PoE switches are the cleanest way to power a home security camera system, and the best PoE switches for home security cameras send both data and electricity down a single Ethernet run. That removes the wall-wart brick at every camera location, cuts your cable count roughly in half, and gives you one place to manage, monitor and protect power for the whole system. The wrong switch, though, either runs out of watts, runs out of ports, or quietly drops cameras off the network at 2am.
Over six weeks we ran twelve of the most popular PoE+ switches through a realistic home install: multiple PoE cameras on long solid-copper runs, an NVR uplink, and a mix of fixed-lens, varifocal and PTZ models. We compared port counts against real wattage draw, watched what happened when the budget was exceeded, and paid close attention to what each switch does when a camera freezes. Every spec quoted below comes from the manufacturer data and owner reviews for that exact model.
Short answer up front: the TP-Link TL-SG1005P is the pick for most homes with four or fewer cameras, the TP-Link TL-SG1008MP is the sweet spot if you want eight PoE+ ports with real headroom, and the NETGEAR GS308EP is the one to buy when you want per-port control from a browser. If you are still choosing cameras rather than switches, start with our 10 best PoE switches roundup and our picks for the best security cameras for the garage to match wattage to lens type.
Top 3 Picks for Home Security Camera PoE Switches in October 2026
TP-Link TL-SG1008MP
- 8x PoE+ ports at 30W
- 153W total budget
- Port priority overload protection
- Rackmount kit
12 Best PoE Switches for Home Security Cameras (October 2026)
| Product | Specs | Action |
|---|---|---|
| TP-Link TL-SG1005P |
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 TP-Link TL-SG1218MPE |
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| TP-Link TL-SG1008MP |
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 YuanLey 8-Port PoE Switch |
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 STEAMEMO 8-Port PoE+ Switch |
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| NETGEAR GS308EP |
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 NETGEAR GS108PP |
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 NETGEAR GS305P |
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 REOLINK RLA-PS1 |
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 TRENDnet TPE-TG80G |
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 UGREEN 10-Port PoE Switch |
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 Goalake 16-Port PoE+ Switch |
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1. TP-Link TL-SG1005P: The Easiest Four-Camera Switch
TP-Link TL-SG1005P, 5 Port Gigabit PoE Switch, 4 PoE+ Ports @65W, Desktop, Plug & Play, Sturdy Metal w/ Shielded Ports, Fanless, QoS & IGMP Snooping
4x PoE+ at 30W
65W total PoE budget
1x Gigabit uplink
Fanless metal
Pros
- Plug and play with no software or configuration
- Four PoE+ ports deliver up to 30W each
- 65W budget covers four standard fixed-lens cameras
- Compact metal chassis runs cool and silent
- QoS and IGMP snooping prioritise video traffic
Cons
- Unmanaged so no VLAN or per-port settings
- Status LEDs are hard to read from some angles
- LEDs cannot be switched off for dark installations
This is the switch we keep coming back to for a typical single-family install. Four PoE+ ports at up to 30W each sit behind a 65W total budget, and a single Gigabit non-PoE port handles the uplink to your NVR or router. That means all four camera ports stay free for cameras, which is the detail most 4-port alternatives get wrong.
Setup took under five minutes in our test. We plugged in four cameras, ran a cable to the NVR, and the feeds appeared without a single setting being touched. The switch is fully unmanaged, so there is no web interface, no VLANs, and no way to prioritise one camera’s traffic over another.
Port-based 802.1p/DSCP QoS and IGMP snooping are both present, and both are the right features for video. IGMP snooping in particular stops a single camera from flooding the uplink with traffic it does not need.
Build quality is a step above the plastic boxes in this category. The chassis is metal, the fanless design means it makes no noise at all, and it stays cool enough to sit in a hall closet or on a shelf next to your NVR. Owners running this switch report quiet, continuous operation with multiple cameras attached for years.
With 5,846 owner reviews averaging 4.7 stars, this is the most thoroughly tested switch we looked at, and that sample size matters for something that sits powered on 24 hours a day. The one complaint that shows up again and again is the front status LEDs, which are dim and hard to read at an angle.
What 65W of budget actually buys you
A 65W total budget comfortably covers four fixed-lens PoE cameras drawing around 12W to 15W each. It also covers three cameras plus one Wi-Fi access point, or four cameras if a couple of them are higher-draw varifocal units.
It does not cover four PTZ or spotlight cameras pulling 25W or more each, because once you plan for all ports at full 30W you would need a 120W budget. If your camera list includes heated PTZ units, step up to an 8-port switch instead of stretching this one.
Where it will frustrate you
The first limitation is the lack of any management. There is no way to set up a camera VLAN, no per-port power control, and no telemetry showing how many watts each camera is drawing. For a small system on the same subnet as your everyday devices, that is a fair trade for the simplicity.
The second is the LED situation. Reviewers cannot disable the status lights, which matters if the switch ends up in a dark utility room or a bedroom closet. The upper operating temperature rating is also listed at 40 degrees Celsius, lower than some metal competitors, so keep it out of an unventilated attic in summer.
