The iPhone 13 outshines the iPhone 12 in performance.

The iPhone 13 outshines the iPhone 12 in performance.

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The iPhone 13 outshines the iPhone 12 in performance.

Recently, the popularity of iPhone 12 series can be said to remain high. Judging from the comments of netizens, domestic users are both happy and hate about iPhone 12 series.

While the iPhone 12 is hotly debated, there are already some iPhone 13 announcements online. Let's take a peek into the "future eye" and wait for a glimpse of that party light: the iPhone 13 series.

 The iPhone 13 is notched?

According to 9TechEleven, there are rumors that Apple plans to make the iPhone non-scratchable within the next few years, which means the iPhone won't use type-C but Lightning and will be converted to wireless charging.

Well-known digital blogger Jon Prosser agrees, adding that Apple will bring out an unflawed iPhone next year. If that is indeed the case, then the no-breach iPhone is coming much faster than we thought.

In fact, it's possible that Apple could eliminate the charging port on the next iPhone and switch to wireless charging.That is what Apple has always done: it was the first to cut the 3.5mm headphone jack to popularize TWS;To promote their own Face ID technology, starting with the iPhone X, the Home fingerprint recognition button was removed in favor of a full screen design with bangs.

At first you won't quite understand apple's extreme operations, but when you actually use them, you may be tempted to call them "sweet!"In fact, apple's MagSafe accessory this year is a bit dodgy, with the iPhone 12 already inclined to chop off the charging port. It's no surprise, then, that the iPhone 13 has a chipless design.

The advantage of wireless charging is that the charging line does not affect the way you hold the phone. For example, when you are playing games while charging, the charging port of the phone is generally located at the bottom of the phone. In this way, the charging line will affect the operation. Of course, some game phones put the charging port on the left side of the body, which can solve the inconvenience of playing games, but when playing with the vertical screen, it is a little uncomfortable.

Apple's MagSafe wireless charge attaches the charging base to the back of the phone, so it doesn't matter if the phone is in landscape or portrait. Still, MagSafe's charging speed was a bit of a worry in the early days, and despite official claims of an 18W output, it wasn't.If Apple can solve the problem of charging efficiency, users will surely find it sweet even if the next iPhone takes off its charging port.

The long-awaited 120Hz screen is finally here?

Before then, the wind international analyst Guo Ming Qi released creates an analysis report.The iPhone 13 series also features four models with the same body size as the iPhone 12, with four devices measuring 5.4 inches, 6.1 inches and 6.7 inches respectively.

Now, according to the latest news, the iPhone 13 series will have a more sophisticated OLED panel, and since boe's screen failed to pass Apple's review, the iPhone 13 series may still use panels made by Samsung and LG.

Apple is rumoured to be planning to introduce the 120Hz ProMotion (adaptive refresh rate) screen in its iphones next year. In addition, at least two iphones have screens that support a high refresh rate of 120Hz, according to the source.
Considering the cost and product positioning, the two Pro models will be more likely to adopt such screens.

IPad Pro users will know what ProMotion is.Officially, this is a way to automatically adjust the screen refresh rate based on what you're doing and what you're working on, resulting in a more responsive screen.

If the screen of the next generation iPhone supports 120Hz ProMotion technology, and the original animation transition is very smooth with iOS, you still have to take off?

In addition, all four iphones are expected to have on-cell touch screens next year, according to the report.On-cell refers to the solution of embedding a touch screen between a color filter and a polarizer in the display, i.e. a touch sensor embedded in the LCD panel. Compared with in-cell technology, the technical difficulty is lower, which can improve the yield rate. At the same time, the display area within the pixel will not change, so the image quality will not deteriorate.

How much performance will the A15 chip improve?

Research firm TrendForce said the iPhone 13 series will run on an A15 chip and will be based on TSMC's 5nm+ manufacturing process. According to TSMC's website, 5nm+ is a "performance enhanced version" of the 5nm process, which will provide additional power consumption and performance improvements.

In addition, TrendForce believes the A16 chip could be built based on TSMC's 4nm process to further improve performance, power efficiency and crystal density.

Although it is unclear what TSMC 5 nm + technology can reduce how much how much power consumption and improve performance, but we can refer to 7 nm and 7 nm EUV to speculate that considering the A12 and performance improvement are high between A13, A14 but this year is not so obvious, that is to say, despite the chip technology more advanced, the final A15 how much performance improvement, depends on the apple chip design team.

For 5G basebands, it should be qualcomm's X60. Rumor has it that next year's iPhone may support a single 5G band on networks below mmWave or Sub-6gh, but not both. The situation is similar to this year's iPhone 12 series, in that apple will make some adjustments based on 5G spectrum, which is supported in different countries, just as the legal channels iPhone 12 series does not support mmWave, but the overseas version does. Doing so would help Apple save money.

Are there any major improvements to the camera and battery?

The iPhone will have the same image sensor as the iPhone 12 next year, and sensor displacement technology will be extended to the entire iPhone line, said Analyst Ross Young.

Tian Feng international analyst Guo Mingqi said. Some changes are expected for the iPhone camera in 2021, with the Pro expected to have an F/1.8 aperture, 6P glass and autofocus with an ultra-wide Angle lens.

Life aspects, according to the days the wind international analyst Guo Mingqi. The iPhone 13 series will for the first time use battery soft pad technology, which will further save battery space and expand battery capacity, thus increasing battery life.

Battery soft board technology refers to a flexible circuit board instead of a rigid printed circuit board used in the internal battery of a mobile phone.The flexible circuit board can make the battery into various shapes by softening itself, thus saving more internal space. Battery soft pad technology can help increase battery capacity while reducing costs, and it fits well with Apple's environmental philosophy. Battery softeners are not new technology, of course; the iPhone 8 and iPhone 8 Plus have already been used.

Conclusion

According to the information we have so far, the iPhone 13 series does not have much innovation. It is basically a routine upgrade, but its practicability has been greatly improved. For example, the addition of 120Hz refresh rate makes the iPhone smoother, which is also what many apple fans want. Battery soft pad technology will also improve the battery life of the next iPhone. The iPhone 13 is more like a remedy for some of the shortcomings of the iPhone 12.

However, if the iPhone 13 series does cancel the charging port, I wonder whether the efficiency of wireless charging can be improved. After all, the current Wireless charging of Android phones is more than 30W, and the "fake 18W" wireless charging of iPhone is indeed a little insufficient. I hope Apple can make more efforts in the technology of fast charging.

 

 

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