Apple’s iPhone 14, TSMC takes on the whole 5G modem order

According to a fresh rumour from a Chinese news agency, TSMC is prepared to fill all of Apple’s 5G modem orders for the next iPhone 14 series. This revelation contradicts a previous rumour that said TSMC would only accept a fraction of the orders.

Apple's iPhone 14, TSMC takes on the whole 5G modem order

According to reports, TSMC refused to confirm the order’s details. However, unnamed supply industry insiders have told the magazine that the 5G modems would be manufactured using TSMC’s 6nm technology.

 

Apple’s design was expected to be based on TSMC’s 4nm technology. Apple is also working on additional associated components, including radiofrequency and millimetre wave parts that connect to the modem itself, as well as a power management processor specifically for the modem, according to the sources.

Apple's iPhone 14, TSMC takes on the whole 5G modem order

according to Economic Daily News, TSMC’s 6nm 5G modems should consume much less power than the Qualcomm modems that Apple currently employs. With the upcoming iPhone, compared to the existing iPhone 13, this would result in battery savings.

Apple's iPhone 14, TSMC takes on the whole 5G modem order

Aside from improved performance over 5G and Wi-Fi, another compelling argument to include this new technology in the iPhone 14 is the additional battery life it provides. Not only that, but 5G modems are still power-hungry, which is why Apple advises customers against using 5G all of the time.

 

4nm process to be used to Qualcomm Snapdragon 5100 series chipsets

Qualcomm has begun using the 4nm technology for its flagship Snapdragon 8 Gen 1 chipset, and the firm is now planning to use it for future processors for wearable devices.

4nm process to be used to Qualcomm Snapdragon 5100 series chipsets

The forthcoming Qualcomm Snapdragon Wear 5100 and Snapdragon Wear 5100+ CPUs are projected to be fabricated on a 4nm production node, resulting in improved performance over current-generation chips.

For those who don’t know, the current-generation Qualcomm Snapdragon Wear 4100 processor is made on a 12nm production node, whereas the Snapdragon Wear 3100 was made on a 28nm process node.

According to reports, Samsung Foundry will produce these new chips, but they will be utilised by other smartphone makers as well and will not be confined to Samsung smartphones.

It’s worth noting that Samsung is also using the new 4nm production node to create the Qualcomm Snapdragon 8 Gen 1 processor. If rumours are to be accepted, the packaging is the only variation between Wear 5100 and 5100+. The Snapdragon Wear 5100’s SoC and Power Management Integrated Circuits will be separated (PMIC).

The Snapdragon Wear 5100+, on the other hand, will feature a Molded Embedded Package (MEP), which means everything will be bundled together. It’s also supposed to contain ARM-developed technologies for heart rate and fall detection, as well as better haptics. Both variations are believed to include four Cortex-A53 cores clocked at 1.7GHz, as well as the Adreno 702 graphics processor clocked at 700MHz. They’ll be able to handle up to 4GB of LPDDR4X RAM and eMMC 5.1 storage.

Caviar launched Samsung Galaxy S22 Ultra luxury Limited Edition

Caviar focuses on improving existing phone models by using durable and rare materials like gold and valuable stones. The Russian business released many iPhone 13 Pro Limited Edition devices earlier this year. This time it’s the new Samsung Galaxy S22 Ultra’s turn. The new Samsung flagship is lavishly embellished with 24-carat gold, lightweight titanium, and automotive-grade carbon fibre.

Caviar launched Samsung Galaxy S22 Ultra luxury Limited Edition

Caviar has six distinct models available. Customers may pick between the Samsung Galaxy S22, Galaxy S22 Plus, or Galaxy S22 Ultra as the base smartphone. Pre-orders for the new Limited Edition models are available immediately. Caviar’s designers will begin work on the new design as soon as the new S-series devices are introduced. The phones are produced to order and to measure, with a maximum run of 99 units per model.

Caviar launched Samsung Galaxy S22 Ultra luxury Limited Edition

The Samsung Galaxy S22 Ultra will be available on February 25, 2022. From March 11, 2022, the base model and the Plus model will be available. The Caviar jewellers will then need around two weeks to complete the amended design.

