NETGEAR GS724T Smart Switch Review UK 2026

The smart switch market sits between basic unmanaged switches and full enterprise gear, and choosing correctly means understanding exactly what you’re paying for. I’ve spent three weeks testing the NETGEAR GS724T across different network configurations to determine whether its feature set justifies the mid-range positioning, and which competing models offer better specifications at similar price points.

What’s more interesting is what you don’t get. There’s no PoE on this model (you’d need the GS724TPv2 for that), no SFP uplink ports, and the management interface is strictly web-based or CLI, no fancy mobile app. For some deployments, that’s perfectly fine. For others, it’s a dealbreaker.

But here’s the thing: the web interface looks like it hasn’t been updated since 2015. It works, but compared to something like UniFi’s controller or even TP-Link’s newer Omada platform, it feels dated. You get dropdown menus, basic tables, and functional buttons. No fancy dashboards or real-time graphs.

Link aggregation (LACP) worked perfectly when I bonded two ports to a NAS. I saw the expected throughput increase, and failover happened transparently when I unplugged one cable. The switch supports up to 8 LAG groups with 8 ports each, which is more than sufficient for this class of device.

Performance is exactly what you’d expect from a modern gigabit switch. There’s no packet loss, no weird buffering issues, and throughput hits the theoretical maximum (accounting for Ethernet overhead). I ran sustained bidirectional tests between multiple ports simultaneously and couldn’t detect any congestion or slowdown.

The QoS implementation actually works. I set up four queues, strict priority for VoIP, weighted round-robin for everything else, and monitored traffic during artificial congestion. VoIP packets maintained priority even when I saturated the link with bulk transfers. Latency stayed consistent for the high-priority queue.

One thing worth noting: the switch runs warm but not hot. After 72 hours of continuous operation with 18 ports active, the chassis temperature measured 42°C on the top surface. The internal fan (yes, there’s a fan) is audible in a quiet room but not objectionable. It’s quieter than most desktop PCs.

Port quality is solid. I’ve plugged and unplugged cables dozens of times during testing, and the RJ45 sockets maintain good retention without becoming loose. The plastic clips on the ports themselves are thick enough that they shouldn’t break easily (though I’ve not stress-tested them to failure).

The fan is the only moving part, and it’s a potential long-term concern. It runs continuously, there’s no thermal control that spins it down during low load. In a server room or comms cupboard, you won’t notice. On a desk in a quiet office, it’s a low hum that’s present but not intrusive.

The web interface is… functional. Look, it works, but it’s not pretty. You get a left sidebar with nested menus, a main content area with forms and tables, and basic status indicators. There’s no real-time dashboard, no graphical traffic monitoring, and no modern conveniences like drag-and-drop VLAN assignment.

That said, everything you need is there. VLAN configuration is under Switching > VLAN > Advanced > VLAN Configuration (yes, really). QoS is under QoS > CoS > CoS Configuration. It’s organised logically once you learn the menu structure, but there’s definitely a learning curve.

The CLI is surprisingly capable if you prefer command-line management. It’s not Cisco IOS, but it’s similar enough that anyone with networking experience will feel at home. I actually found some configurations faster via CLI than clicking through the web interface.

The Cisco CBS250-24T costs significantly more but delivers proper Layer 3 routing, a mobile app, and the Cisco name (which matters in some business environments). It’s also considerably quieter, the fan control is better implemented.

Where the GS724T makes sense is if you’re already invested in NETGEAR gear or you specifically want their lifetime warranty. NETGEAR’s support reputation is solid, and the warranty covers hardware failures for as long as you own it (with some caveats, read the terms).

Is it good value? That depends on what you’re comparing it to. Against unmanaged switches, you’re paying roughly double but gaining management capabilities that are essential for business networks. Against enterprise-grade switches, you’re saving hundreds of pounds while getting 80% of the functionality.

The lifetime warranty adds value that’s hard to quantify. If this switch lasts 5-7 years (which is reasonable for network equipment), the effective annual cost becomes quite low. NETGEAR honours their warranty, I’ve personally processed replacements without hassle.