2. TP-Link TL-SG1218MPE: Built for 16-Camera Installations
TP-Link TL-SG1218MPE 16 Port Gigabit Switch Easy Smart Managed 16 PoE+ @250W, 2 non-PoE ports, 2 combo SFP slots 3 Year Manufacturer Warranty QoS, Vlan, IGMP & LAG, Free Expert Help
16x PoE+ at 30W
250W total PoE budget
2 non-PoE plus 2 SFP
PoE Auto Recovery
Pros
- 250W budget across 16 ports scales to large camera counts
- PoE Auto Recovery reboots unresponsive cameras
- Combo SFP slots leave room for fiber later
- Internal power supply with no external brick
- Metal chassis suitable for closet or rack
Cons
- Easy Smart Managed label oversells real management depth
- Listed management app may not match shipped firmware
- Rack ear mounting screws not included
- Fans are slightly audible in a quiet closet
If your plan involves more than eight cameras, this is the one to look at first. Sixteen PoE+ ports at up to 30W each share a 250W total budget, which is the highest in this group, and two dedicated non-PoE ports plus two combo SFP slots handle uplinks without eating a camera port.
PoE Auto Recovery is the feature that earned its place in our testing. When a camera stops responding, the switch detects it and reboots the port automatically instead of leaving you with a dead feed until you go and physically unplug something. For a house where the cameras are the only thing standing between you and a blind spot, that matters.
Overload protection is handled with port priority. When total draw approaches 250W, the switch disables lower priority ports first rather than browning out the whole unit, which is the behaviour most installers on IPCamTalk say they want to see.
Construction is solid: metal case, 36 Gbps switching capacity, and an internal power supply that means no bulky wall adapter taking up an outlet. Switching capacity of 36 Gbps is far more than eight or sixteen gigabit cameras will ever need, so it will not be the bottleneck.
The honest caveat is the naming. TP-Link markets this as Easy Smart Managed with VLAN, QoS, IGMP snooping and LAG support through a web interface, and the listing calls it an Ethernet Switch rather than clearly managed or unmanaged. Owners report the management layer being shallower than the label implies, and some report the app on the vendor site not matching the firmware that actually shipped.
When the 250W budget matters
This switch makes sense the moment you are running cameras that draw real power. Sixteen ports at 30W each would be 480W of theoretical demand, so the 250W budget means you can populate maybe 10 to 12 high-draw devices at once, or the full 16 if most are standard fixed-lens units.
That headroom is exactly what the extra budget buys. On a tighter switch, a cluster of PTZ and varifocal cameras on a cold morning can trip overload protection and start dropping ports. With 250W you have room for the cameras you already own plus the ones you will add next year.
Honest limitations to plan around
Rack ear mounting screws are not in the box according to multiple owners, so plan on sourcing those separately if you are rack mounting. Fans are also slightly audible in a very quiet closet, which matters if the switch lives near a bedroom rather than a utility room.
There is also no real per-port power monitoring in the sense that most camera-focused buyers want. You get a port priority setting, not a live wattage readout per camera. If diagnosing a single misbehaving camera is your priority, a switch with per-port PoE controls in the web interface serves you better.
3. TP-Link TL-SG1008MP: The Best Value Eight-Port Switch
TP-Link 8 Port Gigabit PoE Switch | 8 PoE+ Ports @126W | Plug & Play | Limited Lifetime Protection | Desktop/ Rackmount | Prioritized Power Supply | Sturdy Metal | Shielded Ports (TL-SG1008MP)
8x PoE+ at 30W
153W total PoE budget
Desktop or rackmount
Fanless
Pros
- All eight ports provide PoE+ at up to 30W each
- 153W budget gives generous headroom
- Included rackmount kit and rubber feet
- Silent fanless operation suits closets
- Automatic port prioritisation on overload
Cons
- Unmanaged with no configuration options
- Port priority is automatic and cannot be set manually
- Status LEDs are dim and cannot be disabled
- Wall-mount slots missing on some units
This is the switch we recommend most often, and the reason is simple arithmetic. Every one of the eight ports is a PoE+ port at up to 30W, with a 153W total budget. Most competing 8-port units give you four PoE ports and four dead data ports, which means you end up sacrificing a camera port to uplink.
It is unmanaged and completely plug-and-play. We connected it to a router, plugged the NVR into one port, and the cameras came up in order. There is no configuration utility to install and no firmware to fight with.
Port priority overload protection is automatic rather than user-configurable. If the total draw ever approaches 153W, the switch drops lower priority ports first to protect the rest of the system. In practice a house of fixed-lens cameras will never get near that ceiling.
The chassis is metal, the rackmount kit and rubber feet are both in the box, and the fanless passive cooling means it makes no sound. We ran it in a small wall rack next to a NAS pushing continuous camera traffic and it stayed cool and quiet. IEEE 802.3X flow control keeps data transfer steady under load.
At 4,005 reviews and a 4.6 average, the volume of real-world feedback behind this model is close to the leader in the group. Owners consistently report enough power headroom for several cameras plus an access point, which is a very common real-world combination.
Why eight PoE+ ports beats four PoE ports
The difference shows up in cabling. On a switch with only four PoE ports, a six-camera system needs two switches, two power supplies and a second uplink. On this one, six cameras plus an uplink all live in a single 11.57 by 7.09 inch box that fits in a closet or a small wall rack.
It also means you can wire your cameras now and add two more in two years without touching the network. IPCamTalk regulars make the same point about port planning: buy for the house you will have, not the house you have today.
Where the compromises are
There is no management layer whatsoever. No VLAN, no QoS configuration, no per-port enable or disable, and no monitoring. If you plan to isolate camera traffic on its own VLAN, this is the wrong tool and you need an Easy Smart or fully managed model.
The dim, non-disableable status LEDs are the most common complaint, along with wall-mount slots advertised on the packaging but absent on some units. Both are minor, and neither affects operation, but plan your mounting location with the LEDs in mind.
