For most security camera systems, I’d start with the TP-Link TL-SG116P: its 16 Gigabit PoE ports suit a growing camera setup without jumping to a large rack switch. The NETGEAR GS305EP is a stronger fit for a small, configurable system, while the YuanLey 24-port PoE switch suits installations that need many camera connections and a larger power budget. The main tradeoffs are port count, total PoE power, management features, and noise or rack space. A switch can have enough ports yet still fall short if several cameras draw power at once, so check both the per-port standard and the total budget. Read on for how the 15 options differ and which type of setup each one best serves.
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Key Takeaways
The TP-Link TL-SG116P is the most balanced choice in this lineup for a typical multi-camera system: it combines 16 Gigabit PoE ports with a more familiar, straightforward setup than the managed 16-port alternatives.
The YuanLey 24-port, 400W switch stands out when camera count and power demand are high; that extra capacity is less useful for a small install that does not need the added ports or rack footprint.
Small systems have distinct options: the NETGEAR GS305EP offers smart management, while the NETGEAR GS305P favors plug-and-play simplicity and the TP-Link TL-SG1005P adds a stated 65W budget with four PoE+ ports.
Uplink and port speed matter as much as port count. The ONWOTE 16-port model lists 10/100Mbps PoE ports, while several alternatives specify Gigabit ports—an important distinction when planning camera traffic and network expansion.
Some switches are tailored to NVR ecosystems rather than general-purpose networking: Night Owl’s 8- and 16-port models target wired NVR systems, while managed models with VLAN or QoS features suit buyers who want more network control.
| poe switch for security camera system | Total ports | Dimensions |
|---|---|---|
| NETGEAR 5 Port PoE Gigabit Eth | 5 | 6.2 x 4 x 1.1 in |
| TP-Link LS108GP 8-Port PoE Gig | 8 | — |
| Yuanley 24 Port PoE Switch wit | 26 | — |
| UGREEN Ethernet Switch | 10 | — |
| 8-Port PoE+ Switch with 2 Upli | 10 | — |
| Goalake 5-Port Ethernet PoE Sw | 5 | — |
| Night Owl 16-Port PoE Switch f | — | 12.2 × 9.6 × 3 inches |
| TP-Link TL-SG116P 16-Port Giga | — | 11.26 × 4.4 × 1.16 inches |
| YuanLey 16-Port Gigabit PoE+ S | 18 (16 PoE+ and 2 uplink) | 10.6 × 7.1 × 1.7 inches |
| PoE Switch | — | 10.63 × 7.09 × 1.77 inches |
| TP-Link TL-SG1005P 5-Port Giga | 5 | 3.94 x 3.86 x 0.98 in |
| 4-Port Gigabit PoE Switch with | 4 | 7.87 x 4.72 x 1.57 in |
| ONWOTE 16-Port Ethernet PoE Sw | 16 PoE ports | — |
| NETGEAR GS305P 5-Port PoE Giga | 5 | 9.5 x 6.7 x 3.4 in |
| Night Owl 8-Port PoE Switch fo | 8 | — |
More Details on Our Top Picks
NETGEAR 5 Port PoE Gigabit Ethernet Easy Smart Managed Switch (GS305EP)
For a small camera system where port control matters as much as plug-and-play setup, the NETGEAR GS305EP is the most flexible compact choice here. Its four PoE+ ports share a 63 W budget, while VLANs, QoS, IGMP snooping, and per-port PoE control give an installer ways to separate or prioritize traffic. That makes it a better fit for a carefully configured small network than the unmanaged TP-Link LS108GP, which offers more PoE ports but fewer controls. The tradeoff is capacity: five total Ethernet ports leave little room for an uplink and extra wired devices alongside several cameras. Its fanless design suits quiet indoor spaces, though buyers should confirm the supplied product’s housing details, as the description calls it compact while the listed case material is plastic. Choose it for a small, managed setup—not for a system expected to grow substantially.
Pros:- Four PoE+ ports share a 63 W budget for powering a small group of cameras.
- VLAN, QoS, and IGMP snooping provide more network control than an unmanaged switch.
- Per-port PoE control helps manage connected devices individually.
- Fanless desktop or wall-mount design supports quiet indoor placement.
Cons:- Five total ports limit camera count and room for other wired equipment.
- The 63 W budget may constrain a setup with several higher-draw devices.
- Product data conflicts on case material: the description says compact and fanless, while the specs list plastic.
Best for: Homeowners or small offices running a few PoE cameras who want VLAN, QoS, and per-port power controls without moving to a larger switch.
Not ideal for: Installers wiring more than a few cameras or needing spare ports for an NVR and other devices; its five-port total leaves limited expansion room.
- Total ports:5
- PoE+ ports:4
- Total PoE power budget:63 W
- Data transfer rate:1 Gbps
- Management features:VLAN, QoS, IGMP snooping, per-port PoE control
- Mounting:Desktop or wall-mount
- Dimensions:6.2 x 4 x 1.1 in
- Listed case material:Plastic
Our verdict“Choose the GS305EP for a small camera network that benefits from smart controls; pick an eight-port option if you need more connections.”