Limited Edition Samsung S22 Ultra

Art Nouveau is the inspiration for the new collection. The most costly addition is the model ‘Ocelot.’ This item has a mottled 24-carat gold finish, black PDV-Titanium, and gold laser engraving. This Samsung Galaxy S22 Limited Edition is a true work of art with its symmetrical lines.

Caviar launched Samsung Galaxy S22 Ultra luxury Limited Edition

The phone will come with the same memory configurations as the original. That implies the S22 and S22 Plus have storage options of 128GB or 256GB. 512GB of RAM is also available on the Ultra variant. The Samsung Galaxy S22 (128GB) costs $6,600 USD, while the Galaxy S22 Ultra costs $7,830 USD (512GB).

Caviar launched Samsung Galaxy S22 Ultra luxury Limited Edition

Bird of Prey is the name of the second model in the new Caviar line. A feather motif has been chosen for this smartphone, which also contains 24-carat gold. The lower section is made of beige crocodile leather. Many women would be delighted by this gorgeous phone. This Limited Edition model has a starting price of $6,370 USD.

a special edition of the Galaxy S22 Ultra

Caviar has also created a number of men’s designs, including the ‘Great Gatsby’ model. The smartphone’s rear panel is constructed of titanium. Decorative pieces constructed of a jewellery alloy are encased in 24-carat gold, resulting in stunning three-dimensional golden lines. The Galaxy S22 128GB starts at $6,450 USD, while the Galaxy S22 128GB starts at $6,450 USD.

The OnePlus 10 Pro fails the durability test it breaks in half

The OnePlus 10 Pro is now available in China and features a 6.7-inch AMOLED display with a 120Hz refresh rate, 1440 x 3216 resolution, and a 20:9 aspect ratio. The Qualcomm Snapdragon 8 Gen 1 chipset, manufactured by Samsung Foundry, is at the heart of the device, which can support up to 12GB of memory and 256GB of In addition to 12GB of RAM, the Panda White Extreme Edition has 512GB of storage.

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On the back camera array, a 48MP camera sensor sits next to a 50MP camera sensor. Meanwhile, an ultra-wide-angle lens sits next to a 48MP camera sensor on the front camera array. The telephoto lens has a 3.3x optical zoom and sits in front of an 8MP camera sensor. A traditional charger charges the 5000mAh battery at 80W, while a wireless charger charges it at 50W.

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We recently put the Galaxy S22 Ultra, Galaxy S21 Ultra, iPhone 13 Pro Max, Pixel 6 Pro, and OnePlus 10 Pro through a charging speed test. We don’t want to give anything away about the findings, but the fastest to 100% was no surprise.

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The results of JerryRigEverything’s durability test on the OnePlus 10 Pro may have come as a significant surprise. The phone cracked in half when pressure was applied to the centre. On the video that goes with this article, you can witness the gruesome occurrence as it happens. Viewer discretion is advised, as the saying goes.

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The host Zack Nelson of the channel thought it strange that the OnePlus 10 Pro has yet to be introduced in the United States. “It makes you question if something’s up,” he remarked. In light of what Nelson observed, we shouldn’t discount that notion too quickly. Many of the YouTube comments were from OnePlus users who said that with the OnePlus 7 Pro, the company’s phone quality began to deteriorate. And no, this isn’t OnePlus’ first foldable phone.

The OnePlus 10 Pro is now available in China and features a 6.7-inch AMOLED display with a 120Hz refresh rate, 1440 x 3216 resolution, and a 20:9 aspect ratio. The Qualcomm Snapdragon 8 Gen 1 chipset, manufactured by Samsung Foundry, is at the heart of the device, which can support up to 12GB of memory and 256GB of storage (not including the Panda White “Extreme Edition” which features 12GB of RAM and 512GB of storage).

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A 48MP camera sensor sits in front of a 50MP camera sensor on the back camera array, while an ultra-wide-angle lens sits in front of a 48MP camera sensor on the front camera array. The telephoto lens has a 3.3x optical zoom and sits in front of an 8MP camera sensor. A traditional charger charges the 5000mAh battery at 80W, while a wireless charger charges it at 50W. We recently put the Galaxy S22 Ultra, Galaxy S21 Ultra, iPhone 13 Pro Max, Pixel 6 Pro, and OnePlus 10 Pro through a charging speed test. We don’t want to give anything away about the findings, but the fastest to 100% was no surprise.