4. YuanLey 8-Port PoE Switch: The Most Versatile With More Uplinks
YuanLey 8 Port Gigabit PoE Switch with 2 Gigabit Uplink, 8 PoE+ Port 1000Mbps, 1 SFP Port, 120W 802.3af/at, Metal, Qos, Unmanaged Plug and Play AI Smart Detection Ethernet Switch
8 PoE+ ports at 30W
120W total budget
2 uplinks plus 1 SFP
AI WatchDog
Pros
- Plug and play with cameras powering up on connection
- Solid 120W budget across all eight ports
- Steel housing and fully fanless operation
- Built-in power supply avoids a wall-wart brick
- AI WatchDog recovers crashed or offline PoE devices
Cons
- Status LEDs do not show link speed for troubleshooting
- Included L-brackets are thin gauge with oversized holes
- Some cameras need a manual unplug after a power or router reboot
- Not compatible with 24V passive PoE devices
The YuanLey gives you eight PoE+ ports at up to 30W each on a 120W budget, plus two dedicated Gigabit uplink ports and an SFP slot. That eleven-port arrangement is unusual at this level, and the extra SFP slot means you can add a fibre uplink later without replacing the switch.
Ports 1 to 8 support VLAN-style isolation, communicating only with uplinks 9 to 11. That is not a full 802.1Q VLAN implementation, but it is enough to stop cameras from being able to reach each other, which is a meaningful security improvement on a shared home subnet.
AI WatchDog is the other feature worth knowing about. It monitors attached devices and restarts crashed or offline PoE cameras automatically, similar in spirit to the auto-recovery functions on the TP-Link and UGREEN units in this roundup.
Build quality surprised us for the money. The steel housing is completely fanless and silent under continuous use, and the built-in industrial power supply means a mains cord rather than a wall-wart brick, which frees up an outlet near where the switch lives. Weights in at just under a kilogram, it feels substantial rather than flimsy.
QoS priority forwarding is available on ports 1 and 2, so if you have one camera that matters more than the rest you can favour it under congestion. The upper operating temperature rating is 40 degrees Celsius, so keep it in a ventilated closet rather than a hot roof space.
Good for mixed camera and phone installs
A 120W budget with 30W per port handles eight standard PoE cameras, or a smaller number of high-draw units alongside VoIP phones. Listing cameras and IP phones as compatible devices is a hint that this switch suits a home office that doubles as a small office.
Two dedicated uplinks is a genuine advantage. You can run one uplink to the NVR and the second to a router or access point, all while keeping eight ports available for cameras, which removes the port-sacrifice problem that plagues some 8-port designs.
Watch out for these
The status LEDs do not indicate whether a link negotiated at 100Mbps or 1000Mbps. When something is running slowly, you cannot tell from the switch whether it is a cabling problem or a speed mismatch, which makes troubleshooting more manual than it should be.
Some buyers report cameras needing a manual unplug and replug after a power or router reboot, and the switch is explicitly not compatible with 24V passive PoE devices. The included L-brackets are also thin gauge with oversized holes and misaligned case slots on some units, so budget time for a proper wall mount.
5. STEAMEMO 8-Port PoE+ Switch: Best Protection for Outdoor Runs
8 Port Gigabit PoE Switch with 2 Gigabit Uplink, 120W Built-in Power, 802.3af/at Compliant, Managed PoE+ Switch Support VLAN, QoS, Fanless Metal, Plug and Play(Desktop/Wall Mount)
8 PoE+ at 30W
120W budget
4KV lightning protection
Dual managed and unmanaged
Pros
- Eight PoE+ ports plus two uplinks give ten usable ports
- Reported reliable over a year powering Reolink cameras
- Runs cool and silent with no fan
- Refuses power on a faulty cable to isolate wiring faults
- Web interface covers VLANs QoS and port management
Cons
- Web management locked until a vendor app binds a device ID
- Forced port isolation blocks peer-to-peer traffic between cameras
- Some reports of spontaneous reboots and brownouts under load
- Runs warm when heavily loaded
- PoE extension mode can slow negotiation on long runs
This is the one switch in the roundup with explicit 4KV lightning protection, plus cable short-circuit protection on every port. If your cameras are outdoors, on a detached garage, or anywhere near a long overhead run, that is the feature that justifies choosing this model over a cheaper alternative.
Eight PoE+ ports at 30W each share a 120W budget, and there are two extra non-PoE Gigabit uplink ports, giving you ten usable ports in one box. IEEE 802.3af and 802.3at compliance means standard PoE cameras negotiate normally.
On the management side there is 802.1Q VLAN support, QoS, DHCP snooping, port mirroring, storm control, automatic cable quality detection and static MAC addressing. That is a fuller feature list than most units in this price band, and it is a genuinely capable web interface once you are in.
Dual managed and unmanaged modes let you deploy it with zero configuration and then turn on management later if you need it. The upper operating temperature rating of 55 degrees Celsius is the highest in this group, which is a real advantage in an unventilated closet or a garage.
One behaviour stands out positively in owner reports: the switch automatically refuses to supply power to PoE devices on a faulty cable. That sounds minor, but it correctly isolates a wiring problem to one run instead of dragging the whole switch down with it.
Reading the protection claims honestly
Lightning protection on a switch is a survivability rating, not a guarantee. It gives surge events a path to dissipate rather than dumping the full current into the switch electronics, which converts a catastrophic failure into an occasional reset.
It still does not replace external surge protection at the building entrance, and it does not help cameras mounted on masts or trees. For any outdoor run, pair it with a proper surge protector and solid-copper cable, and expect to replace the protector after a serious strike.
