smart Managed Network Switch (GS724TP)
- 24 powered Gigabit ports
- 190W total budget
- Two fiber SFP ports
- SNMP and cloud-management support
- Fewer customer reviews
- U.S. and Canada compatibility
- No PoE++ support listed
The GS724TP is the correct step up when eight ports is clearly too small. It provides 24 Gigabit PoE+ ports, a 190W total power budget, and two 1G SFP ports for fiber connectivity, all in a chassis intended for desktop or rack mounting.
This model is a managed switch, with Smart Managed functions, SNMP support through NMS 300, and one year of NETGEAR Insight cloud management included in the analyzed data. Those options suit someone responsible for a growing office, a larger surveillance system, or a network that needs visibility beyond a mode switch.
The 190W budget does not turn each port into a 30W guaranteed supply, but it creates far more capacity than the smaller options. It is appropriate to plan device groups, set priorities where the software allows, and retain spare capacity for the next access point, phone, or camera.
NETGEAR lists a limited lifetime hardware warranty with customizable support, Energy Efficient Ethernet, and fanless operation. A fanless 24-port switch is especially attractive when a rack is close to workspaces, although physical installation should still leave room for cable management and airflow.
The GS724TP is best for large home labs, offices, and multi-camera systems
Twenty-four powered ports make this a credible starting point for a small office network, a dense home automation installation, or a surveillance deployment that would quickly exhaust an eight-port switch. The two SFP ports also provide a defined path for a fiber link, unlike the compact switches above.
I would choose this model before a deployment is already full, not after. Forum users regularly recommend buying more ports than the current list requires, and that advice is most useful when a rack, cable runs, and PoE planning are already part of the project.
The GS724TP is more switch than a simple single-room network requires
Management, SNMP, rack-mount capability, 24 ports, and SFP expansion can be unnecessary complexity for two cameras and one access point. A compact plug-and-play model is easier to place and operate when there is no reason to configure or monitor the switch.
The analyzed listing has a 4.6 rating from 48 reviews, so there is less customer feedback than for the compact picks. It is also listed for U.S. and Canada regional compatibility, a specification worth confirming for any installation outside those markets.
The buying guide starts with the devices you want to power
Start a PoE switch purchase with a written endpoint list: cameras, access points, VoIP phones, controllers, and any future devices. Record the port count, the stated power draw, the PoE standard, cable route, and whether each device must be isolated or prioritized.
That short planning step avoids the two most common errors: buying enough physical ports with too little total power, or buying complicated managed hardware when an unmanaged switch would do the job. It also shows when separate uplinks will preserve more powered ports for endpoints.
The PoE standard tells you the maximum power class to plan around
IEEE 802.3af, generally called PoE, is commonly associated with up to 15.4W per port at the switch. IEEE 802.3at, or PoE+, is commonly associated with up to 30W per port and is the standard listed for all five switches in this guide.
IEEE 802.3bt, often called PoE++ or higher-power PoE, can provide up to 60W per port in the form referenced by the research data. None of these five product descriptions lists 802.3bt support, so do not choose them for a device that specifically requires PoE++.
A standards-compliant switch identifies compatible PoE endpoints, while regular non-PoE Ethernet equipment can still use an ordinary data connection on the same switch. Check the powered device’s own requirements before connecting it; its label or manual is the final authority for its expected standard and draw.
The power budget decides how many powered devices can run together
The power budget is the combined wattage that a switch can distribute, not the number printed beside its ports. Use this simple calculation: add the maximum documented wattage of every powered endpoint, compare the result with the switch budget, and leave a practical margin for changes or peak behavior.
For example, four 10W cameras and one 15W access point total 55W. That plan fits within a 62W or 65W budget on paper, but it leaves little expansion room; the 120W REOLINK provides considerably more capacity for a camera-centered system.
Do not multiply eight ports by 30W and assume a 60W, 62W, or 65W switch can give that amount to every port. Per-port capability and shared total capacity are separate specifications, and the shared figure is the one that protects your whole deployment from overload.
The port count should include a few connections you do not own yet
Four powered endpoints can make an eight-port PoE switch feel generous, but the router, NVR, NAS, or another switch may need network connections too. Models with dedicated uplinks, such as the 10-port REOLINK and UGREEN, leave all eight PoE ports free for powered equipment.
