Or 5nm process? It is rumored that the A16 chip of the iPhone 14 will use the N4P process

Not long ago, some analysts pointed out that because TSMC’s 3nm chip may be delayed in production, Apple’s A16 chip will still use the 5nm process.

   News on November 9th, the A16 chip on the iPhone 14 series is expected to use TSMC’s N4P process and is still based on the 5nm process. You should know that both A15 and A14 are based on 5nm process. If A16 chip is also based on 5nm process, performance may not be greatly improved.
  According to previous news, on Geekbench, the iPhone 13 series single-core running score is stable at 1.7K+, and the multi-core is up to 4.8K. The iPhone 13 Pro has a running score of 14,216. On AnTuTu, the total running score of the top version of the iPhone 13 Pro is 839675 points, the CPU score is 214698 points, and the GPU score is 324552 points. The performance is about 15% higher than that of the iPhone 12 Pro.
   Generally speaking, the improvement of craftsmanship often greatly improves the performance of the chip. Of course, compared with hardware improvements, users care more about software optimization, because this will directly affect the user experience. And it is too early to draw conclusions, perhaps TSMC can solve the problem of production capacity in advance, and it is not known that the 3nm process will be mass-produced as scheduled.

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Samsung successfully developed LPDDR5X DRAM to support up to 64GB package capacity

On November 9, Samsung announced the successful development of the industry’s first 14-nanometer-based next-generation mobile DRAM-LPDDR5X. The successful development of this product will lead the growth of the ultra-high-speed data service market. Its “speed, capacity and power saving” features have been greatly improved, and it provides excellent solutions for the explosive growth of future cutting-edge industries such as 5G, AI, and Metaverse.

  LPDDR5X has the fastest operating speed among Samsung’s existing mobile DRAMs, up to 8.5Gbps, which is about 1.3 times faster than the previous generation LPDDR5, which runs at 6.4Gbps. The product adopts the industry’s advanced 14-nanometer process and is more competitive in terms of capacity and efficiency. Compared with LPDDR5, the power consumption rate of LPDDR5X can be reduced by about 20%. In terms of capacity, in order to actively respond to the market’s demand for higher-capacity mobile DRAM in the 5G era, Samsung has developed a single-chip capacity of 16GB and expanded the total capacity of mobile DRAM packages to 64GB.
   Starting from the end of this year, Samsung will provide excellent solutions for customers’ next-generation technologies through technical cooperation with IT customers around the world, and quickly transform them into a new product lineup. A person from the memory department of Samsung Electronics said that cutting-edge industries that require high-speed and large-capacity data processing, such as augmented reality (AR) and Metaverse, are expanding recently. Samsung Electronics’ LPDDR5X will expand the use of high-performance low-power memory, not only in the mobile communications market, but also in the server and automotive markets to create more market demand.
   In the future, Samsung plans to expand its lineup of cutting-edge mobile DRAM products by continuously improving performance and energy efficiency. At the same time, in response to high-end DRAM market demand, Samsung will further strengthen its market position by establishing a reliable mass production system.CELL PHONE BATTERIES – Shop a wide selection of  cell phone Batteries at www.oriccabattery.co.uk Fast Shipping.

Google Pixel 6 Pro DXOMARK selfie score announced: 102 points Excellent!

It has been a while since Google Pixel 6 Pro was released, and I believe that many users who have bought this phone have already started using this phone. As Google’s “pro son” series, Pixel 6 Pro is well configured in all aspects. On November 8, DXOMARK announced that the Google Pixel 6 Pro scored 102 points in selfies, which was an excellent result.

   DXOMARK introduced that based on the excellent performance of exposure and color, Pixel 6 Pro achieved excellent scores in selfie photos. Its HDR+ system provides well-exposed portraits and good contrast even in scenes with strong backlighting. Under all light conditions, various types of skin tones can be presented excellently, and the artifacts are generally well controlled. The video performance is also very good, the anti-shake is effective, and the dynamic range is good.

In general, the front camera hardware of Pixel 6 Pro makes an excellent trade-off between wide depth of field and high sensitivity. The former enables all subjects to be in focus, while the latter helps in difficult low light conditions. Ensure good image quality in the scene. Therefore, this model is the best choice for selfie lovers. DXOMARK said.

  Pixel 6 Pro is a high-end smartphone released by Google in 2021. It is equipped with a 6.71-inch display, Google’s new Tensor chipset, and a triple camera with ultra-wide-angle and telephoto lenses. The front camera is equipped with an 11.1MP sensor, located behind a fixed-focus lens with f/2.2 aperture, and as usual, Google has used its innovative image processing algorithms to optimize image quality under all shooting conditions.
For reference, as of now in the DXOMARK selfie lens ranking list, Huawei P50 Pro is the phone with the highest selfie score, scoring 106 points; followed by Huawei Mate40 Pro and Huawei P40 Pro, scoring 104 and 103 points respectively; Pixel 6 Pro is The score of 102 points ranked fourth.
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Samsung’s new product release schedule exposed

Earlier news broke that Samsung would release the flagship Samsung S21 FE this year, but due to the global chip shortage, the product was forced to postpone its debut. According to the latest news, Samsung S21 FE will be officially released on January 4 next year, and will officially go on sale on January 11.

   In addition to Samsung S21 FE, many users are also looking forward to the brand new Samsung S22 series. According to the news, the Samsung S22 series will be pre-ordered on February 8th, US Eastern Time, and will go on sale on February 18th.
   At present, Samsung will start the rhythm of monthly release of new products in 2022. If you are interested in new Samsung phones, you may wish to look forward to it. Based on previous revelations, the exterior design of Samsung S21 FE still continues the shape of Samsung S21. It is equipped with the Snapdragon 888 mobile platform inside, the back uses three rear cameras, the built-in 4500mAh battery, and the screen supports 120Hz adaptive refresh rate.

   Samsung S22 series still has three models, namely Samsung S22, Samsung S22+ and Samsung S22 Ultra. The exterior design of the Samsung S22 Ultra is suspected to have been exposed. Its overall design language is similar to that of the Samsung Note series, with an S Pen at the bottom and a double-row design for the back image system. CELL PHONE BATTERIES – Shop a wide selection of  cell phone Batteries at www.oriccabattery.co.uk Fast Shipping.

The European Union intends to unify the specifications of mobile phone chargers, USB-C as the standard charging interface

The mobile phone interfaces on the market are roughly divided into three categories, namely Apple’s Lightning charging interface, ordinary USB interface of Android devices, and USB-C interface. Among them, the USB-C interface of Android devices is the standard configuration of most mobile phones now, and even Apple tablet computers also use the USB-C interface. It can be seen that, in fact, the USB-C interface is not only faster in charging efficiency, but also more convenient in its positive and negative blind plug-in nature. On November 8, the European Union plans to unify the specifications of mobile phone chargers, and USB-C is the standard charging interface!

   The EU proposal shows that consumers will be able to use a universal USB-C charger to charge mobile phones and related electronic products of any brand. At the same time, the proposal also clearly stated that manufacturers of digital products must untie the sale of electronic products and chargers. In addition, the company must also inform consumers of the various parameters of the charger so that consumers can freely purchase and choose chargers.
   In this regard, the European Commission’s commissioner in charge of internal market Thierry Breton said: In 2020, EU countries have sold many mobile phones and portable electronic products (a total of 420 million units). If the charger specifications can be unified in the future, it will not only reduce e-waste, but also bring many conveniences to consumers in the European Union.
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