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Access-point selection

UniFi U7 Lite vs U6+: plan the uplink and management software together

The U7 Lite adds a 2.5 GbE uplink, while both cited access points operate on 2.4 and 5 GHz.

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Access-point selection

Omada EAP610 vs EAP650: check client channel width and controller support

The EAP650’s wider-channel capability matters only when clients and the radio environment can use it.

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Switch selection and setup

TL-SG105-M2 vs NETGEAR MS105: a practical five-port 2.5G switch checklist

These unmanaged switches serve a similar role; choose from connection needs, placement, support and local availability.

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Extender and mesh comparisons

Deco BE25 vs BE63: compare 6 GHz access and usable port count

Both are Wi-Fi 7 families, but band support and the number of 2.5 Gigabit connections distinguish the cited versions.

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Extender and mesh comparisons

ASUS ZenWiFi XD5 vs XT9: decide around the backhaul plan

Compare a compact dual-band system with a tri-band option using the actual node connections you intend to install.

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Extender and mesh comparisons

Deco XE75 vs XE75 Pro: plan how you will use the single 2.5 Gigabit port

The Pro’s faster port helps particular topologies, but it does not make every wired connection multi-gigabit.

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Extender and mesh comparisons

NETGEAR EAX15 vs EAX20: wall-plug convenience or more wired connections?

Their AX1800 class is similar, but form factor and Ethernet-port count can decide the better fit.

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Extender and mesh comparisons

RE235BE vs RE315: check the Ethernet limit before using an extender as an access point

A 100 Mbps port and a 2.5 Gigabit port create very different wired-path limits, regardless of the wireless label.

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Extender and mesh comparisons

RE405BE vs RE655BE: Wi-Fi 7 does not always include 6 GHz

Read the frequency list: these Wi-Fi 7 extenders have different radio-band arrangements.

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Extender and mesh comparisons

RE655BE vs RE715X: when a Wi-Fi 7 extender upgrade has a purpose

Compare the available bands, Ethernet port and upstream router before paying for a newer radio generation.

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300 FAQs across our guide libraries

Quick answers

100 practical questions from Amped Wireless Guides.

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Why does a phone stay connected to a distant router?

A phone may remain connected to the main router after you walk beside an extender using the same Wi-Fi name. The client decides when to seek another access point, and matching network names alone do not create a coordinated mesh system. Use the router or extender's client list where available to identify which device is serving the phone. Update or refresh the view before drawing a conclusion. A remembered list entry can remain visible after the client has moved.

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What should I verify when comparing Deco BE25 and BE63?

The cited Deco BE25 revision 1 and BE63 specifications illustrate why Wi-Fi generation alone is insufficient for choosing a mesh kit. The BE25 version covers 2.4 and 5 GHz with two 2.5 Gigabit ports; the BE63 adds 6 GHz and lists four 2.5 Gigabit ports per unit. At the main router, one port serves the upstream connection. At a wired satellite, one may serve backhaul. Write down how many physical connections remain for a desktop, television or storage device. Extra ports can avoid a separate switch where space is limited.

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Why does the Ethernet port matter when comparing RE235BE and RE315?

When an extender will use Ethernet, its port specification deserves as much attention as its wireless class. The cited RE315 revision 1 page lists a 10/100 Mbps port, while the RE235BE EU revision 1 datasheet lists a 2.5 Gigabit Ethernet port. In access-point mode, a wired link feeds the wireless network. In extender mode, the port may connect a nearby wired device while the upstream link remains wireless. Confirm the exact model's supported modes before assuming either arrangement.

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Why might a PoE watchdog repeatedly restart a working access point?

Some PoE switches can restart a powered device when a health check fails. This can recover a genuinely unresponsive access point, but an incorrect target or unsuitable check can also cause repeated unnecessary power cycles. Inspect its supported logs and PoE status. Compare the restart times with the configured monitoring interval. NETGEAR describes self-healing that stops and restores port power after a device fails to respond under the configured conditions.

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