For a small apartment or a single camera cluster, an eight-port switch is often a practical size. For a whole-home camera plan, several access points, many phones, or a small office, a 24-port switch prevents an early replacement and can simplify cabling from the start.
Port speed matters as well. Each product here uses Gigabit Ethernet, which is appropriate for many cameras, access points, and ordinary wired devices. The GS724TP adds 1G SFP ports for fiber links, but none of these reviewed switches is listed with 2.5GbE, 5GbE, or 10G uplinks.
Managed switches are for control, while unmanaged switches are for simple deployment
A managed PoE switch gives you an administrative interface for features such as VLAN configuration, QoS, and monitoring. The GS308EP offers Easy Smart Managed controls including VLAN and QoS, while the GS724TP adds Smart Managed functions, SNMP support, and optional cloud management through the included first year of Insight.
An unmanaged PoE switch typically works after you connect the cables, without a configuration session. The TP-Link LS108GP is explicitly plug and play; the REOLINK RLA-PS1 likewise emphasizes automatic detection and simple camera setup; the UGREEN provides physical Standard, Isolation, and Extend modes rather than full web management.
I would choose managed hardware when I have a real task for it: separating cameras, prioritizing voice traffic, monitoring switch behavior, or managing a network with many users. For a few cameras or access points on one trusted network, plug-and-play operation is often the less stressful choice.
Placement and cable runs affect reliability after the switch is installed
Fanless operation appears in the compact NETGEAR and TP-Link specifications and in the GS724TP data, which is helpful when the switch sits in a room where people work or relax. Metal cases are listed for the TP-Link, REOLINK, and UGREEN models, while the NETGEAR listings state plastic case material.
Use suitable Ethernet cabling and avoid placing network gear in confined hot spaces. TP-Link and UGREEN offer Extend Mode up to 820 ft for PoE, but that feature should be treated as a stated product mode, not a reason to disregard cable quality, surge protection, or a sensible route plan.
Mounting also determines whether the switch stays accessible for resets and cable tracing. All five products support desktop or wall-related placement in their data, while the GS724TP additionally supports rack mounting for a more structured larger installation.
The frequently asked questions have direct PoE switch answers
What is the recommended PoE switch brand for fewer than 24 ports?
NETGEAR and TP-Link are strong options in this five-product list for compact deployments. Choose NETGEAR GS308EP if you need VLAN and QoS controls, or TP-Link LS108GP if you want a plug-and-play eight-port PoE+ switch. Match the final choice to its total PoE budget and required features.
What size PoE switch should I get?
Count every powered endpoint, then add spare ports for growth and account for uplink connections. An eight-port PoE switch suits many small camera or access-point groups; a 24-port model suits larger homes, offices, and surveillance systems. Select a model with enough combined PoE wattage for all connected devices.
What version of PoE do I need?
Use the powered device specification. 802.3af PoE is commonly rated up to 15.4W per port, while 802.3at PoE+ is commonly rated up to 30W per port. All switches in this guide support 802.3af/at; devices needing 802.3bt PoE++ need a different switch.
How much PoE power budget do I need?
Add the documented maximum wattage of every powered device and choose a switch whose total PoE budget exceeds that sum with room to grow. A switch with eight PoE+ ports does not necessarily supply 30W to all eight simultaneously, because the total budget is shared.
Should I choose a managed or unmanaged PoE switch?
Choose managed when you need VLANs, QoS, monitoring, or centralized administration. Choose unmanaged when you want a simple, plug-and-play network for compatible cameras, phones, or access points. Physical isolation modes can help with basic setups but do not provide the full flexibility of managed VLAN configuration.
The best PoE network switches match power capacity to the job
For most small networks, the NETGEAR GS308EP is the most balanced choice because it combines eight PoE+ ports, a 62W budget, quiet operation, and practical smart-managed controls. The TP-Link LS108GP is the simpler alternative, while the REOLINK RLA-PS1 gives camera installations a generous 120W pool and dedicated uplinks.
Move to the NETGEAR GS724TP when your 2026 plan calls for 24 powered ports, SFP connectivity, and managed oversight. Before choosing from these best PoE network switches, total the device watts, leave spare ports, and pick the least complicated switch that meets those real requirements.