TP-Link TL-SG1008MP Network Switch Review UK (2026) – Tested

Running a small office network with IP cameras, access points, and VoIP phones creates an immediate problem: you need both data connectivity and power delivery to devices that often sit in awkward locations. The traditional solution involves separate power supplies, cable runs, and installation costs that quickly spiral. The TP-Link TL-SG1008MP tackles this head-on by combining an 8-port gigabit switch with substantial PoE+ power delivery. But here’s what matters beyond the marketing claims: does the 153W power budget actually deliver stable performance across all eight ports simultaneously? I’ve spent two weeks testing this switch in a real-world office environment with IP cameras, wireless access points, and VoIP phones to measure throughput consistency, thermal performance under sustained load, and whether the power distribution holds up when you’re actually using all those ports. The spec sheet promises a lot. Let’s see what it actually delivers.

Here’s what matters: the switch uses priority-based power allocation. If you exceed the 153W budget, lower-numbered ports get priority. In practice, this means careful planning during installation, but it beats the alternative of random port shutdowns.

What you don’t get: port mirroring, VLAN support, QoS configuration, or SNMP monitoring. If you need those features, you’re looking at the wrong product category entirely. But for straightforward PoE deployment? The feature set is spot-on.

The switching fabric delivers exactly what you’d expect from a gigabit switch. I measured throughput between connected devices using iperf3 and consistently saw 940-945 Mbps. Essentially wire-speed performance after accounting for Ethernet overhead. That held steady whether I had two devices communicating or multiple simultaneous streams.

More interesting is the PoE behaviour under varying loads. I connected devices incrementally and monitored power consumption at the wall socket. With six devices drawing approximately 110W total from PoE ports, the switch pulled 135W from mains. That’s roughly 82% efficiency, which is respectable for a lower mid-range switch. The remaining power goes to the switching circuitry and heat.

Thermal performance is where fanless designs always get tested. The metal chassis acts as a heatsink, and after 48 hours of continuous operation with six PoE devices connected, I measured surface temperatures between 45-52°C using an infrared thermometer. That’s warm to the touch but not concerning. The switch remained stable throughout with no thermal throttling or unexpected shutdowns.

Port quality is solid. RJ45 connectors have proper retention with that satisfying click when cables seat fully. I’ve plugged and unplugged cables dozens of times during testing without any loosening or alignment issues. The ports are closely spaced (standard for 8-port switches) but I had no trouble fitting standard Cat6 cables with basic boots.

Mounting options include desktop placement with rubber feet or rack/wall mounting using the included brackets. The rubber feet are actually decent. Grippy enough that the switch doesn’t slide around when you’re plugging cables in. The mounting brackets attach via four screws on the sides and provide both horizontal and vertical mounting options.

LED indicators provide basic status information: power, link/activity for each port, and PoE status. They’re bright enough to see clearly but not annoyingly bright if the switch is in a visible location. Each port has two LEDs. Green for link/activity and amber for PoE active. You can quickly glance and confirm which ports are delivering power.

The main limitation is the lack of diagnostics. If something isn’t working, you’re limited to LED indicators. No way to check power consumption per port, no traffic statistics, no error counters. For most small office deployments, that’s fine. But if you’re troubleshooting network issues, the lack of visibility can be frustrating.

The Zyxel GS1200-8HP brings web management and VLAN support but uses an active fan for cooling. That fan noise might be acceptable in a server room but becomes annoying in an office environment. The management features are genuinely useful if you need them. But if you don’t, you’re paying extra for complexity you won’t use.

For straightforward small office deployments where you need reliable PoE delivery without management overhead, the TP-Link offers the best value. You’re getting commercial-grade build quality and performance at a price point that’s pretty competitive. Check out our NETGEAR GS724T review if you need more ports with smart management features.

The value proposition is straightforward: you get enterprise-level PoE delivery in a small office package at a lower mid-range price. That 153W power budget costs significantly more in competing switches. TP-Link achieves this through focused design. No management overhead, no unnecessary features, just solid switching and PoE delivery.

Compare this to running separate power supplies for eight PoE devices. You’d need power outlets near each device, individual power adapters (£15-25 each), and the installation complexity that creates. The switch eliminates all that whilst providing cleaner cable runs and centralised power management.

This switch succeeds by focusing on core requirements without unnecessary complexity. If you need VLANs, port mirroring, or detailed traffic statistics, you’re shopping in the wrong category. But for straightforward PoE deployment with reliable performance? The TL-SG1008MP is hard to beat at this price point.