How We Test Wi-Fi – Revision 11
Updated: Our Revision 11 process brings multiple clients and a change to WAN-based testing.
Updated: Our Revision 11 process brings multiple clients and a change to WAN-based testing.
It's harder than you think for that expensive router of yours to deliver all the throughput the big number on its box promises. We show you why.
Updated: We're taking a look at whether Wi-Fi 6E is worth waiting for, using ASUS' first-to-market top-of-line GT-AXE11000 ROG Rapture.
Wi-Fi ping spikes aren't always caused by a poor connection. Your router settings could be to blame.
Our test of six Wi-Fi 6 routers found no significant benefit from OFDMA.
We resume our quest to find OFDMA's promised benefits, by first trying to find a good benchmark test.
OFDMA, a key Wi-Fi 6 feature, is still mostly absent from consumer routers and makers are not telling us.
We take a look at how five Wi-Fi 6 routers perform with a Wi-Fi 6 client.
The first Wi-Fi performance test standard will change the way we test Wi-Fi products.
Updated - Our first look at the performance of NETGEAR's RAX80 and ASUS' RT-AX88U shows little benefit functioning as AC routers.
Our 160 MHz channel bandwidth investigation had some incorrect results. So we retested to set the record straight.
Updated - 160 MHz channel bandwidth is an essential feature of 802.11ax. We take a look at whether it means trouble for your 11ac network.