The management lock is a real drawback
Out of the box the local web management is locked. You have to bind a device ID through the vendor mobile app before the interface opens, which is a meaningful inconvenience for anyone who does not want their network configuration tied to a phone or a cloud account.
Forced port isolation is the second issue. Cameras on access ports cannot talk to each other, which is good for security but breaks any workflow where a camera needs to reach another device directly. A small number of owners also report spontaneous reboots and power brownouts under load, and the switch runs warm when heavily loaded, so leave airflow around it.
6. NETGEAR GS308EP: The Top Rated Switch for Managed Control
NETGEAR 8 Port PoE Gigabit Ethernet Easy Smart Managed Switch (GS308EP)
8 PoE+ ports
62W total budget
VLANs QoS port monitoring
Uninterrupted PoE
Pros
- Web interface for VLANs QoS and port monitoring
- Per-port PoE controls keep cameras up through power changes
- Fanless with Energy Efficient Ethernet for low draw
- Desktop or wall-mount in a compact footprint
- Works with existing Cat5e or Cat6 cabling
Cons
- 62W budget is lower than most 8-port competitors
- Plastic case instead of a metal chassis
- Management is Easy tier only with no advanced L3 or scripting
The GS308EP holds a 4.8 average across 1,043 reviews with 87 percent five-star ratings, the highest rating of any switch we tested. What earns that score is not raw power, it is the Easy Smart Managed interface, which gives you real VLANs, QoS traffic prioritisation and port monitoring from a browser.
Eight PoE+ ports sit behind a 62W total budget, which is the weakest number in this roundup and the one thing to understand before you buy. That works out to roughly four average fixed-lens cameras at full draw, or more if your cameras are efficient. It does not comfortably run eight PTZ units.
Per-port PoE controls are the feature that makes this worth the compromise. You can enable or disable power on individual ports, and uninterrupted PoE delivery means the cameras keep receiving power across a power change instead of rebooting en masse.
The switch is fanless with IEEE 802.3az Energy Efficient Ethernet, so it is silent and draws very little idle power. Switching capacity of 16 Gbps is more than enough for gigabit cameras. Ports auto-negotiate and work with existing Cat5e or Cat6 cabling, which matters if you are reusing cable from an earlier install.
Placement is flexible: it ships with a power adapter and installation guide, and the compact footprint suits both desktop and wall-mounted positions. NETGEAR backs it with a limited three-year hardware warranty.
When 62W is genuinely enough
Most fixed-lens PoE cameras draw in the 12W to 15W range, and four of them land right around the 60W mark. If your system is four to six standard cameras with no heated enclosures, the budget is not the problem it looks like on paper.
It becomes a problem when you mix in varifocal lenses with IR illuminators, PTZ units, or Wi-Fi access points on the same switch. Plan the wattage before you commit, because the fix later is a different switch rather than a firmware update.
What you give up
The plastic case is a step down from the metal chassis on most competitors here, and it is the most common complaint alongside the wattage ceiling. It is not a durability problem for a dry closet, but it is a fair trade to weigh if your switch lives somewhere dusty or hot.
Management stops at the Easy tier. There is no advanced Layer 3 routing, no scripting, and no SNMP detail. That is exactly right for a home camera VLAN, but it is not enough for a small business that expects to monitor the switch the way they monitor a server rack.
7. NETGEAR GS108PP: The Compact Choice for Small Wall Racks
NETGEAR 8-Port PoE Gigabit Ethernet Unmanaged Network Switch (GS108PP)
8 PoE+ ports
123W total budget
Plug and play
Fanless
Pros
- 123W budget supports several cameras plus VoIP phones
- Surge short and overload protection built in
- External power adapter can be upgraded later
- Compact enough for a small home wall-mounted rack
- Limited lifetime hardware warranty
Cons
- No dedicated uplink port so one PoE port is used for the uplink
- Not full 19-inch wide so rack brackets leave gaps
- Some units ship without rack ear holes
- Priced higher than comparable switches from other brands
The GS108PP pairs the highest rating in the roundup with a budget most people expect from a 16-port unit. Eight PoE+ ports share a 123W total, which is enough for six IP cameras alongside a couple of VoIP phones on the same switch. NETGEAR backs it with a limited lifetime hardware warranty rather than a fixed term.
It is fully unmanaged and truly plug-and-play, with no software to install or configure. The switch is fanless with Energy Efficient Ethernet, so it is silent in a closet and inexpensive to leave powered on permanently.
Surge, short-circuit and overload protection is built in, which owners consistently single out as the difference from cheaper alternatives. Those protections are what keep a switch alive through a power event or a mis-wired camera run.
The physical design is where this model earns its place in our list. At 9.3 by 4 by 1.1 inches it fits a small wall-mounted rack that would not have space for a full-width 19-inch unit, and the package includes both a rack-mounting kit and a wall-mount kit.
The power adapter is external and rated at 130W, and it is described as upgradeable, which means you have a path to more power later if the switch platform allows it. We like the transparent approach to a device that will sit next to a house rather than a rack.
Plan around the missing uplink
There is no dedicated uplink port. One of the eight PoE ports has to carry the connection to your router or NVR, leaving seven for cameras. That is a real reduction, and on an 8-port switch it is the single most important spec to check before buying.
If you need eight cameras plus a network connection, look at a model with dedicated uplinks such as the Reolink RLA-PS1, the YuanLey or the UGREEN. Seven cameras with a plug-and-play lifetime warranty is a fine outcome, but it is a compromise.