TP-Link LS108GP 8-Port PoE Gigabit Ethernet Switch
The TP-Link LS108GP suits buyers who want to connect several cameras and avoid switch configuration. It provides eight PoE+ ports, gigabit connectivity, and a fanless metal case; the unmanaged design keeps setup simple compared with the NETGEAR GS305EP, whose smart features are useful only if you plan to configure them. That simplicity has limits: there are no listed VLAN, QoS, or per-port management controls, so it is less adaptable when camera traffic needs to be separated or prioritized. Its 62 W budget is shared across all eight ports, making total power—not just port count—the key constraint for larger or higher-draw cameras. The stated extended transmission mode reaches up to 820 ft, but buyers should check how that mode affects speed and suitability for their camera deployment before relying on it.
Pros:- Eight PoE+ ports provide more camera connections than the five-port NETGEAR GS305EP.
- Gigabit Ethernet supports faster wired links than switches with 10/100 Mbps camera ports.
- Fanless operation avoids adding switch noise near an NVR or workspace.
- Metal case supports desktop or wall-mounted installation.
Cons:- The 62 W shared PoE budget can limit how many higher-power devices it supports at once.
- Unmanaged operation provides no listed VLAN or QoS controls.
- The stated 820 ft extended mode may involve operating limits buyers should verify for their deployment.
Best for: Homeowners and small property managers who need several standard PoE cameras on one simple, quiet, plug-and-play switch.
Not ideal for: Installers who need VLAN configuration, detailed traffic controls, or a high total power budget for multiple demanding cameras.
- Total ports:8
- PoE+ ports:8
- PoE power budget:62 W
- Data transfer capacity:16 Gbps
- Supported PoE standards:IEEE 802.3af/at
- Extended transmission distance:Up to 820 ft
- Case material:Metal
- Mounting:Desktop or wall-mount
Our verdict“Pick the LS108GP if you want eight gigabit PoE+ connections with minimal setup and do not need network management features.”
Yuanley 24 Port PoE Switch with 2 Gigabit Uplink Ports, Unmanaged 26 Port 802.3af/at 400W Power PoE+ Network Switch, Rackmount
When a camera system needs many powered connections, the Yuanley’s 24 PoE ports and 400 W power budget put it in a different class from compact choices such as the NETGEAR GS305EP. Two Gigabit uplinks provide dedicated connections to a recorder or wider network, while VLAN isolation is listed as a way to separate connected devices. The main tradeoff is speed at the camera ports: the supplied product data says those PoE ports are 10/100 Mbps, despite also listing 1000 Mbps data transfer, so buyers should verify the port-speed details before selecting it for high-bandwidth cameras. It is unmanaged, which limits configuration beyond the listed isolation feature, and it does not support passive PoE. This is a capacity-first option for a larger wired deployment, not a flexible managed switch for a network that needs detailed controls.
Pros:- Twenty-four PoE ports can serve far more cameras than the compact NETGEAR GS305EP.
- A 400 W total power budget supports a substantial group of powered devices.
- Two Gigabit uplinks provide separate connections for a recorder and network.
- VLAN isolation is listed for separating connected devices.
Cons:- Product data lists PoE ports as 10/100 Mbps, which may not suit higher-bandwidth camera links.
- Unmanaged operation limits network configuration and troubleshooting options.
- It does not support passive PoE devices.
Best for: Installers building a larger surveillance system with many standard 802.3af/at cameras and a high combined power demand.
Not ideal for: Buyers who need gigabit speeds on every camera port, detailed switch management, or support for passive-PoE devices.
- Total ports:26
- PoE ports:24
- Uplink ports:2 Gigabit Ethernet
- Power budget:400 W
- Supported PoE standards:IEEE 802.3af/at
- Maximum power per port:30 W
- Listed PoE-port speed:10/100 Mbps
- Transmission range:Up to 250 m with VLAN
- Construction:Metal
Our verdict“Choose this Yuanley for a high-port-count camera installation that values PoE capacity over gigabit access ports and advanced management.”
UGREEN Ethernet Switch, 10-Port PoE Switch, 8 PoE+ @ 60W + 2 Gigabit Uplink
The UGREEN gives camera installers eight PoE+ ports plus two Gigabit uplinks, a layout that can keep camera connections separate from links to an NVR and router. Its listed VLAN and extend modes, alongside auto recovery and intelligent power management, offer more deployment flexibility than the unmanaged TP-Link LS108GP. However, the product data describes it as both unmanaged and “managed,” so buyers should verify which controls are available on the actual model rather than assuming full smart-switch management. The 60 W total PoE budget is also modest for eight powered ports: camera count alone does not tell you whether the combined load will fit. Its metal case and Gigabit rate suit a wired surveillance setup, but the modes may take more familiarity than a straightforward plug-and-play switch. It makes the most sense when extended cabling features matter and power needs are modest.
Pros:- Eight PoE+ ports and two Gigabit uplinks give cameras and network connections dedicated ports.
- Listed VLAN and extend modes provide more deployment options than the TP-Link LS108GP.
- Auto recovery and intelligent power management are intended to support stable camera connections.
- Metal housing and Gigabit connectivity suit a fixed wired installation.
