Ookla

As we all know, 5G has recently been launched in India. And the download speeds on this 5G network have breached 500 Mbps, as revealed by internet testing firm Ookla. The leader in 5G network testing is Reliance Jio, with a speed of…

SpeedTest is world’s #1 platform for checking out and comparing Internet speed: Both on mobile and fixed line. The parent company of Speedtest, Ookla has just come out with their analysis of 2018, in terms of mobile and fixed-line Internet…

As per reports coming in, Indian Govt. has asked Department of Telecom or DoT to increase the standards, and make it 2 Mbps as the minimum broadband speed. If this happens, then it shall be an increment of 4-times from the current level.

As per the findings of the report, Navi Mumbai has beaten even Mumbai, Delhi and Bengaluru in achieving the fastest 4G. With an average speed of 8.72 Mbps, Navi Mumbai has been declared as the city with the best 4G speed. This is indeed…

As per incoming reports, it seems that TRAI is pushing for fairness, and transparency in all aspects of the multi-billion telecom business. They want speed testing portals to share and reveal their exact methodology for calculating mobile…

India has improved the most in broadband download speeds in 2017 with a 76.9% improvement and has stood second in mobile download speeds with a 42.4% improvement.

Advertising Standards Council of India (ASCI) has become hyper-active in identifying misleading ads, once again. In a strict directive, it has asked Airtel to either withdraw or modify their ‘fastest network’ advertisement, for which…

You might have come across the Airtel TV commercial, where the Airtel girl is claiming Airtel to be the fastest mobile data network in the country, as recognised by Ookla, the company behind the popular internet speed test platform,…

According to the latest data from TRAI’s MySpeed portal, Reliance Jio is the fastest 4G telecom operator in India offering an average download speed of 16.3 Mbps. In terms of 4G speed trend, Jio retained its top position while…