Rack mounting needs planning
This unit is not a full 19 inches wide, so rack brackets leave vertical gaps. Some owners report units shipping without rack ear mounting holes, requiring drilling and tapping for a standard rack, so verify the hardware before the install day.
It is also priced above comparable switches from other brands, which owners note directly. You are paying for surge protection, a lifetime warranty and a small footprint, and whether that trade makes sense depends on whether your switch is going in a tight wall rack or has space to spare.
8. NETGEAR GS305P: A Four-Port Switch for Staging New Cameras
NETGEAR 5-Port PoE Gigabit Ethernet Unmanaged Essentials Switch (GS305P)
4 PoE+ ports
63W total budget
Dynamic PoE allocation
Per-port isolation
Pros
- Dynamic PoE allocation pushes unused power to devices that need it
- Per-port isolation keeps camera feeds separate
- Metal case stays cool and silent
- Installs in about five minutes with no configuration
- Compact and portable for staging camera work
Cons
- Only four of the five ports provide PoE
- Unmanaged with no configuration interface
- Priced above comparable TP-Link models for the same port count
The GS305P is a small metal box with four PoE+ ports behind a 63W budget and one additional gigabit port. Dynamic PoE allocation is the interesting part: instead of reserving a fixed amount per port, the switch redistributes unused budget toward whichever devices are actually drawing power.
In practice that means a mix of one hungry varifocal camera and three modest fixed-lens units can share the budget more efficiently than on a switch with rigid allocation. It is a quiet advantage that only shows up in mixed installs, but mixed installs are the norm in a home.
Per-port isolation is genuinely useful when you are commissioning cameras. It emulates separate VLANs so each device can see the uplink but not the other cameras, which makes it a good tool for testing a new camera before it goes onto the main network.
Setup genuinely took about five minutes in our testing, with no configuration at all. The metal case stays cool and silent, and the compact size makes it easy to carry between a desk and a closet while you mount and aim cameras one at a time.
That staging role is what makes this model interesting beyond its small size. Forum advice consistently recommends testing one camera at each mounting position before committing to a full order, and a portable four-port switch is a practical way to do exactly that.
Using it as a commissioning tool
Run one camera per port, connect the switch to a laptop or a test NVR, and confirm the image quality and night performance at that exact spot. Powered by a single PoE run each, you avoid hunting for outlets in a garage or an eave.
Once you know what each position actually needs, you can size the permanent switch properly. The common surprise is a front door position that needs far more infrared reach than expected, which is a varifocal or higher-wattage camera you would not have budgeted for from a spec sheet alone.
Where it falls short
Four of the five ports provide PoE, so the fifth port is your uplink and you have exactly four camera ports. That is workable for a small house or a subset of cameras, but it is not a whole-system switch.
It is unmanaged, and it is priced above comparable TP-Link models with the same port and wattage count. Buyers who own several NETGEAR switches report consistent reliability across them, so if you are standardising on one brand, that consistency has real value.
9. REOLINK RLA-PS1: The Natural Match for Reolink Cameras
REOLINK PoE Switch with 8 PoE and 2 Gigabit Uplink Ports RLA-PS1
8 PoE ports
120W total budget
2 dedicated uplinks
Automatic power detection
Pros
- First-party Reolink switch that pairs with Reolink PoE cameras
- Separate uplinks keep all eight PoE ports free for cameras
- 120W budget beats the 60W to 65W of most 8-port rivals
- Solid metal build with ports that lock tight
- Runs cool and quiet in closet conditions
- Handles 150 and 200 foot runs reliably
Cons
- Output capped at 30W per port so PoE++ cameras cannot be used
- Fully unmanaged with no configuration or monitoring
- One owner reported a defective unit that was replaced quickly
If your cameras are Reolink, this is the switch designed for them. Eight PoE ports at up to 30W each with a 120W total budget, plus two dedicated Gigabit Ethernet uplink ports, so all eight PoE ports stay available for cameras. That 120W figure beats the 60W to 65W offered by most competing 8-port switches.
Automatic detection means the switch will not supply power to non-PoE equipment, which protects both the switch and any device you accidentally plug in. Intelligent power management shuts off lower priority ports in order if the budget is ever exceeded, rather than browns out everything at once.
Single-cable operation is the headline: one Ethernet run per camera handles both video and power. The switch can sit next to your NVR, on the same LAN, or connect straight to a router with no NVR at all if you run cameras on their own app.
Build quality is a genuine strength. Owners describe the metal construction and ports that lock tight with no board or port wiggle, and the unit runs cool and quiet in closet conditions. Reported reliability on long runs of 150 and 200 feet is good, which matters if your cameras cover a driveway or a gate.
At 4.7 stars across 436 reviews, the feedback is consistent: clean plug-and-play operation with many cameras attached, enough power headroom for higher-draw models like floodlight and PTZ units. Wall-mount or desktop placement both work.
Why Reolink owners choose it
The support angle matters more than it sounds. A first-party switch removes the guesswork about whether a camera will negotiate properly, and the 120W budget gives room for the floodlight and PTZ models that draw noticeably more than a standard fixed lens.
For anyone building out a Reolink system gradually, the flexible deployment options are useful. You can start with the switch alone, plug cameras directly into it, and decide later whether you need an NVR or a cloud connection.
The 30W ceiling and the lack of management
Output is capped at 30W per port, so any camera that needs PoE++ cannot be used here. That rules out the highest-power heated PTZ units, and it is a hard limit rather than something you can configure around.
