Wi-Fi networking is poised for a major update: The transition from 802.11ac to 802.11ax promises a modern networking hub that can cope with the burgeoning number and diversity of wireless devices that ...

There’s excitement building around 802.11ax, and for good reason. Newly designated as Wi-Fi 6 by the Wi-Fi Alliance, the next-generation 802.11 technology will deliver a better user experience, ...

The next advance in Wi-Fi, 802.11ax, is fast approaching. As we seek to raise the performance bar yet again for the sixth generation of Wi-Fi, the traditional techniques used in 802.11n and 802.11ac – ...

D-Link today announced two home networking devices based on the IEEE 802.11ax standard at CES Monday: the AX6000 and the AX1100 Ultra Wi-Fi routers. And here you thought 802.11ac was the latest and ...

More and more aspects of home and work applications are moving to an online streaming model. Consequently, wireless internet technology needs to evolve to meet our increasing usage of high-definition ...

802.11ax, the next-generation WLAN standard, promises greater capacity and more robust data transmission than previous Wi-Fi standards. It represents the most fundamental change in Wi-Fi operation ...

Wireless standards tend to get proposed, drafted, and finally accepted at what seems like a glacial pace. It's been roughly 17 years since we began to see the first 802.11b wireless routers and ...

Before the current Wi-Fi standard, called 802.11ac, wireless broadband was never quite robust enough: Too many devices were vying for your limited, inefficiently distributed bandwidth. This latest ...

The 802.11ax Wi-Fi standard is set to replace the current 802.11ac standard in the next few years. Though its specification hasn’t yet been finalized, Qualcomm has already announced a pair of chips ...

Does your Wi-Fi feel slow, even though your primary Internet connection is fast? 802.11ax is here to save the day. The newest upgrade to Wi-Fi focuses on capacity as much as speed, solving the problem ...

Look, Wi-Fi still kind of sucks. And marketing excesses aside, its worst problems all revolve around airtime distribution among multiple devices. Unlike LTE (the protocol cellular data uses), 802.11 ...