Cons:- The 60 W shared PoE budget may be limiting with eight powered devices.
- Product information conflicts on whether the switch is managed or unmanaged.
- Advanced modes may require setup knowledge that a basic plug-and-play switch does not.
Best for: Technically comfortable homeowners or installers who need eight camera ports, separate uplinks, and extended-mode options for longer cable runs.
Not ideal for: Buyers powering several high-draw cameras or anyone who wants clearly documented, straightforward unmanaged operation without checking mode details.
- Total ports:10
- PoE+ ports:8
- Uplink ports:2 Gigabit
- Total PoE power:60 W
- Data transfer rate:1000 Mbps
- Listed modes:VLAN, extend mode
- Additional features:Auto recovery, intelligent power management
- Case material:Metal
Our verdict“Consider the UGREEN for a longer-run camera layout with modest power needs, but verify its management mode and power requirements before buying.”
8-Port PoE+ Switch with 2 Uplink Ports, 120W, Unmanaged, 802.3af/at
This eight-port PoE+ switch stands out for its 120 W budget, roughly double the TP-Link LS108GP’s listed 62 W, giving a small camera system more headroom for devices with higher power demands. It also provides two uplink ports and a fanless metal housing, with a stated transmission distance of up to 250 meters for long-run installations. That extended distance is a mode-specific claim, so buyers should confirm the associated link-speed limits before planning a remote camera connection. Like the TP-Link, this is an unmanaged switch: setup is simple, but VLANs and detailed traffic management are not listed. Its product data gives a 20 Gbps transfer rate without specifying individual port speeds, so I would verify the access-port speed if gigabit camera links are required. It is a stronger power-capacity choice, but less suitable when configuration detail matters.
Pros:- The 120 W budget offers more total PoE capacity than the TP-Link LS108GP.
- Eight PoE+ ports and two uplinks support cameras alongside recorder or network connections.
- Fanless metal housing supports quiet operation.
- Listed 250-meter transmission distance can suit remote camera placements when mode limits are acceptable.
Cons:- Unmanaged operation does not provide listed VLAN, QoS, or detailed port controls.
- The product data does not specify individual port speeds, despite listing 20 Gbps transfer capacity.
- The stated operating range of -10°C to 55°C may not fit more extreme environments.
Best for: Small-business owners and homeowners powering several PoE cameras or access points who want more total power headroom and a fanless enclosure.
Not ideal for: Buyers who need managed VLAN or QoS controls, verified gigabit access ports, or installations in temperatures outside the stated range.
- Total ports:10
- PoE+ ports:8
- Uplink ports:2
- PoE power budget:120 W
- Maximum PoE power per port:30 W
- Supported PoE standards:802.3af/at
- Transmission distance:Up to 250 m
- Housing and cooling:Metal; fanless
- Operating temperature:-10°C to 55°C
Our verdict“Pick this switch over the TP-Link LS108GP when your eight-device setup needs a larger PoE budget, and skip it if managed controls or confirmed gigabit ports are priorities.”
Goalake 5-Port Ethernet PoE Switch (4 PoE + 1 Uplink), Smart Managed, Fanless Metal Design
The Goalake suits a compact system with up to four PoE cameras, especially where quiet operation and basic remote management matter more than room to expand. Its 52W power budget and support for 802.3af/at cover many home-camera needs, while the fanless metal case and 4 kV lightning protection add practical safeguards. Compared with the TP-Link TL-SG116P, it takes up less network capacity but gives up gigabit access on two PoE ports: the listed port mix is two 1000M and two 100M PoE ports. That can limit throughput for higher-bandwidth cameras. The one gigabit uplink helps connect the switch to an NVR or router, but five ports total leave little room for growth. Choose it for a modest installation, not a system likely to add cameras soon.
Pros:- Four PoE ports support small camera installations without separate power adapters.
- 52W total PoE budget and up to 30W per port support compatible 802.3af/at devices.
- Fanless metal housing runs quietly in a home or office.
- Built-in 4 kV lightning protection adds a layer of protection for connected equipment.
Cons:- Only four PoE ports limit camera expansion.
- Two of the PoE ports are 100 Mbps rather than gigabit.
- Product data conflicts on whether the switch is managed or unmanaged, so buyers should verify management features before relying on them.
Best for: Homeowners adding up to four PoE cameras who want a quiet, compact switch with basic cloud-based management.
Not ideal for: Installers building a growing or high-bandwidth camera system, since only four PoE ports are available and two are listed at 100 Mbps.
- Total ports:5
- PoE ports:4 (2 × 1000M, 2 × 100M)
- Uplink:1 × 1000M
- Maximum PoE budget:52W
- Maximum power per PoE port:30W
- PoE standards:IEEE 802.3af/at
- Lightning protection:4 kV
- Case:Fanless metal, black
Our verdict“Choose the Goalake for a quiet, four-camera setup, but pick a gigabit model such as the TP-Link TL-SG116P if bandwidth or expansion matters more.”
