Latency is a chain
A game packet crosses the client connection, router, modem or fiber terminal, provider network, transit path, and game server. Router changes affect only part of that chain. Run a wired latency test before replacing hardware to find out whether the home network is the problem.
If latency rises when someone uploads files or saturates the connection, traffic management may help. If latency is already high over Ethernet with an idle network, a new wireless standard is unlikely to solve it.
Ethernet remains the predictable choice
Ethernet avoids radio interference and roaming decisions. A 1GbE connection is already far faster than the bandwidth most games require; its consistency is the advantage. Faster ports matter more for downloads, local file transfers, and multi-gig internet than for the game session itself.
For several wired systems, inspect how many LAN ports are available. The ROG Rapture GT-BE98 Pro offers a gaming-focused feature set, but a less expensive router plus a switch may be the cleaner network design.
When 6 GHz can help
A compatible gaming computer near the router may find cleaner spectrum on 6 GHz. The trade-off is shorter practical reach through walls. A 6 GHz connection that repeatedly falls back or weakens is not automatically better than a strong 5 GHz connection.
Multi-Link Operation can give compatible clients more ways to use available bands, but implementations differ across routers and client chipsets. Treat it as a capability to verify, not a guaranteed latency number.
What to compare
Choose features that address measured problems and ignore features that cannot affect the connection path.
- Enough LAN ports for consoles, PCs, and an uplink to a switch.
- Documented traffic controls that work at the subscribed internet speed.
- 6 GHz support for nearby compatible wireless devices.
- Firmware support and security controls you will keep enabled.