apple-iphone-13-to-come-with-wi-fi-6e

Apple iPhone 13 to come with Wi-Fi 6E

The iPhone 12 lineup introduced this year comes with Wi-Fi 6, but Barclays analysts predict the iPhone 13 series coming next September will support the Wi-Fi 6E standard.

Wi-Fi 6E comes with the features of Wi-Fi 6 but extends into the 6Hz frequency band, offering increased bandwidth and less interference for supported devices.

The analysts over at Barclays also indicated that some iPhone 13 models will have a new power conversion chip provided by Cirrus Logic.

Additionally, the analysts believe that Apple has no plans for another iPhone SE in the coming months and are unlikely to launch a larger model.

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the-samsung-galaxy-s21-ultra-will-have-six-cameras

The Samsung Galaxy S21 Ultra will have six cameras

Today, we have another Galaxy S21 leak, which seems to confirm some of the specs that have been floating around, published by WinFuture. Information about and images of Samsung’s upcoming Galaxy S21-series phones have been landing almost daily in the run-up to Samsung’s January event. With this newest leak, we now have a better idea of what to expect — especially in the camera department. In short, the hardware appears to be a big part of Samsung’s plan to take on the highly capable iPhone 12 Pro Max.

The S21 Ultra will reportedly offer 3x and 10x telephoto cameras (72mm and 240mm equivalent focal lengths, respectively), both with optical image stabilization. That’s one additional rear-facing camera compared to the S20 Ultra’s three rear sensors.

Photo: WinFuture

The S21’s 10x lens will use a folded optic design like that of the S20’s telephoto camera. We expect that Samsung will once again offer hybrid zoom that reaches much farther than that 10x optical range.

Some other subtle camera updates look to be on the way, too. The main 108-megapixel camera gets a slightly wider 24mm (versus 26mm) equivalent lens. It will also get laser-assisted autofocus: something that the S20 Ultra didn’t offer but the Note 20 Ultra later introduced. And WinFuture says that despite the main camera sensor’s on-paper similarities to the last generation, this is a new sensor that should offer better image quality than the last.

Samsung will need every advantage to compete with the iPhone 12 Pro Max, which we think is the best smartphone camera on the market today. Historically, Samsung has taken more of a hardware-heavy approach to mobile imaging, increasingly using its own house-made sensors rather than grabbing Sony’s off the shelf, and being early to adopt dual- and triple-lens cameras on its devices.

Part of the reason Samsung has leaned so hard into advanced hardware is that its computational photography hasn’t kept up with either Apple or Google. Only recently has it come up to par with features like Night Mode. But now it’s another year, and there’s more work to be done to catch up to the iPhone 12 Pro Max.

Video may prove to be grounds for Samsung to level the playing field with Apple, too. It’s one area where software can only do so much without the right hardware behind it. Samsung has usually had big specs to tout when it comes to video — the S21 Ultra will offer 8K recording to the 12 Pro Max’s 4K — but the proof will be in the footage. Samsung says it’s committed to continuing to push its capabilities in this area.

There are a few notable non-camera-related details in WinFuture’s report. These specs confirm a 6.8-inch display with variable refresh rates from one to 120Hz, a battery-saving move also adopted from the Note 20 Ultra. There’s also S Pen support, which will be sold separately.

Samsung will also follow Apple’s lead by shipping the S21 devices without wall chargers in the box. The company will probably, like Apple, cite the environmental benefits as the motivation for this change, though cynics among us will note that it’s also beneficial to each company’s bottom line. But the reduction of e-waste is no doubt a good thing, and Samsung’s use of USB-C rather than a proprietary connector scores it even more environmental bonus points.