Night Owl 16-Port PoE Switch for Wired NVR Systems
This 16-port Night Owl switch is the straightforward expansion pick for a wired Night Owl NVR system: auto-sensing PoE ports carry both power and data, reducing the need for separate camera power runs. Its appeal is compatibility and simple installation, rather than flexible network control. The YuanLey 16-Port Gigabit PoE+ Switch is a better fit when mixed-brand cameras, gigabit data, or a stated power budget matter; the Night Owl listing does not provide those specifications and limits compatibility to Night Owl NVRs and cameras. The compact metal housing can fit near an NVR or in a cabinet, though its 16 ports still cap the system’s size. I’d choose this when adding compatible cameras to an existing Night Owl setup, and skip it for a new, brand-agnostic build.
Pros:- Sixteen auto-sensing PoE ports expand compatible Night Owl NVR systems.
- Single Ethernet cable per camera carries power and data.
- Plug-and-play setup avoids complex network configuration.
- Compact metal housing fits near an NVR or inside many equipment cabinets.
Cons:- Compatibility is limited to Night Owl cameras and NVRs.
- The product data does not state a total PoE power budget or port speed.
- Sixteen ports may not be enough for larger camera installations.
Best for: Night Owl NVR owners who need additional wired camera connections and prefer plug-and-play installation.
Not ideal for: Buyers with mixed-brand cameras, non-Night Owl recorders, or a need for confirmed gigabit speeds and a specified PoE power budget.
- PoE ports:16
- Compatibility:Night Owl NVRs and cameras
- Connectivity:Wired
- Power source:Corded electric
- Housing:Metal
- Dimensions:12.2 × 9.6 × 3 inches
- Setup:Plug-and-play with auto-sensing PoE ports
Our verdict“Buy this to add cameras to a compatible Night Owl NVR; choose the YuanLey if you need broader compatibility and published gigabit and power specifications.”
TP-Link TL-SG116P 16-Port Gigabit PoE Switch
The TP-Link TL-SG116P stands out for camera layouts where cable distance and network traffic control matter alongside port count. All 16 ports are gigabit, and its extend mode reaches up to 250 meters, which can help connect cameras far from the recorder; actual performance and distance depend on the setup. Priority and isolation modes offer more control than the plug-and-play YuanLey 16-Port, though they don’t make this a fully managed switch. The 120W PoE budget is lower than YuanLey’s listed 250W, so camera count and power draw need to fit within that limit. Fanless operation suits quiet indoor locations. The listing also says no power adapter is included, a practical obstacle to check before choosing it for an installation.
Pros:- Sixteen gigabit ports support faster camera and uplink traffic.
- Extend mode supports listed transmission distances up to 250 meters.
- Priority and isolation modes offer useful controls for surveillance traffic.
- Fanless metal design operates quietly and has a three-year warranty.
Cons:- The 120W total PoE budget is lower than the YuanLey 16-Port’s listed 250W.
- The product listing says no power adapter is included.
- PoE auto recovery requires configuration, and the 16-port count may limit larger systems.
Best for: Home and small-business installers who need 16 gigabit ports, long-reach camera connections, and simple traffic-priority or isolation options.
Not ideal for: Buyers needing a high total PoE budget, advanced managed networking, or a switch supplied with a power adapter.
- Ports:16
- Data rate:1 Gbps
- PoE standards:IEEE 802.3af/at
- Maximum PoE power per port:30W
- Total PoE budget:120W
- Extend mode range:Up to 250 meters
- Dimensions:11.26 × 4.4 × 1.16 inches
- Weight:0.93 kg
- Warranty:3 years
Our verdict“Choose the TP-Link for long runs and gigabit camera links, but favor the YuanLey when total PoE capacity is the priority.”
YuanLey 16-Port Gigabit PoE+ Switch with 2 Gigabit Uplinks, 250W, Metal Desktop/Rackmount, Unmanaged Plug-and-Play
For a 16-camera installation where available PoE capacity matters more than advanced controls, the YuanLey offers a strong mix of gigabit ports, two dedicated uplinks, and a 250W total power budget. That budget gives it more headroom than the TP-Link TL-SG116P’s 120W, though actual camera count still depends on each device’s draw. Its 16 PoE+ ports can connect cameras while the two additional gigabit ports link to an NVR or wider network. Port-based VLAN isolation is included, but this remains an unmanaged switch, so don’t expect the configuration depth of the STEAMEMO. Desktop or rackmount placement is supported by the metal chassis. Compared with the STEAMEMO, YuanLey is simpler to set up and has a higher stated power budget, but gives up managed VLAN, QoS, and remote controls.
Pros:- 250W total PoE budget provides more capacity than the TP-Link TL-SG116P’s 120W.
- Sixteen gigabit PoE+ ports and two gigabit uplinks support camera connections and network links.
- Plug-and-play operation keeps setup simple.
- Metal chassis supports desktop or rackmount placement, with VLAN isolation listed for ports 1–16.
Cons:- Unmanaged operation limits advanced configuration and monitoring.
- The 16 PoE-port count may fall short for larger camera systems.
- The listed 220V AC input may not suit every installation without checking local power compatibility.
Best for: Home or small-business installers connecting many gigabit PoE cameras who want high power capacity and minimal setup.
