In just a few weeks we will be able to know all the news about the iPhone 13. The date of the presentation is likely to be announced in the coming weeks and there is speculation that it could take place between the first and second week of September. We are moving away from the particular year 2020 in which the presentation was in October due to delays due to the pandemic. According to a leak from a well-known consulting company that releases analysis and predictions iPhone 13 will feature some major hardware changes, including the expansion of 5G mmWave technology to other countries outside the United States such as Germany, United Kingdom, China, or Canada.
Countries like the United Kingdom or Germany could receive the 5G mmWave of the iPhone 13
The company that issued the report is TrendForce, known for its research into future Apple products. In its latest analysis it has been speculated about the arrival of a 5nm chip much faster than the iPhone 12. This is the A15 Bionic chip, which will increase the processing speed of the entire interface in addition to increasing energy efficiency. This last point is interesting since it would allow optimizing the life of the batteries and, therefore, of the iPhone itself.
Another of the most important issues is possible expansion of 5G mmWave technology to other countries. Currently, the iPhone 12 is only compatible with the 5G mmWave in the United States. However, in the last year some countries have invested in this type of technology and could be prepared to promote the use of it through the iPhone 13. Some of these countries could be Germany, China, Japan, United Kingdom or Canada.
The mmWave: does not go through walls, but its speed is higher
This conjecture goes hand in hand with physical data based on an increase in antenna providers that need this technology that would allow us to see the intentions of Apple with the iPhone 13. Finally, and to understand the importance of the 5G mmWave, it is necessary to understand how it works and what implications it could have for the device as it happens with the iPhone 12.
The mmWave is grouped in frequencies between 24 and 100 GHz, a spectrum where they are achieved speeds of more than 10 Gbp / s. This spectrum is less saturated but there are two drawbacks: they do not go through walls and their reach is less, Besides that they need a special antenna.