There’s no confirmed launch date or pricing yet for the S21 Ultra, though reports point to an announcement on January 14th.

qualcomm,-released-the-first-snapdragon-888-5g-benchmarks:-performance-at-the-top-of-the-category

Qualcomm, released the first Snapdragon 888 5G benchmarks: performance at the top of the category

With 5-nm and Snapdragon 800 5G, Qualcomm can compete in arms equal with its direct competitors, unleashing very high results with the main test suites for Android. Here are the results of the first benchmarks

by Nino Grasso published , at 15: 31 in the Telephony channel

Qualcomm Snapdragon

Qualcomm usually invites tech journalists to an annual event, usually in conjunction with the launch of the new flagship mobile chipsets of the Snapdragon family, within which it is It is possible to test the new processors through prototype devices that will not be marketed.

This year due to the pandemic in progress it was not possible to organize the event, however the company has disclosed the first results of the most popular benchmarks performed on the Snapdragon Mobile Platform 888 5G . The tests have been launched three times, and show the capabilities of the platform on a general level, CPU, GPU and Artificial Intelligence.

Snapdragon 888 5G in pills

In short, Snapdragon 888 is designed with a new 5-nm production process , and is based on completely new components compared to Snapdragon 865. Specifically, we find a CPU with 8 Kryo cores 680 which should guarantee the 25% more performance than the previous generation with an improved efficiency of 25 %. The 8 cores use a similar configuration as the predecessor: 1 core reaches the maximum frequency of 2, 84 GHz, 3 cores are limited to 2, 42 GHz and finally the 4 cores the rest are clocked at 1, 80 GHz.

On the graphic side we find the proprietary GPU Adreno 660 which promises the 35% higher graphics performance with 20% higher, also ensuring superior graphic rendering through image enhancement features applicable in real time. Then we have support for Variable Rate Shading, a new dedicated engine for Artificial Intelligence (Hexagon 780), the new ISP Spectra 580 and, you cannot miss it, a new modem 5G X 60 proprietary , compatible with Sub6 and mmWave frequency bands.

For further information on the processor specifications, please refer to our complete article at this address.

Snapdragon 888 5G, the results of first benchmarks

But how does this new processor fare in the most usual tests on Android? To give an initial answer to the question is the same Qualcomm, which has provided us a series of results that we report below . The benchmarks were refined with a terminal configured with 12 GB LPDDR5 RAM, 512 GB of storage, one battery of 3. 780 mAh and a Full HD + display (2340 x 1080 pixels) with diagonal of 6, 65 “and refresh rate equal to 120 Hz.

As you can see from the graph just published, the Snapdragon results 888 5G looks very promising. On AnTuTu it got a value of 735439 to the third iteration of the test: it is of a score that – if placed in relation to those we have obtained us during our product tests – proves superior to both Apple A 14 Bionic (the SoC of the latest iPhones), both compared to Kirin 9000 (installed on Mate 40 Pro). It is clear, however, that it would be appropriate to test the different technologies on equal terms, but the results could vary by a few percentage points (probably irrelevant) compared to our tests.

The gap with competition is reduced with Geekbench 5.0.2 , where Snapdragon 888 5G records a single-core score of 1135 and of 3794 in multi-core . This is a result in line with that of Kirin 9000 (we have achieved 3704 points in multi-core and 1020 in single-core), but lower than that recorded by the iPhone 12 Pro and iPhone 12 Pro Max (which exceed, respectively, the 4000 points in multi-core ei 1500 points in single-core).

GPU side, on the other hand, Adreno 660 managed to generate an average of 86 fps with the Aztec Ruins Vulkan test (Normal Tier) in Full HD and 169 fps with Manhattan 3.0 in Full HD (in the latter case a smartphone with Snapdragon 865 should generate approximately 120 fps). Qualcomm also evaluated the performance of the integrated Neural Engine on the new Snapdragon 888 5G: the score with AITuTu is very interesting , equal to 911883, about double what we might expect from a device with Snapdragon 865.

As we have already said these are only the first results of Qualcomm’s Mobile Platform flagship for the 2021, and were published by the same manufacturer. We will have to wait for the first months of 2021 to get your hands on a ready device for marketing, and to test all the qualities. Those shown by Qualcomm were however very interesting, in line with the other proposals of the competition of the same generation, and sometimes even higher. We will certainly know more once we get our hands on the first products with the new American flagship SoC.