| Switch | Ports | PoE class | Shared budget (class) | Management | Multi-gig | Street price |
|---|---|---|---|---|---|---|
| TP-Link TL-SG1210MPE | 8 PoE+ + 2 combo | PoE+ (802.3at) | ~123W | Easy Smart | No | $100 to $150 |
| TP-Link TL-SG2008P | 8 (4 PoE+) | PoE+ (802.3at) | Modest 4-port pool | JetStream smart | No | $75 to $100 |
| NETGEAR MS108UP | 8 multi-gig | PoE++ Ultra60 | High (bt-class) | Smart/web | Yes (2.5G) | $250 to $300 |
| TRENDnet TPE-BG102g | 10 Gigabit | PoE++ | ~240W class | Web/smart-lite | No | $200 to $250 |
On this page
Our picks
- Best Overall (Easy Smart PoE+)TL-SG1210MPE 8-Port Gigabit PoE+ Easy Smart SwitchEight PoE+ ports, combo uplinks, and a ~123W budget in Easy Smart form cover most first$100-$200Check price on Amazon
- Best Compact (4 PoE+)TP-Link TL-SG2008P JetStream 8-Port Gigabit Smart Switch with 4-Port PoE+Puts four PoE+ ports on a compact 8-port JetStream smart switch when a full eight-PoE$50-$100Check price on Amazon
- Best Multi-Gig PoE++NETGEAR MS108UP 8-Port Ultra60 PoE Multi-Gigabit SwitchCombines multi-gig ports with PoE++ so hungry APs and faster uplinks share one switch$200-$500Check price on Amazon
- Best High-Watt PoE++ BudgetTRENDnet TPE-BG102g 10-Port Gigabit PoE++ SwitchDelivers a high PoE++ shared budget on ten Gigabit ports without multi-gig pricing when$200-$500Check price on Amazon
Find your match
Top picks at a glance
Best Overall (Easy Smart PoE+)
TL-SG1210MPE 8-Port Gigabit PoE+ Easy Smart Switch
$100-$200
Check price on Amazon
Best Compact (4 PoE+)
TP-Link TL-SG2008P JetStream 8-Port Gigabit Smart Switch with 4-Port PoE+
$50-$100
Check price on Amazon
Best Multi-Gig PoE++
NETGEAR MS108UP 8-Port Ultra60 PoE Multi-Gigabit Switch
$200-$500
Check price on Amazon
Best High-Watt PoE++ Budget
TRENDnet TPE-BG102g 10-Port Gigabit PoE++ Switch
$200-$500
Check price on Amazon
What to look for
How we chose: Compared current Amazon US PoE+ and PoE++ switches suited to home labs on port count, shared wattage budget, management depth, multi-gig availability, and street price. Emphasized power budget and standards (af/at/bt) over brochure port counts. Non-PoE multi-gig switches were excluded as Best picks and pointed to the separate ethernet switch roundup.
We judged on: PoE budget vs realistic camera and AP counts (802.3af/at/bt) · Easy Smart vs JetStream/smart management for home-lab VLANs · Gigabit PoE+ vs multi-gig PoE++ when APs or NAS share the same switch · Fan noise, uplink/SFP options, and current Amazon US price/review patterns · Distinct from non-PoE speed-focused ethernet switch roundups.
A PoE switch is a gigabit (or multi-gig) Ethernet switch that also delivers DC power over the same Cat5e/Cat6 cable. Home labs use that for IP cameras, Wi-Fi access points, VoIP phones, and small NVRs so you are not hunting for a wall wart at every ceiling mount. This roundup is about powered ports. If you only need faster copper without power, use The Best Ethernet Switches for a Faster Home Network instead.
What to Look For
PoE standards (802.3af / at / bt). IEEE 802.3af (PoE) is about 15.4W at the PSE (roughly 12.95W at the device). 802.3at (PoE+) raises that to about 30W at the PSE (~25.5W at the PD). 802.3bt (PoE++) reaches 60W (Type 3) or 90-100W (Type 4) class budgets for Wi-Fi 6/6E APs, PTZ cameras, and some thin clients. Match the switch class to the hungriest device, then check the shared wattage budget against how many ports you will load at once.