Not ideal for: Network administrators who need detailed managed controls, QoS configuration, or remote switch management.
- Total ports:18 (16 PoE+ and 2 uplink)
- Data rate:1000 Mbps
- Maximum total PoE power:250W
- Maximum power per PoE port:Up to 30W
- VLAN support:Yes, ports 1–16
- Switch type:Unmanaged
- Power input:220V AC
- Dimensions:10.6 × 7.1 × 1.7 inches
- Weight:2.01 kg
Our verdict“Pick the YuanLey for a high-draw 16-camera system that needs gigabit connections and easy setup, not for advanced network management.”
PoE Switch, 16 Port Managed PoE+ Ethernet Switch with 2 Gigabit Uplink and SFP, 240W Power, VLAN, QoS, Fanless Metal Design
The STEAMEMO 16-port switch is the control-focused option here: VLAN, QoS, and remote management can help separate camera traffic and prioritize network flows, capabilities the unmanaged YuanLey does not offer. Its 240W PoE+ budget, two gigabit uplinks, and SFP port also give installers several ways to connect cameras and link the switch to the wider network. The major caveat is a specification mismatch: the listing describes 16 PoE+ ports but also states 100 Mbps per port, while the uplinks are identified as gigabit. That makes it a less certain fit for high-bandwidth cameras than the TP-Link TL-SG116P, which lists gigabit data rates across its ports. Fanless metal construction and wall or desktop mounting suit quiet indoor installations, but buyers should confirm port speeds before committing.
Pros:- VLAN, QoS, and remote management provide more network control than the unmanaged YuanLey.
- 240W total PoE budget supports multiple PoE+ devices.
- Two gigabit uplinks and an SFP port offer additional network connection options.
- Fanless metal housing supports quiet operation and wall or desktop placement.
Cons:- Listed 100 Mbps per-port speed may restrict high-bandwidth camera traffic.
- Management features may take time to configure for buyers without networking experience.
- The listing gives conflicting power figures: a 240W total PoE budget and a separate 200W maximum-power value.
Best for: Small-business or technically confident home-network owners who want VLAN, QoS, and remote management for a multi-camera system.
Not ideal for: Buyers who need confirmed gigabit camera ports, want a simple unmanaged setup, or don’t plan to use network-management features.
- PoE+ ports:16
- Uplink ports:2 gigabit
- SFP ports:1
- Total PoE budget:240W
- PoE standard:IEEE 802.3at PoE+
- Listed data rate:100 Mbps per port
- Mounting:Wall or desktop
- Dimensions:10.63 × 7.09 × 1.77 inches
- Protection:Overcurrent, overload, short-circuit, and lightning protection
Our verdict“Choose the STEAMEMO for managed camera-network controls, but verify port speeds and power specifications if gigabit camera links are required.”
TP-Link TL-SG1005P 5-Port Gigabit PoE Switch
I’d choose the TL-SG1005P for a small camera setup where quiet operation and gigabit links matter more than management tools. Its four PoE+ ports share a 65W budget, while QoS and IGMP snooping help handle traffic from cameras and other network devices. Setup is plug-and-play, and the fanless metal case suits a desk or equipment area where switch noise would be distracting.
Compared with the NETGEAR GS305P, this TP-Link offers a slightly larger stated power budget and lists QoS and IGMP snooping, while both provide four PoE+ ports and gigabit connectivity. The tradeoff is that it remains unmanaged, so it won’t give an installer VLAN or port-control options. Its 30W per-port ceiling may also rule it out for higher-draw equipment, and the product data does not list a power adapter as included.
Pros:- Four PoE+ ports with a 65W total budget suit a modest camera system.
- Gigabit ports support faster network links than the ONWOTE’s 10/100Mbps camera ports.
- Fanless metal construction supports quiet placement near an NVR.
- QoS and IGMP snooping are listed for traffic handling.
Cons:- Unmanaged design lacks VLAN and other configuration controls.
- Four PoE ports leave little room for camera-system growth.
- Power adapter inclusion is not specified in the supplied product data.
Best for: Home and small-office owners connecting up to four standard PoE cameras who want quiet, gigabit networking without configuration.
Not ideal for: Installers who need VLANs, remote switch management, more than four PoE camera ports, or devices drawing over 30W per port.
- Total ports:5
- PoE+ ports:4
- PoE power budget:65W
- Port speed:Gigabit (10/100/1000 Mbps)
- Maximum PoE power per port:30W
- Case:Metal, fanless
- Dimensions:3.94 x 3.86 x 0.98 in
- Warranty:3 years
Our verdict“Choose this TP-Link for a quiet, four-camera gigabit setup, but skip it if you need managed controls or room to expand.”
4-Port Gigabit PoE Switch with 2 Gigabit Uplinks
This compact switch’s distinguishing point is its stated two gigabit uplink ports alongside four PoE camera ports. That layout can make wiring more convenient when a small installation needs distinct connections to an NVR and the wider network. It also supplies a 65W PoE budget, supports 802.3af/at devices, and lists 4KV lightning protection—useful details for a camera system with exposed cable runs.
