When people set up a small network, the default choice is usually an 8 port switch. It’s cheap, easy to find, and “good enough” at the beginning.
But here’s the problem — it rarely stays enough for long.
If you’ve ever added one more IP camera, one more access point, or even just a new workstation, you’ve probably run out of ports faster than expected. That’s exactly where a 10 port Ethernet switch starts to make more sense.
So what exactly is a 10 port Ethernet switch?
In most cases, it’s not just “two extra ports.”
A typical 10 port layout looks like this:
- 8 standard RJ45 ports for devices
- 2 uplink ports (either RJ45 or SFP)
Those uplink ports are the key difference. They let you connect upstream (router, core switch, or fiber) without sacrificing your main ports.
That sounds small on paper, but in practice it changes how you design your network.
Why people switch from 8 port to 10 port
It’s not about the number. It’s about buffer.
With an 8 port switch, you’re usually planning like this:
“I have 6 devices, so I still have 2 ports left.”
But in reality:
- One port might go to an uplink
- One might be reserved for future expansion
- Suddenly you’re already at the limit
A 10 port gigabit Ethernet switch gives you breathing room. You don’t have to redesign your setup every time you add a device.
10 Port vs 8 Port — the practical difference
On paper, the gap looks small. In real use, it isn’t.
An 8 port switch is fine for:
- very small setups
- temporary networks
- basic home use
A 10 port Ethernet switch works better when:
- you’re running IP cameras
- you have multiple wireless APs
- your network is expected to grow (and it always does)
It’s basically the difference between “just enough” and “actually usable long-term.”
Where a 10 port gigabit Ethernet switch really shines
1. Surveillance setups
Cameras add up quickly.
4 today → 8 tomorrow → then you need an NVR, uplink, maybe remote access.
A 10 port setup avoids that early bottleneck.
2. Small offices
Typical small office:
- 4–6 PCs
- 1–2 printers
- WiFi AP
- maybe VoIP
That’s already pushing an 8 port switch.
3. PoE deployments
If you’re using PoE (for cameras or APs), things get even tighter.
Power + data over one cable is great, but it also means:
👉 every device consumes a full port
That’s where a 10 port PoE switch becomes the safer choice.
A quick note on uplink ports
Those 2 extra ports are not just “bonus ports.”
They’re usually meant for:
- connecting to your router
- linking another switch
- fiber uplink (if SFP)
Which means your usable device ports stay at 8, instead of dropping to 7 like on many 8 port switches.
That alone is a big reason people upgrade.
If you’re actually choosing one
Instead of overthinking specs, just check these:
- Do you need PoE?
- Are you planning to expand in 3–6 months?
- Do you need fiber uplink (SFP)?
If at least one answer is yes, skipping straight to a 10 port gigabit Ethernet switch usually saves you time (and money later).
One example worth looking at
If you want a straightforward plug-and-play option, this model is a typical setup:
- 10-port 10/100/1000BASE-T RJ45 with auto-MDI/MDI-X function
- Supports auto-negotiation and 10/100Mbps half/full duplex and 1000Mbps full duplex
- 12~48VDC wide range power input
- Supports 802.3x Flow control
- Complies with IEEE 802.3az Energy Efficient Ethernet (EEE)
- Supports DIN-Rail and Wall-mount installation
- Industry standard design, dustproof and close design IP40, rugged high-strength metal case
- -40°C to 80°C (-40°F to 176°F) operating temperature
Final thought
Most people don’t upgrade because they want more ports.
They upgrade because they’re tired of hitting limits.
A 10 port Ethernet switch doesn’t feel very different on day one.
But a few months later, it usually turns out to be the better call.