There is no doubt that phone batteries are constantly improving and evolving, and this serves the systems’ good use of battery resources, battery capacity and the number of milliamperes are among the first things we look at when buying a new phone, and research has not stopped for a moment about innovations that can lead to huge leaps in the life of the battery. Samsung made this almost official and almost certain in a joint announcement with IBM about battery technology that may last for several days, and we are on the cusp of seeing such technology soon.
A phone battery that lasts for days!!
This is possible thanks to a technology called VTFET for Vertical Transport Field Effect Transistors, field-effect transistors or vertical field-transistors, and this is the most advanced form of technology that IBM has developed, and is designed in an innovative way to stack transistors vertically On top of each other instead of the current horizontal, ie building upwards, just like the way skyscrapers are built for apartment buildings and skyscrapers.
This new announcement shows how Samsung is considering adopting this new technology in terms of integrating chips with this new design into consumer products such as Galaxy phones.
But what does VTFET technology and chip integration have to do with battery life?
Stacking transistors on any chip vertically allows electricity to flow more efficiently than in a horizontal design, which is a huge improvement and a huge leap forward. Because the phone case will be greatly reduced in size, so we can see mobile phone batteries that can last for more than a week without the need to charge.
It is important to keep in mind that all phone battery statistics should be taken as general standards and not realistic statistics, for example, the iPhone 13, according to Apple's own testing, can last up to 15 hours of video streaming over the Internet. Or 75 hours of audio playback.
And anyone who has an iPhone 13 knows that this is not true, for daily use, and this is because our phones are always busy, from doing a lot of things at the same time, and a hundred factors from the efficiency of the operating system to the brightness of the screen will affect the battery, which is why we see the statistics of companies A violation compared to the actual use of the phone in the hands of users.
However, even with this in mind, this new battery technology has the potential to significantly extend battery life, possibly doubling the amount of time it can go without having to charge it continuously which is of course good news.
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good news
The last iPhone I bought was the regular iPhone 5. It was a new download, and my start was from the iPhone 3GS, I switched directly to Samsung because, frankly, I hated the iPhone for several reasons, including the system missing many things, the battery and the screen with failed glass breaking easily, but now, God tells you, the iPhone became better, what do you think, now? I don't have an Apple iPad
From iPhone XNUMX until now, I have iPhone XNUMX Max Pro comfortable, and thank God, I charge a mobile once every two days and I don’t miss anything 😂 God knows, maybe you were playing football 🎳 on the mobile 😂
A message for the apple and its bad batteries
Peace be upon you, the Apple Fitness app + I cannot download it on my iPhone X. Is there a solution?
Ok
Thanks for always getting ahead 👍😊
👎
What does (such a technique) mean?
Where do you get these amazing sentences? By God, charging the battery in the morning and evening is easier for me than this thinness that makes me not finish reading.
😂
This is exactly what the market needs to compete in
I'm afraid their batteries will explode 😆
I swear to God, if it lasts a month, I will not pay a penny for a mobile other than the iPhone, the rest is less than the percentage of privacy and safety XNUMX Let them benefit from their batteries 😆
Is it a technology in the battery itself or depends on how the transistors are distributed in the motherboard 🤔 In this case we cannot call it a new technology in the battery.