Netgear GS324PP vs GS324TP: Which PoE Switch Is Best?
Choosing between the Netgear GS324PP and GS324TP comes down to how much power the network needs, not just the shared 24-port format. The PP has a 340 W budget and PoE++ options for demanding devices; the TP has a 195 W budget centred on conventional PoE and PoE+.
Both are sensible for Australian homes and small offices where cameras, VoIP phones and Wi-Fi access points share cable runs. The right model depends on measured device power, the uplinks you need and the headroom you want for growth.
Key hardware differences
A quick hardware comparison makes the practical differences clear:
| Feature | GS324PP | GS324TP |
|---|---|---|
| Copper LAN | 24 Gigabit Ethernet ports | 24 Gigabit Ethernet ports |
| PoE layout | 16 PoE+ plus 8 PoE++ ports | 16 PoE+ plus 8 PoE ports |
| Total PoE budget | 340 W | 195 W |
| High-power output | Up to 90 W per PoE++ port, shared budget | Up to 15.4 W per standard PoE port |
| Uplinks | 2 SFP and 2 combination ports | 2 SFP and 2 combination ports |
| Main advantage | More power and expansion room | Lower-cost fit for standard PoE equipment |
Both models provide 24 Gigabit Ethernet copper ports, two SFP ports and two combination uplink ports, with fanless operation for quiet home or office placement. Their published PoE budgets are shared resources: every attached device draws from the same pool.
Specifications can change with hardware revisions, so confirm the final model against the networking product guides and Netgear’s support notes before purchase.
Power budgets and device needs
PoE++ does not mean eight high-power devices can run at maximum simultaneously. On the GS324PP, a port can deliver up to 90 W, but the 340 W budget must cover all PoE loads combined. The GS324TP’s eight standard PoE ports provide up to 15.4 W each within its 195 W pool.
Most fixed security cameras draw around 8–13 W, while many Wi-Fi 6 access points need 15–30 W. PTZ cameras with heaters, high-end APs and phone or laptop charging docks can push totals higher, especially during startup.
Summing each device’s nameplate draw, then reserving 20–25% of budget for peaks, is safer than counting ports. Choose the TP when the total remains comfortably within 195 W; the PP earns its premium when high-power ports or future devices matter.
Australian homes and small premises
Aussie home-office and small-studio setups in Sydney, Melbourne or Brisbane often have one NBN connection, a router and a growing pile of connected devices. One fanless PoE switch can serve the access point, doorbell camera and VoIP handset without separate power adapters, which is a straightforward improvement rather than extra fuss.
Australian mains runs at 230–240 V and uses Type I plugs, so check the supplied power unit and local electrical safety approval. If the switch sits in a garage or media cabinet, ventilation and cable strain relief matter during hot summer afternoons.
Distances between a NBN ONT and outbuildings can be substantial. Copper Ethernet is normally preferable to wireless for a rear-door camera or AP, while PoE removes the need for mains power at the far end; long runs still need correctly rated solid-core cable and tested terminations.
Management security and handover
Both switches sit above unmanaged models, with smart Layer 2 controls for VLANs, QoS, IGMP snooping, monitoring and port configuration. Separate camera, voice and office VLANs can limit broadcast traffic, while unused ports should be disabled or kept isolated.
Security starts with a unique administrator password, current firmware, restricted management access and a sensible VLAN plan. For a client-facing handover, a business video service can turn the rack layout, VLAN map and commissioning steps into a clear walkthrough or slideshow.
Management software and cloud options can evolve, so record the firmware version and export the configuration after installation. A simple labelled diagram is often more valuable to the next person than an undocumented pile of settings.
Making the purchasing decision
Australian buyers should compare the landed price and stock on Amazon.com.au, established local IT retailers and specialist suppliers, rather than relying on an overseas listing. Check that the Australian warranty, GST-inclusive invoice and return process are genuine; grey-market imports may otherwise look cheaper.
The GS324TP is usually the value choice for cameras, standard access points and phones whose combined draw stays below 195 W. The GS324PP is the stronger fit when a device needs PoE++, several PoE loads are installed, or future expansion could consume the TP’s headroom.
The practical takeaway is to total each device’s actual PoE draw, keep at least 20% budget headroom, then choose the TP for lower-power loads or the PP when high-power ports and expansion justify the extra cost.