The enhanced version of Wi-Fi 6 uses 6GHz frequency band for dense, high-traffic applications.
High bandwidth, long range, unlicensed spectrum, low power, and less complexity can make Wi-Fi HaLow a better option than Wi-Fi 5 and Wi-Fi 6 for some IoT applications.
32-foot-tall, networked towers called Link5G are cropping up across New York City, providing 5G services plus free Wi-Fi, USB charging, and 911 calling.
Use these DNS services—some free—to protect against malware and other unwanted content.
Step-by-step instructions to walk you through network-administration projects that can hone skills in IP addressing, Wi-Fi monitoring, documenting asset configuration, setting up DNS, and more.
It’s a big breakthrough in wireless connectivity, but don’t let MU-MIMO’s limitations catch you off guard. Here are 10 ways to get up to speed on MU-MIMO Wi-Fi.
Whether it’s pushing out Wi-Fi coverage 100 feet or deploying a network in a site that doesn’t have one, here are the steps to take to insure you wind up with a cost-effective result.
Interference, too many SSIDs, pokey management traffic, and small channel widths can all slow Wi-Fi networks. Here's how to speed them up.