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Asus will delight fans of compact flagship smartphones Asus Zenfone Asus will delight fans of compact flagship smartphones Asus Zenfone

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Asus will delight fans of compact flagship smartphones. Asus Zenfone 9 will get a 5.9-inch screen, Snapdragon 8 Plus Gen 1 SoC and IP68 protection

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After a significant increase in screen sizes over the past few years, this year the trend has changed – the flagships have become more compact. A typical example is Xiaomi 12 with a 6.28-inch screen versus Xiaomi 11 with a 6.81-inch screen. But what if he wants an even more compact flagship than the Xiaomi 12? There will be one, and it is called Asus Zenfone 9.

Asus will delight fans of compact flagship smartphones.  Asus Zenfone 9 will get a 5.9-inch screen, Snapdragon 8 Plus Gen 1 SoC and IP68 protection

Judging by the promotional video that Asus released today, the Zenfone 9 will be the ultimate dream for many. There are really small sizes, and high-quality camera sensors (even if there are only two of them), and IP68 protection, and even a standard headphone jack! There is a feeling that Asus listens to the wishes of users more than market leaders.

Asus Zenfone 9 will be built on the SoC Snapdragon 8 Plus Gen 1. The resolution and frame rate of the Samsung AMOLED screen will be Full HD + and 120 Hz. Due to the fact that the matrix size is small, only 5.9 inches, the pixel density will be quite high.

The design of the camera is somewhat reminiscent of Huawei smartphones – there are also two peculiar rings. Each contains a module with a 50-megapixel Sony IMX766 sensor. Basically there will be a six-axis stabilization system. The battery capacity is 4300 mAh, but this is normal for such a compact model. Even more: the same Samsung Galaxy S22 with a screen with a diagonal of 6.1 inches is equipped with a battery with a capacity of only 3700 mAh.

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Apple promises not to reduce the performance of the iPhone 15 Pro and 15 Pro Max while addressing the overheating problem

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Apple promises not to reduce the performance of the iPhone

Apple will solve the overheating problem of the iPhone 15 Pro and 15 Pro Max without reducing performance. The company stated this in comments to Forbes.

Apple promises not to reduce the performance of the iPhone 15 Pro and 15 Pro Max while addressing the overheating problem

Photo: Apple

As we said, Apple blames some third-party apps for the overheating, including Instagram, Uber, and the game Asphalt 9: Legends. Additionally, smartphones may become warm during the first few days after setup or recovery due to increased background OS activity.

However, some changes will be made by Apple itself. They will be implemented in iOS 17.1, which is expected at the end of October. Considering that the company has directly stated that the performance of the A17 Pro SoC will not be reduced, users can only wait a little longer. Although, of course, Apple’s statements will later be clearly tested in numerous tests.

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iPhone screens have microscopic QR codes that could save Apple hundreds of millions of dollars a year

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iPhone screens have microscopic QR codes that could save Apple

Since 2020, Apple has been applying microscopic QR codes to the screens of its smartphones.

iPhone screens have microscopic QR codes that could save Apple hundreds of millions of dollars a year

The Infirmation resource reported that for several years now the Cupertino giant has been placing tiny codes to simplify the control process and save hundreds of millions of dollars.

In fact, there are QR codes on many iPhone components, but they have only now become known about them on screens, since they are really very small. Codes are etched into the glass at different stages of production, helping Apple “track and reduce defects” on the production line.

More specifically, the codes allow the company to track exactly how many glass elements its Chinese partners Lens Technology and Biel Crystal produce, and how many defective units they discard during the production process.

Interestingly, at the initial stage, when codes were engraved directly on the glass, this affected the strength of the latter. When dropped, cracks in the glass almost always appeared where the QR code was placed. Apple eventually created technology using microscopic lenses with ring light. As a result, Apple suppliers reduced the number of discarded glass covers to one in every ten. Before this, three out of ten were thrown out. As a result, Apple saves hundreds of millions of dollars a year.

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Apple promises to fix iPhone 15 Pro overheating problem and partially blames third-party apps

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Apple promises to fix iPhone 15 Pro overheating problem and

Apple really intends to solve the overheating problem with the iPhone 15 Pro and 15 Pro Max. At the same time, Apple directly states that the titanium frame has nothing to do with overheating.

Apple promises to fix iPhone 15 Pro overheating problem and partially blames third-party apps

The company found several explanations for the overheating. First, the company says that increased heating may be observed in the first few days after the iPhone is first launched.

We’ve identified several conditions that may cause your iPhone to become hotter than expected. The device may become warm during the first few days after setup or restoration due to increased background activity. We’ve also discovered a bug in iOS 17 that is affecting some users and will be fixed in a software update

Secondly, the Cupertino giant blames third-party applications for overheating. In particular, Instagram, Uber and the game Asphalt 9: Legends.

Another problem is related to some recent updates of third-party applications that cause system overload. We are working with the developers of these applications on fixes that are in the process of being rolled out.

The situation will be corrected with the release of iOS 17.1, which is expected to be released at the end of October. If the tests do not show a decrease in performance, which may indicate that Apple has nevertheless reduced the frequencies of the A17 Pro SoC, then overheating is really caused by software problems.

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