Yesterday is history and tomorrow is a mystery, but one thing is certain: to deliver the immersive experiences and advanced functionalities that tomorrow’s subscribers demand, we need an ever better, faster, stronger network. Does that mean the future is fiber dominant? In this blog post, we explore why DOCSIS 4.0...

Latency and speed used to be the key performance indicators, but when dealing with many different kinds of activity simultaneously, QED provides a much better quality indicator. A Teams conference call requires a different approach than streaming The Mandalorian or taking names in Fortnite.  QED stands for Quality of Experience...

Why is my Wi-Fi connection so bad? The answer is not always obvious. Diagnosing your internet connection is pretty tough, let alone troubleshooting. Sometimes it’s due to the configuration of the devices. Yet the network, too, could make a bad decision. Even wireless mesh networks are not infallible. Here’s how...

TL;DR*: Faster speeds: about 3.6 times faster than Wi-Fi 6 on 2.4GHz, 5GHz and 6GHz Up to 40Gbps speeds Wider bandwidth, across multiple bands (MLO) Lower latency, even in congested environments Improvements to worst-case latency & jitter * abbreviation: too long; didn’t read: used by the writer before a summary...

Wi-Fi 6 is the latest generation in the well-known and very widely adopted Wi-Fi technology. Wi-Fi 1 was launched in 1999, and version 6 was officially presented in 2019. The previous generations used the 2.4 GHz and 5 GHz bands, so did Wi-Fi 6 (to not make it confusing), but...

More than 20 years ago, when Wi-Fi was introduced, it opened up the first communication lanes in the 2.4 GHz band. We got around 80 MHz of unlicensed spectrum, which we can use for our wireless communication. Maybe a bit more, maybe a bit less, depending on the country you...