Chitika Mobile Internet traffic survey, the average ratio of 10. 55%

"Iris News" according to a recent report released by Chitika, a data analysis company, the last week of February, mobile Internet traffic averaged 10 per cent of total internet traffic. 55%, a 34.44% increase from last July.

Smart phones and tablets are continuing to spread rapidly, according to Chitika's survey data. As more and more users watch mobile video and use tablets, the global network of mobile traffic will intensify this year, with mobile data traffic increasing by 110% per cent this year, up 18 times times by 2016. But the PC still accounts for 89.45% of all Internet traffic, which means the computing world has not yet fully entered the post-PC era. Last year, mobile data from notebook smartphones and tablets grew 133% per cent year-on-year, slightly above the estimated 131%. Nonetheless, research does suggest that mobile devices are growing in popularity and that PCs are becoming a second choice for users. Faster data traffic growth will drive operators to buy more new equipment.

According to Chitika's survey data, mobile devices account for almost 20% of all internet traffic between 8 o'clock in the morning and 10 on the same day. Mobile internet traffic has grown by 35% since last July. Video is an important source of traffic growth. At present, more and more users watch YouTube video and streaming movies through laptops and mobile phones, and such activities will consume a lot of bandwidth. The popularity of smartphones and tablets is another important factor. Although you are still a major source of mobile Internet traffic, the situation is changing. Smartphones are expected to account for 48% of mobile internet traffic by 2016, up from the current 18%, according to a research report earlier this year. Tablets will account for 10%, up from the current 1%.

In addition, users of mobile internet consumption is becoming more balanced, consumer demand for mobile data services is also growing. This trend will also put mobile operators under greater pressure.