The results of JerryRigEverything’s durability test on the OnePlus 10 Pro may have come as a significant surprise. The phone cracked in half when pressure was applied to the centre. On the video that goes with this article, you can witness the gruesome occurrence as it happens. Viewer discretion is advised, as the saying goes.

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The presenter of the channel, Zack Nelson, thought it was strange that OnePlus introduced the OnePlus 10 Pro in China but not in the United States. “It makes you question if something’s up,” he remarked. In light of what Nelson observed, we shouldn’t discount that notion too quickly.

Many of the YouTube comments were from OnePlus users who said that with the OnePlus 7 Pro, the company’s phone quality began to deteriorate. And no, this isn’t OnePlus’ first foldable phone.

[Exclusive] Full renders of the Samsung Galaxy Book Pro 2 360 leaked

Samsung recently held its Galaxy Unpacked 2022 event, during which the company unveiled its next flagship smartphone series, the Galaxy S22. In less than a week, the South Korean tech behemoth teased its next major product for the public, which will most likely be unveiled at the Mobile World Congress 2022 event in Barcelona at the end of this month.

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The Galaxy Book Pro 360 2 laptops are reported to be the upcoming gadget from Samsung’s bucket. While the rumour mill continues to spin, we at Giznext have managed to get our hands on exclusive render photos and a few more tidbits about the next Galaxy series laptop. Take a look at the following information:

Render Images for the Galaxy Book Pro 2 360 are now available

As previously stated, Giznext has acquired exclusive Galaxy Book Pro 2 360 render photos ahead of its expected launch later this month at the Mobile World Congress 2022 event. An industry insider provided manufacturing blueprints of the impending 360-degree rotating laptop, which show the burgundy red colour variation.

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However, this colour choice is merely a guess, and the laptop might be introduced in a variety of colours. The Galaxy Book Pro 2 360 has the codename “mars 2” on the factory schematics documents, according to Giznext’s source. This is one of the confirmations for the next gadget that will be the Galaxy Book 360’s replacement (first-gen model).

Given that the Galaxy Book 360 was dubbed “mars,” this isn’t surprising. It’s worth noting that the Galaxy Book Pro 360 name has yet to be confirmed by Samsung. However, given the information provided, it appears that the Galaxy Book Pro 2 360 will be the name of the device.

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When it comes to design, the render photos reveal a small improvement over the previous-generation Galaxy Book 360 laptop. The second-generation model has a larger mouse trackpad and a larger keypad, which will undoubtedly increase typing and other creative operations efficiency. The display screen and hinges do not appear to have undergone any significant design modifications in the render photos. The bezel is the same size as the previous-generation device.

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The Galaxy Book Pro 2 360 keeps the Galaxy Book Pro 360’s 360-degree folding design. The S-pen support, however, is not visible in the render pictures we got. We don’t know if Samsung intends to skip it this time. Furthermore, our insider claims that the forthcoming laptop will have a 15-inch display. Three USB Type-C connections, one 3.5mm headphone jack and one microSD card will be available.

A OnePlus 10 Pro 512GB model is now available in Panda White colour

The OnePlus 10 Pro now comes in a new Panda White colour option. On March 1, the smartphone will be available for the first time in China.

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While we wait for the OnePlus 10 Pro to be released in India, the company has released a third colour variation in China. The OnePlus 10 Pro will be available in an all-new Panda White colour version for the first time in China on March 1st, 2022. This new edition has 512GB of internal storage, which is also unique given that the phone was originally released with 128GB and 256GB of storage. Let’s take a look at the OnePlus 10 Pro in its new White colour variation and see what it has in store for us.

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This is what the White colour variation of the OnePlus 10 Pro looks like, as shown in the image above. The device’s camera module is still black, giving it a one-of-a-kind design inspired by a Panda. For the time being, OnePlus has only released the White colour variation of the OnePlus 10 Pro in a single (and new) 512GB memory configuration, which costs CNY 5,799 in China (about Rs 68,419) and will go on sale on March 1, 2022, at 10:00 AM (Chinese Standard Time). Until recently, the gadget was only available in 128GB and 256GB storage capacities.

