Mobile broadband

Infographic | December 10, 2019

South Korea announced that they plan to roll out a next-generation 5G wireless network. This would be quick enough to download full-length movie in a mere second. The Ministry of Science said it aims to implement the technology, which is about 1,000 times faster than the current available 4G network, by 2020. Key features of the network include Ultra-HD and Hologram transmission as well as cutting-edge social networking services.

Infographic | March 8, 2020

Four in five (79%) technology and IT decision makers think 5G will have a significant impact on their organization — but the majority is yet to use it widely in their business. What hurdles stand in the way for those in the 5G race?

Infographic | February 7, 2020

Once again, you can’t escape the 5G hype at CES. It’s been building since CES 2018. Everyone—from Samsung and Intel to cellular carriers and smartphone companies—wants you to know how amazing 5G will be. Samsung called it “wireless fiber”, promising super-fast low latency internet everywhere. 5G is supposed to be faster than a typical home cable internet connection today…and it’s wireless, too.

Infographic | March 8, 2020

The history of Wireless Communications started with the understanding or magnetic and electric properties observed during the early days by the Chinese, Greek and Roman cultures and experiments carried out in the 17th and 18th centuries. Here are some selected events in the development of Wireless Communications (material taken from the book History of Wireless

Infographic | January 7, 2020

SD-WAN is next generation wan technology that gets the best out of your network. ATOM is next generation automation product that gets the best out of your multivendor SD-WANs. ATOM manages all the leading SDWAN controllers as well as your multi-vendor legacy branch infrastructure to push uniform policies across all devices.

Infographic | June 10, 2022

Networks provide functionality beyond just packet routing and delivery. Network functions such as firewalls, caches, WAN optimizers, etc. are crucial for scaling networks and in supporting new applications. While traditionally network functions were implemented using dedicated hardware middleboxes, recent efforts have resulted in them being implemented as software and deployed in virtualized environment.