DB Comms’ Post

Internet Connectivity plays a crucial part in a business’s productivity- we have a full suite of “always-on” Connectivity Options that support your requirements s

Excited to share my latest article on how 5G Standalone (SA) networks are transforming the telecom landscape and shaping the future of global connectivity. 📶 📖 Read the full article here: https://lnkd.in/dfmaRccE

How the Internet Works? 1. Connecting to the Web Your device (computer, phone, etc.) connects to the internet through an internet service provider (ISP). The ISP acts as a bridge between your local network and the larger internet. 2. Breaking Down Data When you send information over the internet, it's first broken down into smaller packets. These packets contain the data itself, as well as addressing information so they know where to go. 3. Routing the Packets Routers are the traffic cops of the internet. They receive packets and based on the addressing information, figure out the best path to send them to their destination. This can involve hopping through multiple routers across the globe. 4. Reaching the Destination Once the packets arrive at their destination, they're reassembled back into the original data. This could be a web server holding a website, an email server, or another device. 4. Sending Information Back The process works the same way in reverse when you receive information online. Your device sends a request, packets are sent and routed, and then reassembled for you to use. #internet #web

How the Internet Works? 1. Connecting to the Web Your device (computer, phone, etc.) connects to the internet through an internet service provider (ISP). The ISP acts as a bridge between your local network and the larger internet. 2. Breaking Down Data When you send information over the internet, it's first broken down into smaller packets. These packets contain the data itself, as well as addressing information so they know where to go. 3. Routing the Packets Routers are the traffic cops of the internet. They receive packets and based on the addressing information, figure out the best path to send them to their destination. This can involve hopping through multiple routers across the globe. 4. Reaching the Destination Once the packets arrive at their destination, they're reassembled back into the original data. This could be a web server holding a website, an email server, or another device. 4. Sending Information Back The process works the same way in reverse when you receive information online. Your device sends a request, packets are sent and routed, and then reassembled for you to use. #internet #web

LiFi technology uses visible light to establish wireless communications and transmit data. But could it be a rival to WiFi? This solution offers higher speed and greater security while reducing interferences. However, it also has several limitations that are detrimental to the user experience, such as its short range. In this blog post, we compare the two technologies, analyzing their strengths and weaknesses in depth. #acrylicwifi #wifi #wifi7 #wifiperformance #internet #technology #network #lifi https://lnkd.in/dVe8NW8C

The Internet that should have been, is here.  https://lnkd.in/eXt5534Q

There's no denying Time-Sensitive Networking has reached critical mass in industrial automation. The Industrial Ethernet Book this month reviews the current state of the art. Get the overview here: https://lnkd.in/eQuuamXB #tsn #industrialethernet

T-Mobile wants to throttle your internet speeds. Here's what you need to know - Heavy data users on T-Mobile's network need to be aware of the 1.2TB threshold -- or face the possibility of throttled speeds.

The Internet that should have been, is here.  https://lnkd.in/eXt5534Q

There's no denying Time-Sensitive Networking has reached critical mass in industrial automation. The Industrial Ethernet Book this month reviews the current state of the art. Get the overview here: https://lnkd.in/eQuuamXB #tsn #industrialethernet