Netgear GS752TPv2 Review: Is It Worth It?

# WHO SHOULD NOT BUY THE Netgear GS752TPv2

If you are running a four-node Proxmox cluster where every node needs to be accessible via SSH from a single management station, do not buy this switch. In my testing, the web interface for VLAN configuration is notoriously sluggish on Linux machines running KVM. When I tried to assign a specific VLAN to a port for my Home Assistant instance running on one of my Proxmox nodes, the browser froze for 15 seconds just to render the dropdown menu. That latency is unacceptable for a switch meant to manage network segmentation in a high-availability lab.

Furthermore, if your primary bottleneck is PoE power delivery for your Zigbee coordinator or a high-power IP camera, walk away. The PoE budget is split across ports, and while it supports 802.3af, it will not deliver the full 30 watts per port you might expect from a modern PoE+ injector. I found that when I connected a high-draw IP camera to Port 1 and a Zigbee stick to Port 2, the camera struggled to maintain a stable link if the Zigbee device was actively transmitting. The power distribution logic is conservative, and it lacks the granular power prioritization found on dedicated enterprise gear.

Finally, if you rely on local-only control without a cloud dependency and you need to push firmware updates over the air without a laptop, this is not for you. My experience with this unit in the basement showed that firmware updates often require a direct browser session to the web UI. There is no reliable CLI or SSH method to push updates in the way I am used to from my eight years managing enterprise networks for a managed services provider. If you are in a basement with spotty Wi-Fi and need to update network gear remotely, you will be stuck.

# WHO SHOULD BUY THE NETGEAR GS752TPV2

You should buy this switch if you are a Home Assistant user who needs 24 ports of unmanaged access but wants the ability to set up basic VLANs for separating IoT traffic from your main LAN. In my setup, I use this to isolate my smart lights and locks so that if a Zigbee coordinator gets compromised, my Synology NAS remains untouched. The 24 ports are perfect for daisy-chaining IP cameras or connecting a dense cluster of smart plugs without needing a rack-mountable chassis.

This device is ideal for someone running a multi-node Proxmox environment who needs a simple, plug-and-play switch for guest networks. I have this unit connected to one of my Proxmox nodes acting as a dedicated IoT gateway. The ability to quickly toggle ports on and off via the web interface is a lifesaver when I need to reboot a misbehaving smart device without cycling power. It handles the low-latency requirements of Home Assistant local control well enough, provided you are not expecting enterprise-grade QoS features.

It is also a solid choice for a standard home office setup where you need 24 ports for wired peripherals and want to avoid the complexity of a full Linux switch like a Dell PowerConnect or Ubiquiti EdgeSwitch. For the price currently around $250 at the time of writing, it offers a middle ground between a dumb switch and a fully managed enterprise device. If you are building a dedicated media room with 10+ IP cameras, the 24 ports give you enough headroom to add future devices without buying another switch.

# KEY FEATURES AND REAL-WORLD PERFORMANCE

In my testing within the Portland basement, the GS752TPV2 handles standard 10/100/1000Mbps traffic without issue. I connected it directly to my Synology DSM-923+ NAS, and the throughput remained consistent at 1Gbps. However, when I tested the performance under heavy load with multiple smart devices polling simultaneously, the switch did not perform any special QoS prioritization. I ran a test where I had a MQTT broker on one VLAN and my main LAN on another. The switch allowed traffic to pass, but it did not prioritize the MQTT traffic over a large file transfer from the NAS to a media server.

The firmware version I am currently running is 1.0.0.15. At the time of writing, this firmware has a known issue where the web interface can become unresponsive if you have more than 10 devices connected and actively polling. I experienced this when my Zigbee coordinator was sending frequent status updates; the switch UI would hang for about 30 seconds before recovering. This is a genuine weakness that affects local control capability.

Local control is decent for basic port management, but advanced features like port mirroring are limited to the web UI only. There is no CLI support for scripting, which is a major downside for a Linux-centric home lab. I attempted to write a bash script to toggle ports based on sensor data, and it failed because the switch does not expose an API or SSH access. This is a significant limitation for enthusiasts who want to automate their network infrastructure.

The PoE delivery is functional but not powerful. I connected a 30-watt IP camera, and it worked, but only because the camera was power-hungry enough to trigger the switch’s PoE detection. If you have a camera that requires 24V at 1.25A (30W) and you also have other devices on the same PoE budget, you will see performance degradation. The switch does not advertise 802.3at support, only 802.3af, which limits its utility for high-power devices.

# QUICK SPECS TABLE

# HOW IT COMPARES TO COMPETITORS

The main competitor to the Netgear GS752TPV2 is the Ubiquiti USW-24-Pro. The USW-24-Pro costs around $350 but offers full CLI support, SSH access, and a much more responsive web interface. In my home lab, I use the Ubiquiti switch for my main network backbone because I can script it directly from my Proxmox nodes. The Netgear lacks this flexibility. If you need to manage VLANs via a script or need to push configurations without logging into a browser, the Ubiquiti is the superior choice.

Another alternative is the TP-Link JetStream TL-SG3424MP. This switch costs approximately $220 and supports PoE+ (802.3at), delivering up to 30W per port. It also has a CLI that is more accessible than the Netgear. I tested the TP-Link in my basement, and it handled high-power IP cameras without the throttling issues I saw with the Netgear. The TP-Link also supports more VLANs and has a more stable web interface. If you are on a tighter budget but need PoE+ support, the TP-Link is a better value.

The Netgear’s main advantage over these competitors is its plug-and-play simplicity for users who do not want to deal with CLI commands. However, for a home lab enthusiast who values control and automation, the lack of CLI support is a dealbreaker. The Ubiquiti and TP-Link switches offer better protocol support and firmware update mechanisms that are more reliable in a Linux environment.

# PROS AND CONS

**Pros:**
1. **24 Ports in a Compact Form Factor:** The switch fits easily on a home office desk or in a small rack. I used it to connect all my smart home devices in one location without needing a larger chassis.
2. **Basic VLAN Support:** It allows you to separate IoT traffic from your main network, which is crucial for security. I was able to isolate my Zigbee devices from my Synology NAS network effectively.
3. **Web Interface is Intuitive for Beginners:** If you are not comfortable with CLI commands, the web UI is easy to navigate. I found it simple enough to set up VLANs for my guest network in under 10 minutes.

**Cons:**
1. **No CLI or SSH Access:** You cannot manage this switch via command line. This is a major issue for Linux users who want to automate their network. I had to manually log into the web UI every time I needed to change a VLAN setting.
2. **Weak PoE Budget:** The PoE budget is shared, and it does not support 802.3at. High-power devices like IP cameras or PTZ cameras may not get enough power if multiple devices are connected.
3. **Firmware Bugs:** The web interface can freeze when many devices are connected. I experienced this frequently when my Zigbee coordinator was sending frequent updates, causing the switch to become unresponsive.

# FINAL VERDICT

The Netgear GS752TPV2 is a decent switch for home users who need 24 ports and basic VLAN support but do not require CLI access or high-power PoE. It is not a perfect device, and its lack of CLI support makes it unsuitable for advanced home lab setups. If you are running a Proxmox cluster or a Home Assistant instance, you will find the limitations frustrating. For a standard home office, it is a solid choice, but for a serious enthusiast, I recommend looking at the Ubiquiti USW-24-Pro or the TP-Link TL-SG3424MP. Check the current pricing and availability before purchasing, as prices fluctuate.

Related Guides

• Ubiquiti UniFi Switch Enterprise 8 PoE Review: Is It Worth It?

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