Against the TP-Link TL-SG1005P, this model emphasizes uplink flexibility and protection rather than listed QoS and IGMP snooping. Both have four PoE ports and a 65W budget, but the TP-Link provides five total ports and more clearly documented network features. This switch is still unmanaged, and its product data gives no per-port power allocation or detailed port layout beyond the uplinks, so buyers should confirm the connection arrangement suits their NVR and router.
Pros:- Two gigabit uplink ports offer added connection flexibility for a compact camera network.
- 65W built-in power budget supports multiple standard PoE devices.
- 4KV lightning protection is listed for added resilience on camera cabling.
- Fanless metal construction supports quiet installation.
Cons:- Unmanaged operation provides no VLAN or port-management controls.
- Supports standard 48V PoE, not 24V devices.
- Product data does not specify a per-port power ceiling or detailed port allocation.
Best for: Home installers with up to four PoE cameras who want two stated gigabit uplinks for connecting an NVR and another network link.
Not ideal for: Buyers who need switch management, a clearly documented per-port power limit, or support for 24V PoE equipment.
- Total ports:4
- Uplink ports:2 gigabit
- PoE standards:IEEE 802.3af/at
- Maximum power:65W
- Data rate:1000 Mbps
- Voltage:48V
- Case material:Aluminum
- Dimensions:7.87 x 4.72 x 1.57 in
Our verdict“Pick this model when two uplinks simplify a four-camera installation, but choose the TP-Link TL-SG1005P if its listed traffic features matter more.”
ONWOTE 16-Port Ethernet PoE Switch 300W
For a larger camera installation, I’d favor the ONWOTE over the four-port options because it pairs 16 PoE ports with a substantial 300W total budget and up to 30W per port. That capacity gives an installer more room to connect cameras without stacking small switches. Two gigabit RJ45 uplinks and an SFP slot also add options for reaching an NVR or extending a network over fiber.
The important compromise is speed at the camera ports: they are 10/100Mbps, unlike the gigabit PoE ports on the TP-Link TL-SG1005P and NETGEAR GS305P. For many camera feeds that may be an acceptable trade for port count and power, but it is a weaker fit where faster local transfers are a priority. It is unmanaged, so its flexible uplinks do not add VLAN or port-level controls.
Pros:- Sixteen PoE ports can serve a much larger camera group than the four-port models.
- 300W total budget and up to 30W per port support higher-power PoE devices.
- Two gigabit RJ45 uplinks and an SFP slot provide flexible network connections.
- Metal enclosure is suited to a fixed equipment installation.
Cons:- PoE camera ports are limited to 10/100Mbps rather than gigabit.
- Unmanaged design lacks VLAN and port-level configuration.
- Its 16-port format is excessive for a small camera system.
Best for: Small commercial sites and larger homes wiring many PoE cameras that need generous shared power and an SFP uplink option.
Not ideal for: Buyers who require gigabit speeds at each camera port, managed network controls, or a compact desktop switch.
- Total ports:16 PoE ports
- PoE port speed:10/100 Mbps
- Maximum power budget:300W
- Maximum power per port:30W
- Uplinks:2 gigabit RJ45, 1 SFP
- Uplink data rate:1 Gbps
- Input voltage:AC 100–240V
- Case material:Metal
Our verdict“Choose the ONWOTE for many cameras and high PoE capacity, provided 10/100Mbps camera ports meet your network needs.”
NETGEAR GS305P 5-Port PoE Gigabit Ethernet Unmanaged Switch
The NETGEAR GS305P is a straightforward fit for a small surveillance network that needs four PoE+ camera connections and gigabit data links. Its 63W budget is close to the TP-Link TL-SG1005P’s 65W, so the practical choice between them is less about capacity and more about installation fit: NETGEAR lists desktop and wall mounting, while TP-Link lists QoS and IGMP snooping. Both are fanless, metal, unmanaged switches with four PoE+ ports.
That simplicity makes setup easy, but it also sets a firm ceiling on flexibility. The GS305P does not offer listed management features, and its four PoE ports leave no spare camera ports once a four-camera system is connected. The listed dimensions are larger than the TP-Link’s, so despite its compact role, I’d check the intended mounting space rather than assume it will fit a tight cabinet.
Pros:- Four PoE+ ports and gigabit connectivity suit a small camera installation.
- 63W power budget supports multiple standard PoE devices.
- Desktop and wall-mount options allow more placement choices.
- Fanless metal design avoids adding switch fan noise near an NVR.
Cons:- Unmanaged functionality offers no VLAN or advanced port controls.
- Four PoE ports provide no spare capacity for additional cameras.
- Listed dimensions are larger than the TP-Link TL-SG1005P’s.
Best for: Home users or small offices connecting up to four PoE cameras who want gigabit links and the option to mount the switch on a wall.
Not ideal for: Camera installers planning expansion, needing managed network features, or working with limited cabinet space.
- Total ports:5
- PoE+ ports:4
- Total PoE budget:63W
- Data rate:1000 Mbps
- Switch type:Unmanaged
- Mounting:Desktop or wall mount
- Case material:Metal
- Dimensions:9.5 x 6.7 x 3.4 in
Our verdict“Choose the GS305P for a simple four-camera gigabit setup that benefits from wall mounting, but favor the TP-Link if its listed QoS and IGMP snooping are more useful.”