Budget vs camera/AP count. A switch with eight PoE+ ports and a 60W pool cannot run eight 15W cameras at once. Count devices, note each PD's class, leave headroom for cold starts, and prefer a larger pool (100W+) once you pass a handful of cameras or dual-band APs.
Managed vs Easy Smart vs unmanaged. Unmanaged PoE is plug-and-play with no VLANs. Easy Smart (web UI, basic VLAN/QoS/PoE priority) covers most home labs. Full smart/managed (JetStream, Omada, UniFi-class) adds ACLs, link aggregation, and cleaner camera VLAN isolation when the lab grows.
Fan noise and thermals. Fanless metal shells are quieter for living-room racks; high-watt PoE++ boxes often spin fans under load. Plan placement if the switch sits near a desk.
Gigabit vs multi-gig and uplinks. Cameras rarely need more than 1G. Multi-gig (2.5G) helps when the same switch also feeds a NAS uplink, a Wi-Fi 6E AP, or a 2.5GbE explained desk path. Combo SFP / SFP+ uplinks matter when you fiber to another rack or keep copper free for PoE clients. Desk multi-gig wiring is covered in Run 2.5GbE to the Desk.
Best Overall (Easy Smart PoE+): TP-Link TL-SG1210MPE
The TP-Link TL-SG1210MPE is the default home-lab PoE+ box in this list: eight Gigabit PoE+ ports, two Gigabit combo RJ45/SFP uplinks, Easy Smart web management, and a ~123W PoE budget that actually fits a mixed camera + AP closet. It is the "buy once for the first real PoE rack" pick without jumping to full Omada/JetStream complexity.
✓ Pros
- ✓ Eight PoE+ ports plus two combo uplinks so clients and backbone stay separate
- ✓ ~123W shared budget covers a typical first camera + AP batch
- ✓ Easy Smart VLAN/QoS/PoE priority without a full controller
✕ Cons
- ✕ Gigabit only (no 2.5G client ports)
- ✕ Not a full L2+/L3 managed feature set
- ✕ Fan and chassis noise under heavy PoE load can matter in a quiet room
Who it is for: first PoE racks with cameras and APs that need more than four powered ports. Who should skip it: labs that need PoE++ for high-draw APs, or multi-gig copper to every client.
Best Compact (4 PoE+): TP-Link TL-SG2008P JetStream
When you only need a few powered drops and want JetStream smart features on a small metal shell, the TP-Link TL-SG2008P puts four PoE+ ports on an eight-port Gigabit smart switch with a modest PoE budget. It is the compact pick for a desk rack, a single hallway of cameras, or an AP + NVR starter kit.
✓ Pros
- ✓ JetStream smart features (VLANs, QoS, Omada-friendly management path)
- ✓ Compact 8-port chassis with four PoE+ ports
- ✓ Lower street price than full 8-PoE Easy Smart boxes
✕ Cons
- ✕ Only four ports deliver PoE (the other four are data-only)
- ✕ PoE wattage pool is smaller than the SG1210MPE class
- ✕ Still Gigabit copper, not multi-gig
Catch: count powered devices first. Four PoE+ ports is plenty for two cameras and an AP; eight cameras wants the SG1210MPE or a higher-watt PoE++ unit.
Best Multi-Gig PoE++: NETGEAR MS108UP
The NETGEAR MS108UP is the upgrade when the same switch must power hungry APs and keep 2.5G multi-gig copper for NAS or Wi-Fi 6E backhaul. Ultra60 PoE++ (802.3bt-class) per-port headroom plus multi-gig ports make it the lab pick that does not force a separate non-PoE multi-gig switch beside a PoE+ box.