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Specifications for the OnePlus 10 Pro

The OnePlus 10 Pro features a big 6.7-inch QHD+ AMOLED display with a 3,216 x 1,440-pixel resolution, 120Hz variable refresh rate, and up to 1,300 nits brightness. The OnePlus 10 Pro comes equipped with an octa-core Qualcomm Snapdragon 8 Gen 1 engine, as well as up to 12GB of RAM and 512GB of internal storage. In terms of software, the gadget runs ColorOS 12.1 in China, which is based on Android 12.

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The OnePlus 10 Pro boasts a 48-megapixel primary camera with optical image stabilisation (OIS), a 50-megapixel ultra-wide-angle camera, and an 8-megapixel telephoto lens. The gadget includes a 32MP selfie camera on the front. The smartphone comes with a 5,000mAh battery that supports 80W fast charging and 50W wireless fast charging. The phone sports an in-display fingerprint scanner, NFC, Bluetooth 5.2, and reverse wireless charging capabilities.

The AV1 video codec will be supported by Qualcomm’s next flagship SoC

The open-video codec AV1 has had a sluggish adoption rate, with large video providers waiting for more widespread device compatibility. Things may change in the coming months, as both consumer electronics firms and chipset manufacturers prepare to release new hardware that supports native AV1 decoding.

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Qualcomm is one of the most well-known

The protocol has received through a person who has seen the chip’s spec sheets that Qualcomm intends to include AV1 functionality in its forthcoming flagship Snapdragon mobile CPU.

The processor, internally known as SM8550, is scheduled to be released towards the end of this year at the earliest, which means no phones powered by it will be available until 2023.

The chip’s Adreno video-processing unit will provide native AV1 decoding, which has never been supplied by Qualcomm before.

That’s assuming no substantial modifications, however, our source warns that things might change before the chip is released.

Qualcomm Mobile GM Alex Katouzian previously told AnandTech that due to the company’s extensive planning cycles, it hasn’t been able to add AV1 functionality to its existing processors, but that it will “in time.”

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Qualcomm isn’t the only firm that does this

looking to expand AV1 hardware support The open-video format has been progressively gaining traction since its initial introduction in 2018.

Last month, Samsung stated that its new Exynos 2200 processor “has a power-efficient AV1 decoder that allows for extended playback duration.”

Both MediaTek and Broadcom have released chipsets that enable AV1 decoding.

Google is preparing to release a new version of their Chromecast that includes a Google TV streaming adaptor that can play AV1 feeds.

Last year, Google made Android Av 1 Support a requirement for its Android TV platform, which pushed TV and streaming device vendors to incorporate it into their sets.

Google’s attempt to expand AV1 support has taken two forms, with YouTube now mandating device manufacturers to incorporate AV1 in order to access 4K broadcasts.

The latter was a result of a battle between Roku and Google. The two firms didn’t say how they worked out their issues, but I wouldn’t be shocked if Roku included AV1 compatibility in all-new 4K-capable devices this autumn.

According to one industry source, the bulk of streaming devices coming out this year will support AV1.

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It’s about time AV1 gained some traction

Insiders in the industry have long been irritated by AV1’s glacial growth, particularly considering the codec’s strong backing on paper.

The Alliance for Open Media, a 6-year-old industry group that comprises all of the FAANG businesses, as well as ARM, AMD, Microsoft, Mozilla, and others, produced AV1.

Netflix has been the only big streaming provider to accept AV1 thus far, with the exception of YouTube.

Disney, which is linked to the AOM through Hulu, is thought to be in the early stages of planning.

HBO Max isn’t utilising it, either, according to a WarnerMedia representative, who said the company’s product team was “actively studying and monitoring it and other codecs technologies as they arise.”

Even Snap, which recently joined the partnership, hasn’t set a date for when AV1 will be used.

The Motorola Frontier with 194MP camera leaked in new renders

Renders of Motorola’s next Frontier Android flagship phone with its massive camera housing an estimated 200MP camera sensor have been leaked. Now, Evan Blass takes a closer look at the smartphone, revealing further information about the primary camera sensor. This will be a 194MP imager with OIS and a 1/1.5-inch imager.