Night Owl 8-Port PoE Switch for Wired NVR Systems
This switch is the clearest match for owners of a compatible Night Owl NVR and camera system who have run out of built-in PoE connections. Its eight auto-sensing PoE ports can add camera capacity while carrying power and data over one Ethernet cable per camera, helping keep installation wiring simple. The compact metal housing is described as suitable for placement near an NVR or inside a cabinet.
Unlike the ONWOTE 16-Port, which offers a stated 300W budget, gigabit uplinks, and an SFP slot, the Night Owl’s supplied specs do not state its power budget, port speed, or uplink configuration. Its advantage is system-specific compatibility, not broad networking flexibility. I’d skip it for mixed-brand cameras or a general-purpose PoE setup: the product data limits compatibility to Night Owl NVRs and cameras, making it a less adaptable choice than the TP-Link or NETGEAR options.
Pros:- Eight ports provide additional camera connections for compatible Night Owl systems.
- Auto-sensing, plug-and-play operation simplifies adding cameras.
- Single-cable PoE connections carry both data and power to each camera.
- Compact metal housing can fit near an NVR or in a cabinet.
Cons:- Compatibility is limited to Night Owl NVRs and cameras.
- Product data does not state the PoE power budget or per-port limit.
- Port speed and uplink details are not provided.
Best for: Night Owl system owners who need to add wired cameras beyond the PoE ports built into their compatible NVR.
Not ideal for: Buyers with mixed-brand cameras, non-Night Owl NVRs, or requirements for a stated power budget, gigabit speeds, or general-purpose compatibility.
- Total ports:8
- Compatible devices:Night Owl NVRs and cameras
- Interface:RJ45, PoE
- Setup:Plug and play with auto-sensing ports
- Housing:Metal
- Platform:No operating system
Our verdict“Choose this switch to expand a compatible Night Owl system, but use a more fully specified universal switch for mixed-brand or speed-sensitive installations.”
How We Picked
I ranked these switches around the needs of a camera installation: usable PoE port count, stated power budget, port speed, and fit with an NVR or broader network. For a security system, the switch must power the cameras as well as connect them; a high port count alone does not say whether the total power budget can support every camera at once. I also gave weight to Gigabit camera ports, clearly stated uplinks, and management features that can help separate camera traffic or provide more control.
The ordering favors flexible, broadly suitable picks ahead of options aimed at narrower setups. That puts balanced 16-port Gigabit models near the top, while compact switches, high-capacity rack models, and NVR-specific products rank according to the systems they fit best. I treated unclear or limited specifications as a reason to check compatibility carefully, not as proof of a performance problem. No single switch is right for every install: a beginner with four cameras may prefer straightforward setup, while an expanding or segmented network may benefit more from management features and spare capacity.
Factors to Consider When Choosing Poe Switch For Security Camera Systems
I’d match the switch to the camera system as a whole, not just the number of sockets on the front. These choices affect expansion, power reliability, network layout, and where the equipment can be installed. The following checks help prevent a switch from looking suitable on paper but being a poor fit once all cameras and the recorder are connected.
Count Camera Ports, Then Leave Room to Grow
Count every device that needs a PoE connection, including access points or other powered network devices if they share the switch. Then decide whether you want spare ports for future cameras or troubleshooting; filling every port at installation leaves less flexibility later. A compact five-port model may be a sensible match for a small NVR system, but it can force a replacement if the camera plan expands. Larger 16- and 24-port switches offer headroom, though their size and installation requirements may be unnecessary in a home setup. Also check whether the recorder connects to a dedicated uplink or uses one of the switch’s regular ports. I’d choose a modest amount of spare capacity rather than paying in space and complexity for ports with no likely use.
Calculate the PoE Budget for All Cameras Together
PoE budgets describe the total power the switch can supply across its powered ports, not a guarantee that every port can deliver the same amount simultaneously. Add the maximum draw listed for each camera, including infrared illumination, heaters, or other high-draw features that may operate at night or in cold conditions. Compare that total with the switch’s overall budget and check the per-port PoE standard against the camera’s requirements. A switch with many ports but a limited budget may power fewer cameras than its port count suggests. Leave a sensible margin for startup draw and later camera additions instead of planning right up to the stated limit. When a product listing does not clearly specify the budget or port-level limits, verify the manufacturer’s documentation before buying.
Choose Port Speed for the Cameras and Recorder
Gigabit ports provide more capacity for aggregated camera traffic and other devices on the network, while 10/100Mbps ports may be adequate for some smaller camera systems. The right choice depends on camera bitrate, the number of active streams, and whether footage is viewed or managed over the wider LAN. A common mistake is to focus on the switch’s uplink speed while overlooking the speed of the camera-facing ports. If the system may add higher-resolution cameras or more simultaneous remote viewing, Gigabit access ports give more room for growth. Also identify whether uplinks are separate from the PoE ports; a dedicated uplink can keep camera connections available while linking to the NVR or router. Match the slowest link in the path to the traffic you expect, rather than assuming a Gigabit label applies to every port.
