Making sure that your entire house is blanketed in the ever-so-important waves of Wi-Fi is a huge pain sometimes. Though routers nowadays are much, much better than ever before, their range of coverage is not always sufficient. That's why mesh networks have risen in popularity. And B&H has a deal for you to get started on keeping everyone and everything in your home connected — right now, you can pick up a two-pack of Linksys's Velop AC2600 mesh routers in white for just $99.99, half off the $199.99 asking price. Read More
If you've been curious about switching your home network setup over to a mesh router system, this deal might be worth a look. The Linksys Velop Tri-Band Whole Home Wi-Fi System is on sale at Costco now for $150 off the retail price of $499.99. That makes it just $349.99 for a setup with four nodes, thanks to instant manufacturer's savings. Read More
My family lives in a somewhat large house, and Xfinity's 'Wireless Gateway' router has never done a great job at coverage. Several rooms had poor reception or dead spots, particularly in the upstairs area. I bought a basic Netgear range extender as a band-aid solution, but for whatever reason, some of my devices (including my Google Pixel) still refuse to connect to it.
Last year at CES, Linksys announced its first mesh Wi-Fi system, called 'Velop.' The tri-band 2x2 802.11ac connectivity was a major selling point, but it was rather expensive — a 3-pack would set you back $500. The company launched a new dual-band Velop lineup last month, created to directly compete with the Google Wifi and other consumer mesh network systems. Read More
Last year at CES, Linksys announced its first mesh Wi-Fi system, called 'Velop.' The main selling point was tri-band 2x2 802.11ac connectivity, resulting in no latency loss between the main router and the other nodes. However, the system was rather expensive; a 3-pack would cost you $500. Linksys has now released a cheaper dual-band version, designed to directly compete with the Google Wifi and other consumer mesh systems. Read More