OnQ Blog

Meet eero, a Wi-Fi hero ready for the holiday season

Dec 5, 2016

Qualcomm products mentioned within this post are offered by Qualcomm Technologies, Inc. and/or its subsidiaries.

This holiday season, the latest-and-greatest smart TVs, VR headsets, tablets, laptops, smartwatches, and gaming systems will likely be topping everyone’s wish lists—possibly within the same family. But what’s the use in gifting these devices if your Wi-Fi network can’t handle the bandwidth?

That’s where eero comes in. The home Wi-Fi system is designed to juggle the wireless demands of multiple devices within the same household, cutting through walls and floors while continuing to provide reliably fast internet connections. The eero system is also doing something other Wi-Fi systems don't typically doreaching a consumer audience through daytime broadcasts like The Ellen DeGeneres Show, which included the eero in this year’s 12 Days of Giveaways.

The eero combines powerful Wi-Fi technologies, including TrueMesh technology and Qualcomm MU-MIMO (Multiple User-Multiple Input Multiple Output), into one beautifully designed device. With TrueMesh, your Wi-Fi can “hop” across each eero to reach your device, as it’s engineered to autonomously choose the quickest path to take as it jumps through rooms. And MU-MIMO works to serve multiple Wi-Fi devices simultaneously, instead of one at a time.

With eero, you can pile multiple devices onto a single Wi-Fi network, without having to huddle around your single router. But don’t just take our word for it: In addition to the Ellen show, eero has made its way onto multiple holiday gift guides this year, including Brit+Co’s Coolest Tech Gadget Holiday Gift Guide, the Wall Street Journal’s Best Tech Gifts 2016, and Forbes’ Under 30 Holiday Gift Guide.

This holiday season, eero can help keep all of your current and new devices connected.

Learn more at the eero site.

 

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How 802.11ax will revolutionize Wi-Fi

Just a few days ago, we announced the first 802.11ax end-to-end commercial product solution. With solutions for both the network infrastructure (IPQ8074) and device (QCA6290) ecosystems, we’re poised once again, to lead in defining the next generation of connectivity technologies.

So what’s so special about 11ax? How’s it going to make my individual experience better? Is it fundamentally different than 11ac or previous iterations of Wi-Fi technology?

Yes, 11ax is special. It’s special because it’s a very different approach to solving some of the most pressing density-created issues impacting Wi-Fi performance today. Density refers to how networks are increasingly asked to support more devices than ever before, as well as how networks overlap each other in neighborhoods, apartment buildings, etc.

This trend, of course, is a happy validation of the ubiquitous success of Wi-Fi throughout homes, businesses, and well … everywhere. While routers and gateways in the home support, perhaps, dozens of devices, the challenges are far greater in train stations, office buildings, universities, hospitals, and airports where hundreds or thousands of devices need to connect.

11ax was developed to address this issue in whole new ways. Expanding on 802.11ac to now support 8x8 MU-MIMO, 11ax also folds in technologies like OFDMA, which is designed to optimize traffic for more efficient use of the available spectrum, more akin to how LTE networks work.

All this techno-speak really boils down to one thing. 11ax changes the game from delivering speed (theoretical maximum rate of data transfer) to maximizing capacity (how much data can be moved to the maximum number of users in the shortest period of time).

Feb 22, 2017