✓ Pros
- ✓ Multi-gig (2.5G-class) ports with Ultra60 PoE++ power
- ✓ Strong fit for Wi-Fi 6/6E APs and mixed lab uplinks
- ✓ Avoids stacking a separate multi-gig switch just for speed
✕ Cons
- ✕ Street price is several times a basic PoE+ Easy Smart switch
- ✕ Overkill if every client is a 1G camera on a quiet VLAN
- ✕ Fan and power draw are higher than fanless Gigabit PoE+ boxes
Use this when multi-gig and PoE++ are both on the shopping list. For pure 1G camera closets, spend less on the SG1210MPE or TRENDnet and put multi-gig only where you need it (2.5GbE explained).
Best High-Watt PoE++ Budget: TRENDnet TPE-BG102g
The TRENDnet TPE-BG102g chases wattage density: ten Gigabit ports with a large PoE++ shared budget aimed at camera-heavy and AP-dense closets that outgrow 60-120W Easy Smart boxes. It is the budget high-draw alternative when you need PoE++ class power without paying NETGEAR multi-gig prices.
✓ Pros
- ✓ High shared PoE++ budget for many cameras or power-hungry APs
- ✓ Ten Gigabit ports in one chassis for denser racks
- ✓ Lower price than multi-gig Ultra60 switches with similar wattage goals
✕ Cons
- ✕ Gigabit copper only (no 2.5G client ports)
- ✕ Feature set and ecosystem are simpler than JetStream/Omada stacks
- ✕ High-watt supplies mean more heat and fan noise under full load
Best for dense 1G PoE++ camera/AP closets. Skip if you specifically need 2.5G multi-gig on the same box (take the MS108UP).
Comparison
Power, UPS, and Non-PoE Speed
PoE shifts wall-wart chaos into one PSU. That also concentrates failure: if the switch loses AC, every camera and AP on it goes dark. A small UPS sized for the switch plus NVR is worth planning; see Best UPS Battery Backups for a Home NAS and Network Gear when you harden the rack. Keep non-PoE multi-gig and aggregation choices on The Best Ethernet Switches for a Faster Home Network so you do not overbuy PoE++ ports for devices that never need power.
The Bottom Line
Start with the TP-Link TL-SG1210MPE for a balanced Easy Smart PoE+ first rack. Take the TP-Link TL-SG2008P when four PoE+ ports and JetStream features are enough. Step to the NETGEAR MS108UP for multi-gig PoE++, or the TRENDnet TPE-BG102g when you need a large PoE++ wattage pool on Gigabit copper without multi-gig pricing.
Frequently asked questions
- How much PoE wattage do I need for home cameras?
- Add each camera's PoE class draw (often 4-12W for fixed cams, more for PTZ), leave 20-30% headroom for cold starts, and compare to the switch's shared budget. Eight PoE+ ports with a 60W pool cannot run eight hungry cameras at once.
- What is the difference between PoE, PoE+, and PoE++?
- 802.3af (PoE) is ~15.4W at the switch. 802.3at (PoE+) is ~30W at the switch. 802.3bt (PoE++) reaches 60W or 90-100W class for high-draw APs and PTZ cameras. The device must support the same class, and the shared pool must cover every powered port you load.
- Do I need a managed PoE switch for a home lab?
- Easy Smart or JetStream web management is enough for most home labs that want camera VLANs and PoE priority. Full controller stacks help when you scale many APs and switches. Unmanaged PoE works only if you never need VLANs.
- Can I use a PoE switch as my only multi-gig switch?
- Only if it has multi-gig ports (like the NETGEAR MS108UP). Most budget PoE+ switches are Gigabit-only. For non-PoE speed upgrades, see the separate best ethernet switches guide and the 2.5GbE wiki on this site.
- Will PoE damage a non-PoE device?
- Standards-compliant PoE switches negotiate power before sending it. A normal non-PoE NIC on a PoE port should simply not draw power. Avoid cheap passive injectors that always put voltage on the pairs.