TP-Link LS1210GP Network Switch Review UK (2026) – Tested

I could list every spec in the manual, or I could tell you what actually happened when I deployed this switch across three different network setups over the past month. One of those is considerably more useful.

The 61W PoE budget is the critical spec here. That’s enough for four PoE+ devices drawing the full 15.4W (like proper business access points), or eight lower-power devices like basic IP cameras. I tested with a mix of Ubiquiti APs and Hikvision cameras, and the switch handled power distribution intelligently without any manual configuration.

I tested this with a 150-metre cable run to a Hikvision 4MP camera. Worked perfectly. No dropouts, stable PoE delivery, clean video feed. Would I use extend mode for an access point? Probably not. For cameras? Absolutely.

The PoE auto recovery feature is clever. The switch monitors connected devices and if one becomes unresponsive (stops responding to pings), it’ll automatically cut power and restore it. During testing, I had a camera freeze up after a firmware" class="vae-glossary-link" data-term="firmware">firmware update. The switch detected it and power-cycled the port within about 90 seconds. That’s the sort of practical feature that saves actual hassle.

I ran iperf3 tests between devices connected to different ports, and consistently hit 940+ Mbps. That’s proper gigabit performance with minimal overhead. The switching fabric handles traffic well – I had multiple IP cameras streaming simultaneously whilst transferring large files between network storage and workstations, and never saw congestion.

The PoE delivery is rock solid. I connected devices with varying power requirements: a Ubiquiti UAP-AC-Pro (8.5W), several Hikvision cameras (6-9W each), and a Yealink VoIP phone (4W). The switch automatically negotiated power requirements and distributed the 61W budget appropriately. When I deliberately oversubscribed by connecting too many high-power devices, the priority mode kicked in and maintained power to ports 1-2 whilst cycling the others.

Heat generation is noticeable but not concerning. The metal chassis acts as a passive heatsink, and under full load (all eight PoE ports active, maximum power draw), the top of the unit gets warm enough that you wouldn’t want to rest your hand on it. But it never got hot enough to cause performance issues or trigger any thermal protection. The fanless design means it’s completely silent, which matters if you’re mounting this in an office rather than a server room.

The front panel has status LEDs for each port (link/activity and PoE status), plus indicators for the extend mode and isolation mode buttons. The LEDs are bright – maybe too bright if this is going in a visible location. I ended up putting a bit of tape over them because they were distracting in my office setup.

Port quality feels decent. The RJ45 jacks have a satisfying click when you insert cables, and I didn’t experience any loose connections during testing. The SFP port is a nice addition for fibre uplinks, though I suspect most buyers at this price point won’t use it.

Mounting options are comprehensive. There are holes for rack mounting (brackets not included, which is a bit annoying), rubber feet for desktop placement, and slots for wall mounting. I tested both desktop and rack mounting, and both worked fine.

For some people, that simplicity is perfect. For others, it’s limiting. You can’t configure VLANs, set up port mirroring for network monitoring, or adjust QoS settings. The isolation mode (enabled via the front panel button) provides basic traffic separation, but it’s not as flexible as proper VLAN support.

The extend mode and isolation mode are controlled by physical buttons on the front panel. Press and hold for three seconds to toggle. There’s no per-port control – extend mode affects all ports, and isolation mode follows a fixed pattern (uplink port can communicate with all ports, but ports can’t communicate with each other). It works for simple deployments but lacks granularity.

One minor annoyance: there’s no power switch. You control power by plugging or unplugging the cable. Not a dealbreaker, but it would’ve been nice to have an actual switch.

The Ubiquiti USW-Lite-8-PoE is the obvious alternative if you’re already using UniFi gear. The management interface is excellent, and it integrates beautifully with the UniFi ecosystem. But you only get four PoE ports (vs eight on the TP-Link), and the total PoE budget is actually lower at 52W. Plus, you need to run the UniFi Controller software, which adds complexity.

For pure simplicity and value, the TP-Link wins. If you need more power budget or management features, look at the alternatives. But for basic PoE switching with the bonus of 250m extend mode, this is hard to beat at the price.

Here’s the value proposition: you’re getting eight PoE+ ports, a 61W budget, and genuinely useful features like extend mode and auto recovery. Comparable switches either cost more, offer fewer PoE ports, or lack the extended range capability.

Could you save money with a cheaper switch? Sure. There are budget PoE switches around £50. But they typically offer only four PoE ports, lower power budgets, and no extend mode. Could you get better features by spending more? Absolutely. Managed switches with web interfaces and VLAN support start around £100-120. But do you actually need those features?

For small business surveillance deployments, home networks with multiple access points, or any scenario where you need reliable PoE without complexity, this represents strong value. The extend mode alone justifies the price for installations with long cable runs.

Operating temperature range of 0-40°C is standard for this class of switch. I tested in a reasonably warm office environment (around 24°C ambient), and the switch remained stable under full load. The fanless design means it’ll work in noise-sensitive environments, though you’ll want adequate ventilation if you’re rack-mounting multiple units.

After several weeks of testing across different scenarios, I’m confident recommending this switch for its intended use case. It won’t replace enterprise gear, and it’s not trying to. But if you’re setting up a small business surveillance system, extending WiFi coverage with multiple access points, or just need reliable PoE without complexity, the LS1210GP does the job well.

The extend mode is the killer feature. Being able to run PoE devices at 250 metres opens up installation options that would otherwise require additional infrastructure. Combined with the auto recovery feature and solid PoE power management, you get a switch that largely takes care of itself.

Would I buy this for a complex network with VLANs and advanced traffic management? No. Would I buy it for a warehouse with cameras at the far corners? Absolutely. Know your requirements, and this switch either fits perfectly or not at all.