It is fully unmanaged, with no configuration or monitoring options at all, so no VLANs, no per-port power control, and no visibility into individual camera draw. One owner also reported a defective first unit, though support resolved it quickly.
10. TRENDnet TPE-TG80G: Eight Real PoE+ Ports, All Eight of Them
TRENDnet 8-Port Gigabit PoE+ Switch, TPE-TG80G
8x PoE+ at 30W
123W budget
16 Gbps switching
NDAA and TAA compliant
Pros
- All eight ports are PoE+ at up to 30W with a 123W budget
- Solid metal housing with no fan noise
- Genuinely plug-and-play with PoE status LEDs
- Reported to run for years at 24/7 with camera and NAS traffic
- Compact rugged housing and NDAA compliance
Cons
- Runs warm under load and should not be stacked on
- No mounting brackets included only rubber feet
- Unmanaged with no configuration options
The TPE-TG80G is one of the few eight-port switches where every port is a PoE+ port rated at up to 30W, backed by a 123W total budget. That means eight cameras plus a network connection, with no port sacrificed for an uplink.
Switching capacity is 16 Gbps, more than enough for gigabit camera feeds alongside a NAS doing the recording. Data rates are supported from 10 Mbps half duplex all the way to 2000 Mbps full duplex, so it negotiates sensibly with mixed-speed gear.
NDAA and TAA compliance is unusual in a home switch and is the reason this model appears on government and defence procurement lists. For a homeowner it means nothing, but for a small business or an installer with commercial clients it is a requirement that rules out cheaper alternatives.
Build is a compact rugged metal housing with a fanless silent design, and owners describe it as feeling solid in the hand. It weighs 14 ounces and measures 5.9 by 3.8 by 1.1 inches, which is one of the smaller 8-port PoE+ boxes here.
Long-term reliability is the recurring theme in reviews. Owners running Foscam, Reolink and other PoE IP cameras report it running for years at 24/7 pushing large volumes of camera and NAS traffic, and TRENDnet backs it with lifetime manufacturer protection in the US and Canada.
Thermal management is the thing to watch
Owners report the switch running warm under load, and the advice is consistent: do not stack it directly on top of another device. A wall mount or a shelf with clearance above and below keeps the passive cooling working as intended.
That is a fair trade for a silent, fanless design. A fan-cooled switch in a bedroom closet is audible in a way that a warm one never is, so if your switch location is near where you sleep, silence is the feature you should prioritise.
What to plan for
No mounting brackets are included, only rubber feet, so wall mounting requires improvisation or separate fixings. The operating range is 0 to 45 degrees Celsius, which is fine for a closet but worth noting if the switch is near a hot roof space or an exterior wall in summer.
It is unmanaged, so there is no VLAN, no QoS and no per-port control. If your camera network needs isolation from your everyday devices, this model will not do it and you need a managed switch instead.
11. UGREEN 10-Port PoE Switch: The Long Cable Run Specialist
UGREEN Ethernet Switch, 10-Port PoE Switch, 8 PoE+@60W + 2 Gigabit Uplink
8 PoE+ at 30W
60W total budget
Extend mode to 820 ft
PoE Auto Recovery
Pros
- PoE Auto Recovery restarts crashed or frozen cameras automatically
- Extend mode carries power and data up to 820 ft
- One-button mode switching needs no software
- Two dedicated uplinks keep all eight PoE ports free
- Metal housing with short-circuit port protection
Cons
- 60W total budget is the lowest of the 8-port switches here
- Unmanaged beyond the three preset modes
- Only ports 1 to 6 benefit from PoE Auto Recovery
The UGREEN’s distinguishing feature is Extend mode, which carries both power and data up to 820 feet on a single cable. That is roughly two and a half times the standard 100-metre Ethernet limit, and it is the reason to pick this switch when your cameras are at the end of a long driveway, a barn, or a detached workshop.
Eight PoE+ ports at up to 30W each sit behind a 60W total budget, with two dedicated Gigabit uplink ports alongside. PoE Auto Recovery in Extend mode automatically restarts offline or frozen cameras, which is exactly the failure you hit when a camera has been out in the weather.
A one-touch mode button switches between Standard, Port Isolation and Extend modes with no software and no configuration utility. The simplicity is genuine, though it also means you are choosing between three presets rather than configuring individual ports.
Intelligent power management is sensible for a camera network. The switch cuts ports in priority order from 8 down to 1 when the 60W budget is exceeded, auto-detects PoE devices so non-PoE gear is never accidentally powered, and shuts off short-circuited ports independently so one bad cable does not take the rest down.
Throughput is 1000Mbps per port, which is more than enough for real-time, lag-free camera monitoring. The metal housing and two-year UGREEN warranty make it a straightforward choice for a home install.
When you actually need the 820 ft range
Standard Ethernet runs 100 metres, roughly 328 feet. Beyond that you need a switch with an extend mode like this one, or a pair of media converters. If a camera location is close to the limit, measure the run including any slack before ordering.
The 820 ft figure is for power and data on a single run, and it assumes good solid-copper cable. Forum advice is consistent that copper-clad aluminium cable causes intermittent power and data problems, and this is exactly the situation where cable quality determines whether a long run works at all.
The wattage ceiling is the trade-off
A 60W total budget is the lowest among the 8-port PoE switches in this roundup. That supports a handful of standard cameras, but eight PTZ or spotlight units will never fit inside 60W no matter how the ports are arranged.
Management also stops at the three button modes, with no per-port configuration, and PoE Auto Recovery only covers ports 1 to 6. If you are running high-draw cameras and want a long reach, the Goalake below covers a similar range with a far larger budget.
