Networking guide · NETGEAR sponsored project; hardware provided
My 10Gb Ethernet and Wi-Fi 7 Home Network Upgrade
I chose a 10Gb Ethernet upgrade because editing video from network storage gave it a purpose. The project combined a NETGEAR switch, Orbi 970 mesh and tests across my existing house wiring.
The main takeaway
The upgrade made sense for my NAS and video workflow. For a household mainly browsing and streaming, that doesn't establish a need for a full 10Gb network.
Best for
Homeowners investigating wired connections, local transfers and a stronger backbone.
Before you start
This adapts my original video and test. Check current specifications, firmware support and prices before buying older equipment.
Original video
2024-12-31
Focus
10Gb Ethernet home network upgrade
Article type
Practical guide
What helps
- A specific local-storage reason for upgrading
- Wired and wireless results demonstrated
- Existing wiring tested before replacement
What to know
- 10Gb gear can be excessive for ordinary use
- Every endpoint needs appropriate capacity
- My short cable run isn't a guarantee for other wiring
Why I went beyond 2.5Gb Ethernet
I originally considered a more modest 2.5Gb project, then decided to build around working with video on my NAS. That local traffic is different from downloading through an internet plan. NETGEAR provided hardware and teamed up with me on the December 2024 project. The goal was a faster path between the office and storage, not simply a larger number on an internet test.
The network I changed
The project used a NETGEAR 10Gb switch and Orbi 970 Wi-Fi 7 hardware, with the internet gateway feeding the network. I also showed the cabling, power backup and the practical challenge of fitting the equipment into the existing closet. Plan proper support, airflow and access for heavy hardware. My improvised installation in the video isn't a substitute for following the manufacturer's mounting instructions.
What the wired result tells us
The local demonstration reached the roughly 9Gbps range through the tested route, much higher than the previous gigabit-class connection. This involved suitable ports and endpoints as well as the cable. I had already explored the short in-wall Cat5e route in a separate video. Passing my test doesn't certify another cable installation or guarantee the same performance over a longer run.
The wireless result was a separate measurement
I also demonstrated a substantial Wi-Fi increase, with the displayed test reaching roughly 1.6Gbps download and 1.2Gbps upload. Keep those measurements separate from the wired local test: the clients and paths differ. They show what happened in my demonstration, not what every Orbi owner will see in every room. Comparing repeatable tests before and after an upgrade is more meaningful than assuming all links deliver the router's advertised maximum.
Who should copy the idea, rather than the shopping list
If a desktop regularly moves large files to a capable NAS, inspect that path for bottlenecks and price the whole upgrade. If your main frustration is a distant room's Wi-Fi, start with placement and backhaul. Upgrading the switch alone doesn't make every device 10Gb-capable. The useful idea is matching the backbone to a real workload; the specific 2024 equipment isn't a universal home-network requirement.
Technical references
More networking guides and reviews
Ethernet Over Coax: My MoCA Setup and Speed TestWi-Fi 7 Speed Test: What Changed on My Home NetworkCan Cat5e Handle 2.5Gb Ethernet? My In-Wall Wiring TestI Finally Understand My Home NetworkCommon questions
Does 10Gb Ethernet require a 10Gb internet plan?
No. My main reason was faster traffic between devices inside the house.
Will a 10Gb switch make every computer faster?
Only when the rest of that connection, including the client and destination, supports the needed performance.
Watch the full walkthrough