The Motorola Frontier with 194MP camera leaked in new renders

Previous rumours stated that we’d see Samsung’s 200MP ISOCELL HP1 sensor, but that doesn’t appear to be the case. A 50MP ultrawide sensor and a 12MP telephoto lens are rumoured to represent the remaining two sensors.

The Motorola Frontier with 194MP camera leaked in new renders

A 6.7-inch pOLED with a 144Hz refresh rate and a Snapdragon Gen 8 1 Plus processor — an overclocked version of the present SD 8 Gen 1 – will be found elsewhere on the Frontier. The phone is believed to include a 4,500 mAh battery with 125W wired fast charging and wireless charging up to 50W. The Motorola Frontier is expected to be released in July, which means there will be plenty of time for additional leaks and speculations.

The EUV: breakthrough in memory technology

The most recent invention is ready for prime time, and it will significantly alter how electronics appear and work. Extreme Ultraviolet (EUV) lithography is the technique that makes it all possible. Higher performance in smaller sizes is becoming more important as memory-based technology advances in our data-driven environment. Samsung has pioneered EUV advanced processing to overcome DRAM scaling limits and to lead the next generation of memory manufacture. 

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Technology’s limits are being pushed

Samsung was the first in the industry to use manufacturing know-how to successfully apply EUV processing to DRAM manufacture, and it has been mass-producing specialised EUV-applied products. In EUV processes, Samsung has the upper hand. Because of its outstanding semiconductor manufacturing technology and knowledge, it was one of the first in the industry to effectively use EUV processing to DRAM manufacture. Samsung has already begun mass-producing select EUV-applicated items and is planning to expand its capacity in the near future.

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Compact sizes are more powerful

In comparison to the old 193nm wavelength, the EUV advanced processing technology uses a precise wavelength of 13.5nm. This permits the memory to store more capacity in the same amount of space and size, allowing it to satisfy future needs for high-capacity Non Volatile Memory.

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Here’s the distinction. While DUV lithography utilises wavelengths of 193nm, EUV lithography employs wavelengths of 13.5nm, which is a significant improvement. As a result, finer circuitry may be drawn, allowing more data to be stored on the same surface area. More logical gates may be packed into a single chip when the circuitry is finer. As a result, those chips become more powerful and energy-efficient. When EUV is employed, the surface area of a chip is utilised considerably more efficiently, thus it’s no surprise that many in the industry are racing to develop the technology for their own fabrication lines.

Processing and productivity have improved

Single pattern, which uses modern processing technology, improves precision and reduces processing time as compared to multi-patterning, which uses a longer wavelength. When compared to earlier processing methods, this significantly improves wafer manufacturing efficiency.

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Step-by-step Multi patterning
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Seamless-one-step Single patterning

The memory market is quite competitive. However, there are no new steps that can be implemented quickly that will genuinely shake up the sector. As a result, it’s critical to get ready now for tomorrow. EUV lithography has a bright future for DRAM, but it’s Deep Ultraviolet (DUV) lithography that’s now in use. For current semiconductor generations, DUV works well.

You can rely on our quality

Samsung established confidence by preventing faults through manufacturing know-how based on the EUV logic process, and by progressively integrating EUV advanced technologies to increase quality early on.

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For both quality and technology, the manufacture of EUV applied DRAM products has garnered international customer confidence and reputation. Look about you and you’ll almost certainly come across some form of technology that links to a larger network of devices. Indeed, the rise of IoT, AI, and 5G has necessitated modifications in the way DRAM is produced. Memory currently requires finer processing, and the EUV process’s highly fine ultraviolet light is exactly what the industry requires to develop DRAM solutions that will be extensively deployed in the future years.

A significant step forward in the future

Samsung changes the DRAM industry’s paradigm with industry-leading processing technologies that led to a new range of DRAM products. This never-say-die attitude cleared the way for the next generation of memory devices.

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This is a trip, and we haven’t yet arrived at our destination. Samsung is aware of this and is working to correct any flaws now so that it can be ready for the future. The firm has a roadmap that outlines how it plans to expand the adoption of EUV-based DRAM products.