Open the named TRENDnet TEG-S380 8-Port 2.5G Switch listing to compare the live price, availability, delivery, seller, and returns.
Choose Cat6, Cat6A, flat cable, or short patch cables by run length, placement, speed target, and damage risk.
Prepared by the Signalwise Picks editorial deskUpdated June 25, 2026
Quick answer
The practical answer
A short patch cable behind a switch has different needs than a long room-to-room cable along walls.
Match the cable to the run
A short patch cable behind a switch has different needs than a long room-to-room cable along walls.
Cat6 is enough for many homes
For common gigabit paths, Cat6 is practical and inexpensive. Cat6A makes more sense for higher-spec short patches or future planning.
Flat cable is about routing
Flat cables are useful under edges and along trim, but they should not be treated as the best answer for every permanent install.
Leave slack and avoid pinch points
A clean run should avoid tight bends, door compression, chair wheels, and places where people will trip.
Buying framework
What to check before you choose
Checklist
Map the modem or ONT location, office desk, TV area, and any rooms that need wired stability.
Check WAN/LAN port speeds, wired backhaul options, and whether your internet plan actually needs Wi-Fi 7.
Count fixed devices separately from phones, tablets, and smart-home gear before buying a bigger system.
Common mistakes
Buying the fastest advertised Wi-Fi number while leaving the router in a bad location.
Ignoring Ethernet paths that could make mesh nodes, TVs, consoles, or office desks more stable.
Choosing a premium router before checking client device support, subscription features, and return path.
Category checks
A cheap switch is fine for simple rooms, but port speed and management features matter for NAS or office setups.
Cable category should match run length and future speed needs.
Adapters and hubs should be checked against laptop charging, display, and Ethernet needs together.
Decision rule
Spend more when coverage, wired backhaul, multi-gig ports, or device count solves a known bottleneck; spend less when placement or one Ethernet run fixes the problem first.