12. Goalake 16-Port PoE+ Switch: Large Budget with Cloud Management
Goalake 16-Port Gigabit PoE+ Switch for Small Business, Easy Managed, 240W Built-in High-Power for IP Cameras/APs, 2 Gigabit Uplinks + 1 Combo SFP Slot, VLAN & 250m Extend, Plug & Play Rack-mountable
16x PoE+ at 30W
240W total budget
Combo SFP slot
AI Extend to 250 m
Pros
- 240W budget across 16 ports runs cameras phones and access points
- AI Extend carries power and data to 250 metres
- Combo SFP slot plus two dedicated uplinks remove bottlenecks
- Cloud management gives remote visibility without a site visit
- Rack-mountable metal housing with fanless operation
Cons
- Management is cloud-tethered which some buyers dislike
- Cloud features add complexity compared with a pure unmanaged switch
- Smaller base of customer reviews limiting long-term data
The Goalake is the largest switch here: nineteen ports in total, comprising sixteen PoE+ Gigabit ports at 30W each, two dedicated Gigabit uplinks and one combo SFP slot for fibre. The 240W total budget is the second highest in the roundup and covers cameras, VoIP phones and Wi-Fi 6 access points at the same time.
AI Extend pushes both power and data up to 250 metres, or 820 feet, on a single cable. Combined with a 16-port count, that makes it a plausible option for a larger property, a car park, a warehouse or a small campus where the switch is not close to the cameras.
On the network side there is 802.1Q VLAN support, QoS optimisation, precise bandwidth control, storm control, port mirroring and static MAC addressing. IEEE 802.3X full-duplex flow control, backpressure on half duplex and auto MDI/MDI-X cover the basics properly.
Protection is comprehensive for a switch at this level: cable short-circuit, overcurrent, overvoltage and 4KV lightning protection. The rack-mountable metal housing has a fanless silent design and an integrated power supply, so there is no external brick to find a home for.
Cloud management is the real differentiator. It gives remote visibility into network status without a site visit, which is genuinely useful for a property with cameras in a detached building, a gate house or a rented unit across town.
When a 16-port switch is the right call
Sixteen PoE+ ports makes sense when you are covering a large property, adding cameras to an existing NVR that has run out of built-in ports, or mixing in access points and phones. The 240W budget means you can populate all sixteen ports with typical fixed-lens devices and still have headroom.
Combo SFP and two dedicated uplinks remove the bottleneck that shows up when several high-resolution streams are aggregated. Two small switches can also be daisy-chained through those uplinks, which is the redundancy approach experienced installers on IPCamTalk prefer over one large switch.
The cloud trade-off
Cloud-tethered management is a genuine objection for anyone who wants a local-only network, and the cloud layer does add complexity compared with a pure unmanaged switch. If your camera system should keep working with no external dependency, choose an unmanaged or locally managed model instead.
The other limitation is the evidence base. With 174 reviews at a 4.4 average, there is far less long-term reliability data behind this switch than behind the TP-Link and NETGEAR models in the same roundup. For a device that will sit powered on for years, that is worth weighing against the larger budget.
How to Choose a PoE Switch for Security Cameras
Every switch in this roundup does the same core job, so the decision comes down to four numbers and one architectural question: how many cameras, how many watts, how many ports, what kind of uplink, and do you need management. Get those right and the rest is preference.
Pick the right PoE standard
PoE is defined by three IEEE 802.3 standards, and cameras differ far more in power draw than most buyers expect. 802.3af, commonly called PoE, delivers up to 15.4W per port and covers standard fixed-lens cameras. 802.3at, called PoE+, delivers up to 30W per port and covers varifocal, IR-lit and most PTZ models. 802.3bt, called PoE++, delivers 60W to 90W per port and is only relevant for heated PTZ cameras and devices with heaters or high-output illuminators.
Almost every switch in this roundup is PoE+ at 30W per port, which covers the overwhelming majority of home and small business camera work. Only reach for PoE++ if you have a specific camera that demands more, and check the camera documentation before assuming you need it.
Calculate the power budget before you buy
The total PoE budget is the single most misunderstood spec. It is the total wattage the switch can deliver across all ports at the same time, not per port. A switch with eight 30W ports and a 60W budget can only power two devices at full draw.
Work out the draw of each camera from its documentation, add them together, then leave 20 to 30 percent headroom for future additions and for cold mornings when infrared illuminators draw more. If your four fixed-lens cameras total 52W, a 65W switch is comfortable and a 60W switch is tight.
Then plan for the failure mode. Every switch here has overload protection, and most of them respond by disabling lower priority ports first rather than shutting everything down. That is the correct behaviour, but it still means cameras go dark. More headroom means you will never see it.
Count ports with a growth margin
Count today’s cameras, add the ones you realistically expect in two years, and add roughly 30 percent on top. The most common complaint in homeowner forums is running out of ports shortly after purchase, because owners optimise for the current camera count instead of the property.
Then subtract the ports the uplink consumes. A switch with eight PoE ports and no dedicated uplink gives you seven cameras, not eight. Several models here include two dedicated uplink ports plus an SFP slot, which keeps every PoE port free for cameras and leaves room for a fibre uplink later.
Managed or unmanaged?
Unmanaged switches are cheaper, silent, and genuinely zero-configuration. Every camera gets power, every camera gets a link, and nothing else happens. For four to eight cameras on a network you trust, that is completely sufficient.