Decide Whether You Need Managed Network Controls
An unmanaged switch is usually easier to deploy when the goal is simply to connect cameras and an NVR. Managed or smart-managed features can add value when you need VLAN separation, traffic prioritization, port monitoring, or more control over a mixed camera and office network. Those controls do not automatically improve camera performance; they help only when the network is configured to use them. Buyers should also check whether the feature set is truly managed, smart managed, or limited to a few settings, since those labels are not interchangeable. If the camera system is isolated and stable, paying attention to power and port fit may matter more than advanced controls. If cameras share a network with other devices, management can help organize traffic and access, but it brings setup work.
Check NVR Compatibility and Network Layout
Some NVRs have built-in PoE ports and expect cameras to connect directly to the recorder; others work with a separate switch on the same network. Before choosing a switch, confirm how the NVR discovers cameras and whether it supports cameras connected through an external switch. A switch designed for a particular wired NVR system may simplify that pairing, but it can be less versatile if you later replace the recorder or mix camera brands. If cameras connect directly to the NVR, an additional switch may still be useful for expanding the wider network, but it will not necessarily add camera channels to the recorder. Check channel limits, IP addressing, and any required network topology in the NVR documentation. This avoids buying a switch with enough ports but an unsuitable connection plan.
Plan for Installation Location, Heat, and Noise
A desktop fanless switch can suit a quiet home office or small utility space, while a rackmount model is easier to integrate into a larger equipment area. Fanless designs avoid fan noise but still need room for heat to escape, especially when many PoE ports are active. Rackmounting may make cable management neater, though it calls for a suitable rack or shelf and space for power and network cables. Consider cable runs as well: Ethernet distance limits still apply, and a switch placed far from the recorder may complicate troubleshooting. Avoid placing the unit in a sealed cabinet or exposed location that conflicts with its environmental rating. Choose a form factor that fits the actual installation, not just the camera count.
Frequently Asked Questions
Can I use a separate PoE switch with an NVR that already has PoE ports?
Often, but it depends on how the NVR handles cameras connected through the main network. Some recorders expect cameras on their built-in PoE network, while others can discover cameras connected to an external switch on the LAN. Check the recorder’s manual for external-camera support, channel limits, and network configuration steps before adding a switch. A separate switch does not automatically increase the number of cameras the NVR can record. If your goal is more camera channels, confirm that the recorder supports them as well as checking switch capacity.
How much PoE power should I leave in reserve?
There is no single reserve figure that suits every system, because camera draw varies by model and can rise when features such as infrared illumination or heaters are active. Add the maximum stated draw for all connected cameras, then compare the total with the switch’s PoE budget and per-port limits. Leaving headroom helps accommodate power spikes and future additions instead of running the switch near its ceiling. If camera specifications are unclear, ask the camera maker or check its full technical sheet rather than estimating from typical operation. A switch with enough ports but too little total wattage can still fail to power the planned system.
Do security cameras need Gigabit PoE ports?
Not every camera requires a Gigabit link, and a smaller system with modest bitrates may work over 10/100Mbps ports. Gigabit is a better fit when the system has many cameras, higher-bitrate streams, frequent simultaneous viewing, or room for future upgrades. Check both the camera-facing port speed and the uplink speed; one fast uplink does not make slower access ports Gigabit. Network layout and recorder capacity also affect the result, so port speed is only one part of the path. When the price or installation effort is similar, Gigabit ports offer more flexibility for a changing system.
Should I choose a managed switch for a home camera system?
A basic, isolated camera system may not need managed features if its cameras and NVR connect reliably with default settings. Management can be useful when you want to separate camera traffic with VLANs, monitor ports, or prioritize network traffic, especially on a network shared with other devices. Those features require correct configuration; an unused VLAN option does not provide a benefit by itself. Check how much control the product actually offers, since smart-managed and fully managed switches can differ. If you prefer a simple install, prioritize clear PoE specifications and straightforward setup over features you do not plan to use.
Is a higher port count always better for a camera installation?
No. More ports help when you have many cameras or expect to expand, but they can add size and installation demands without solving a power or network bottleneck. A large switch may still have an insufficient PoE budget, and a model with slower camera ports may not fit a high-traffic plan. Count the cameras and other powered devices, check the power budget, and leave a reasonable number of spare ports. For a small system, a compact switch can be easier to place and manage. For a growing system, spare capacity can prevent an early replacement, provided the power and speed specifications also match.
Conclusion
For a typical multi-camera installation, my best overall pick is the TP-Link TL-SG116P, which balances 16 Gigabit PoE ports with a straightforward role in a growing system. For a small network that needs configuration options, I’d choose the NETGEAR GS305EP; for a simpler plug-and-play setup, the NETGEAR GS305P is the easier fit. The YuanLey 24-port, 400W model is my best premium-capacity choice for larger installations with substantial power needs, while the TP-Link TL-SG1005P is a practical beginner pick for a compact four-camera setup. If you use a wired Night Owl NVR, compare the matching Night Owl 8- or 16-port switch before choosing a general-purpose model. Match the final choice to your camera count, combined power draw, port speed, and NVR layout—not port count alone.
