What else can we expect from smartphones in the future? It seems that the devices have reached their peak of development and there will only be minor improvements that will not dramatically affect the perception of the device. It is impossible to give a short answer in the format of the Telegram channel to such a question, because it requires detailed explanations. But first I would like to recommend the book “Enlightenment Continues” by Steven Pinker. It is exactly the same development, when from the outside it seems that nothing new is happening, but everything is based on our vision and our assessment of today’s technologies, regardless of how they will change in the medium term.
In the age of telephone buttons, every year was a holiday, technologies changed, new possibilities appeared, and progress seemed inevitable and eternal. Even the appearance of smartphones was the same in nature, we have seen progress and there is no doubt that the new devices are better than the ones we are using. The speed of development of new technologies was astonishing, but every year it slowed down. Look at the flagships of 2023 and compare them to last year, there will be differences, but not so much from a consumer point of view. The life of electronics is growing, and the reason is that we do not see serious changes, there is nothing to pay every year. And I’m glad because dozens of different devices have absorbed the same smartphones, they have become very complex and reliable tools. They simply should not have a short century in one or two years, such devices must be used longer. We have written more than once about which devices have been replaced by smartphones today.
The ever-increasing lifespan of smartphones dictates new requirements for the materials they are made of. At the same time, we got a more or less comprehensible form factor, the size of the device will no longer change. Our hands do not grow throughout life, hence the natural limitations imposed by human anatomy.
Smartphones with flexible screens are called to partially bypass these limitations, this is the last squeak of technology and they are actively developing. The collapsible design allows you to achieve new usage scenarios. In a very detailed material, he talked about flexible smartphones and their capabilities.
And the race for flexible smartphones shows that we have competition, sometimes very aggressive, which leads to improved features and the emergence of new technologies. Let’s take a look at the Chinese companies that are trying to stand out with their devices, relying on fast charging technology. Realme is undoubtedly the leader here, in the GT3 model, a 240-watt charger, the battery is fully charged in ten minutes (the battery capacity is 4600 mAh, and it physically consists of two batteries).
These changes make smartphones a better option for online gambling that can be enjoyed at GPay Casino or any other type of casino.
If we look at the Counterpoint study, we will see that the power of charging devices is increasing on average (read cost of charging, although it is not a linear change).
The changes appear to be quantitative, the power of the charging device increases and the charging speed changes. In fact, the development of batteries is a step of seven miles, on the one hand they are getting smaller and on the other hand they are getting complicated for all devices. To begin with, many manufacturers even use two physical batteries in ordinary devices, such an arrangement allows you to speed up charging. But at the same time, each battery has its own charge controller and temperature sensors (and not always the same on the battery), plus there is a common charge controller for two batteries. The complexity of the system is dictated by the need to control the battery.
In due course we can get batteries and systems that will learn to work with different powers and change their parameters on the fly. Not only to limit the frequency of the processor, but to change all parameters of the phone and achieve energy savings without changing the consumer properties of the system. For example, the screen brightness will remain at the level you selected, as will the interface speed. But energy consumption will be significantly lower, this is one of the main areas of development today. And on the example of the latest generation of Samsung’s flagships, we see how such a bunch begins to work – the screen of the processor and the battery get new working profiles, which gives gains in operating time of up to 30% compared to the previous generation of devices. And all this without aggressive power management, without freezing applications in the background like Chinese manufacturers.
Let’s look at another aspect of batteries, reliability with external mechanical exposure. It’s no secret that if you pierce the battery with your fingernail, it will most likely catch fire. The situation is not common in real life, but something can happen and it is very annoying. In Tecno, they developed STS technology for large batteries, quote from the press release:
The battery passed the drill and press tests. While other batteries can catch fire and light up during mechanical exposure, Pova smartphone batteries do not catch fire
The examples given in relation to the technologies used in smartphones are what are invisible to us and do not change our ideas about the devices. But there are still new camera modules, computer photography and much more, the progress here is obvious and unquestionable, we are literally waiting for a miracle in this regard. But I want to dwell on a moment that many do not consider as progress, the interaction of devices among themselves.
Smartphones as part of more – something we don’t see today
We rest on the assessment of the characteristics of an individual device and evaluate it as something valuable and valuable in itself. And that’s right. But the world is changing and our devices are learning to communicate with each other. On my hands are smart watches that measure my heart rate and other body parameters, they know how far I walked, how much I slept and how active I was. The headset can be used as a remote microphone when I’m recording video and want to get general plans. Devices learn to communicate with each other and give a new quality from such conjugation. This is what can be called an ecosystem where using two different devices gives a win, we get new tools that are impossible separately.
So far, companies are very cautious with this topic and do not want to make empty promises. For example, in Huawei they create one workspace, in which different devices are combined and you can share information between them. But the company does not stop at one more chip, which, in my opinion, is very important. By buying Flagman products, for example a Huawei laptop and a business smartphone, you get high-quality displays where the color settings, as well as the color profile, are de facto synchronized so that you get a unique color space. Archbound quest, which has many traps – it differs from the screen technology in which you use them. But for the foreseeable future such a ligament will work well and you will get one space with the settings you want. And it doesn’t matter what device you’ll be working on, each will have the brightness and color display you like. It significantly increases the gaming experience.
Sound? Exactly the same story, your individual settings will be available on different devices, you will get plus/minus the same experience. Personalizing the entire zoo of devices, bringing them under a common denominator is what big companies have been thinking about. For them, the advantages are obvious, such anchors allow you to reliably tie a person to yourself, giving him a victory in uniformity.
We are not perceived as a particular technology, although we are. And gradually the standardization of decisions will increase, and this will affect all aspects and all producers. At some point you can load your settings into the “alien” screen, which you associate with the duration of the operation. The concept of DEX will get a new scope, your phone will turn into a computer, and you will only need a screen, a keyboard and, possibly, a mouse.
Every year technology grows, it becomes commonplace. Note, for example, the spread of noise reduction in headphones. The technology originally appeared on phones, they suppressed wind and external sounds, but now on TWS dushniki this is the last squeak of fashion, people want to reduce noise. And it is a complex technology that is perceived as something ordinary. There can be many such examples, before our eyes there is a complication of electronics. At the same time, the quality increases, because for the hundreds of components that make up the same smartphone, the probability of failure increases, but the marriage remains at a low level. And it’s about the quality of the device itself, which has been growing for years.
The evolution of devices has not stopped at all, it continues and has not disappeared anywhere. Another thing is that we notice it only at the moment when we meet nose to nose. It’s a shame to say that I don’t know everything that happens in the market, sometimes I’m surprised by what unexpectedly appeared for me. Although no one has kept the technology a secret, there are simply too many of them to handle. But one thing I can say for sure, we will find a great future and complications of the device. Another thing is that we will have to learn and study their capabilities in order to squeeze the maximum out of them. Many people simply do not even know what secrets the phone hides in their pocket and what it is capable of. Alas, this is a fact.
I am optimistic about the future, because it promises us only good things in terms of electronics. There will be many breakthroughs and there will be, the other thing is that we are used to miracles and they no longer delight us as before.
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Source: newstars.edu.vn