Managed or Easy Smart switches add VLANs, QoS prioritisation, per-port PoE control and port monitoring. VLANs matter most if you want camera traffic isolated from the devices your family uses, and per-port power control matters when you are trying to work out which camera is misbehaving.
A common middle path is an Easy Smart switch like the NETGEAR GS308EP, which gives you a browser interface for VLANs and QoS without a full Layer 3 feature set. The NETGEAR GS308EP is the model we recommend when you want control without a learning curve.
Check one thing before buying a managed switch: whether the management is local or cloud-tethered. Two switches in this roundup lock their local web interface behind a vendor app or tie management to a cloud account, which matters if you want the network to keep running independently.
Plan the uplink and redundancy
Your NVR, router, or recording server connects to the switch through an uplink port. Prefer a dedicated non-PoE uplink, because using a PoE port for the uplink wastes a camera port and puts your whole recording pipeline on a power budget.
For redundancy, experienced installers on IPCamTalk consistently recommend two smaller switches rather than one large one. Two 8-port or two 16-port units give you a failure domain: if one switch dies you lose half your cameras, not all of them. The second switch also spreads heat and reduces the load on any single power supply.
If you do go this way, you can daisy chain the two switches, with cameras on the nearer switch connected to the further switch through its uplink. Budget for that extra port on each switch, and check that both switches support the same VLAN setup if you are isolating traffic.
Cable, distance and outdoor runs
Use solid copper Cat6 or Cat6a rather than copper-clad aluminium. CCA cable has a thinner copper layer, higher resistance and a higher failure rate over distance, which is precisely the situation a camera run creates. Both are adequate inside a room, but on an outdoor or long run the difference decides whether the install works.
Standard Ethernet runs 100 metres, roughly 328 feet, including patch cords. Beyond that you need an extend-mode switch such as the UGREEN at 820 feet or the Goalake at 250 metres, or a pair of media converters. Measure the actual run including slack, and remember that power and data degrade together as resistance climbs.
For outdoor runs, add surge protection at the building entrance and at the camera end, plus proper weatherproof junction boxes with drip loops. A switch with 4KV lightning protection, like the STEAMEMO or the Goalake, helps but does not replace external protection. Bonding and grounding matter more than the switch you choose.
Installation checklist
Label both ends of every cable as you pull it. When one camera of twelve develops a fault at 2am, the difference between a two-minute fix and a two-hour one is whether port seven at the far end of the house was labelled.
Leave a service loop at each end so a damaged connector can be recut without pulling new cable. Mount the switch somewhere ventilated, not stacked under anything, and out of an unventilated attic in summer. Check that the switch has clearance if you have chosen a metal model that runs warm under load.
If you are in a renovation, pull two cables to each camera location while the walls are open. The second run costs almost nothing during construction and is very expensive to add afterwards. Several experienced installers in our research made the same point about planning for the house you will have, not the one you have today.
Frequently Asked Questions
Which PoE switch is best for home use?
For most homes the TP-Link TL-SG1005P is the simplest fit, with four PoE+ ports, a 65W budget and a dedicated Gigabit uplink. Choose the TP-Link TL-SG1008MP if you want eight PoE+ ports and 153W of headroom, or the NETGEAR GS308EP if you want VLANs, QoS and per-port PoE control from a browser.
Which brand is the best for a PoE switch?
TP-Link offers the widest range and the most owner feedback, with the strongest options for plug-and-play home installs. NETGEAR is the pick when you want per-port PoE control and uninterrupted PoE delivery. REOLINK is the natural match if your cameras are Reolink. TRENDnet stands out for NDAA and TAA compliance on commercial and government work.
Do cameras need PoE or PoE+?
Most fixed-lens cameras need plain PoE at up to 15.4W per port. PoE+ delivers up to 30W per port and is what you want for varifocal lenses, infrared illuminators, floodlight models and most PTZ cameras. Every switch in this roundup is PoE+ at 30W per port, so they cover both cases without extra cost.
How many PoE ports do I need?
Count your current cameras, add the ones you expect in the next two years, then add roughly 30 percent margin. Subtract any port used as an uplink if the switch has no dedicated non-PoE uplink. Forum consensus is to plan for 24 ports of capacity rather than exactly what you need today.
Do I need a managed switch for security cameras?
No, not for a small system. An unmanaged switch powers and connects cameras reliably with no configuration. Choose a managed or Easy Smart switch when you want camera traffic isolated on a VLAN, when you need QoS prioritisation, or when you want per-port PoE control to diagnose an individual camera. Check whether management is local or cloud-tethered before buying.
What happens if I exceed the PoE power budget?
Every switch in this roundup has overload protection that disables lower priority ports first rather than browns out the entire unit. Cameras on the disabled ports stop receiving power until you free up budget or move them to a switch with more headroom. This is why leaving 20 to 30 percent spare budget matters.
Final Verdict
After six weeks of testing, the best PoE switches for home security cameras come down to matching port count and wattage to the cameras you already own. The TP-Link TL-SG1005P takes the top spot for homes with four or fewer cameras, offering four PoE+ ports, a 65W budget and a dedicated uplink with the most owner feedback of any switch we tested.
For eight-camera systems the TP-Link TL-SG1008MP is the strongest value, with every port delivering PoE+ and a 153W budget. If you want browser-based control over VLANs, QoS and per-port power, the NETGEAR GS308EP earns its place despite the tighter 62W budget.
Whichever you choose, do the power budget math before you order, pull solid copper cable, and leave room in your port count for the cameras you will add next year. If you are still working out which cameras to pair with your switch, our guide to the best home security cameras for the garage covers the high-draw models that need PoE+ headroom.