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The OnePlus 10 Pro will be available in an aluminium dummy smartphone. Last time, OnePlus opted to make a significant design shift by placing the main camera on the side of the cover.
following a style similar to that used by Samsung for its S21 series Based on the aluminium model we received from our partner Davin Kowalski from @ xleaks7, the rear camera module will have four large lenses and a flash in the centre. it will have a sim tray, a USB TypeC port and a speaker grille.
It is very likely that the OnePlus 10 Pro has a punch-hole camera in the upper left corner similar to the OnePlus 9. As usual, the right side has the silent mode switch and the power button while the left side has volume buttons, nothing special here.
Qualcomm revealed some modifications to its branding approach for mobile SoCs (which it refers to as platforms), as well as the fact that there are now more than 2 billion Snapdragon devices in use across the world, ahead of its Snapdragon Tech Summit on November 30.
Qualcomm has confirmed recent rumours, saying it will switch to a new naming scheme for its mobile platforms. The names will imply “a single-digit serial and a generation number,” starting with the latest flagship platform in the Snapdragon 8 series. So without saying it outright, Qualcomm confirms that it won’t be Snapdragon 898 or something. like that it will be Snapdragon 8 Gen1. And then, in 2022, its successor will be Snapdragon 8 Gen2, and so on. It will be interesting to see what this means for lower-level chips, as the Snapdragon 7, 6, and 4 families have multiple members available in parallel. But for now, the company has been silent on all of this.
Subsequently, the Qualcomm name will appear much less in the names of mobile-related products. In fact, the company claims to have separated the Qualcomm and Snapdragon brands, and in the future, Snapdragon will be a stand-alone product brand “with specific ties to the Qualcomm brand, where applicable.” Fortunately, the “5G” suffix will be removed from mobile platform names in the future, as 5G has become ubiquitous enough to no longer warrant it.
Qualcomm is also committed to launching only 5G-enabled mobile platforms from this point forward, so there’s no need to point out the obvious. Changes are also underway for Snapdragon’s iconic “fireball” which “will gain new prominence and manifest in new visuals and other creative executions.” New representative colours have also been introduced including Midnight, Gunmetal, Nickel, Snapdragon Red and Gold. Gold will now be used to represent only higher-level products. According to Qualcomm, the Snapdragon 8 Gen1 will be officially unveiled at the Snapdragon Tech Summit on November 30.
There’s a sharper, cleaner fold this time, and there’s less gap between the folds. The 1.4R curvature of the Samsung Flex OLED delivers a sharper curvature, allowing for more compact and accurate smartphone designs. The staggering construction of the display layers reduces bending stress, allowing for such a narrow curvature. Real glass’ outstanding transparency and toughness, yet flexible.
Strong but adaptable. Glass that is very thin.
Even with heavy use 100 times a day, UTG withstands more than five years of constant use. This is equivalent to withstanding over 200,000 folds and consistently performing well, according to tests verified by Bureau Veritas. The excellent transparency and hardness of real glass, but bendable. Even with heavy use 100 times a day, UTG withstands more than five years of constant use. Equivalent to withstanding over 200,000 folds and still performing well, according to verified Bureau Veritas testing.
The company has created a beautiful new website to showcase all possible form factors with its flexible OLED panels. The company calls its flexible displays “Flex OLED” and there are five subcategories: Flex Bar, Flex Note, Flex Square, Rollable Flex and Slidable Flex. Flex Bar is intended for foldable shell smartphones such as the Galaxy Z Flip 3. The Flex Note displays are intended for laptops with foldable displays. Flex Square is for foldable smartphones such as the Galaxy Z Fold 3.
memory products have received carbon footprint certification, with automotive LED enclosures joining the list of Samsung products to gain carbon footprint certification, setting the bar for the future. The effectiveness of memory goods in lowering carbon emissions has been recognised across the world, and an additional 20 memory products have gained carbon footprint certification.
Samsung’s automotive LED housings additionally had their own carbon footprint verification, which was an industry first for automotive LED housings and added to Samsung’s “green chip” portfolio. It’s fantastic to see our environmental initiatives gain international acclaim “Samsung Electronics’ Senior Vice President and Head of the DS Corporate Sustainability Management Office, Seongdai Jang, stated. “Our voyage into the future will continue. With enhanced Samsung technology, “greener” chips are now conceivable.
The Carbon Trust’s ‘Reducing CO2’ Certification has been achieved by five memory products.
The Carbon Trust’s ‘Reducing CO2’ Certification has been achieved by five memory products. Five Samsung memory products – HBM2E (8 GB), GDDR6 (8 GB), UFS 3.1 (512 GB), T7 portable SSD (1 TB), MicroSD EVO Select (128 GB) – were recently awarded the “CO2 Reduction” labels. By Carbon Trust. Previous versions of the five products had received the Carbon Trust “Measured CO2” certification last year. The Carbon Trust also recently certified the product carbon footprint of 20 memory products1 by awarding them the “measured CO2” product carbon footprint label. The Carbon Trust is an independent and experienced partner of organizations that advises companies on their opportunities in a sustainable and low-carbon world.
The Carbon Trust also certifies the environmental footprint of organizations, supply chains and products. The Reducing CO2 label certifies that a product’s carbon footprint has been reduced. Samsung was able to reduce the carbon emissions of the five memory products through increased manufacturing efficiency. This means that less electricity and raw materials per chip were used. For the T7 SSD (1TB) laptop, Samsung used environmentally friendly paper rather than plastic as the packaging material to minimize the carbon footprint of the product. Samsung estimates that the volume of carbon emissions reduced by the five products, after their release until July 2021, is around 680,000 tonnes of CO2, which is equivalent to 11.3 million urban tree seedlings. cultivated for ten years or greenhouse emitted by 149,000 cars driven in one year.
UL has verified the carbon footprint of C-series 3W Automotive LEDs.
Four Cseries 3W automotive LED housings manufactured by Samsung – Gen3 (3rd Generation) 3W White, Gen3 3W Amber, Gen2 (2nd Generation) 3W White and Gen2 3W Amber – have received ISO 140643 carbon footprint verification from UL.UL. , the world leader in security science, provides testing, inspection and certification, risk management and consulting services, decision support tools, training and business intelligence offerings for helping clients based in over 100 countries solve critical business challenges, achieve sustainability goals and prepare for future opportunities.
Cseries 3W Automotive LED assemblies are energy-efficient products that absorb less energy but produce more light, reduce car carbon emissions by improving energy efficiency and provide a greater range for electric vehicles with a single charge. “UL commends Samsung for continuing to verify the carbon footprint of its four Cseries 3W automotive LED housings, which will help the five automakers select products with transparent and verified information about their environmental footprint,” said Doug Lockard, UL Vice President and General Manager of Retail. and Consumer Products Group. “By understanding the carbon impact of products, manufacturers like Samsung can strive to reduce these impacts and improve the environmental performance of products over time.
Previously unknown businesses have now revealed the release of a foldable smartphone. In the middle of this year, Samsung unveiled the Galaxy Z Fold 3 and Galaxy Z Flip 3. This year, Xiaomi unveiled its first foldable phone, the Xiaomi Mi Mix Fold, which is exclusively available in China.
The Huawei Mate X2 is in the same boat. For a while, it was thought that the Google Pixel Fold would be released this year as well, but it’s now evident that Google is postponing the launch for the time being. Several additional folding variants, however, are in the works. Honour also looks to be preparing to unveil its first foldable phone, the Honor Magic X, in the near future. Oppo is reportedly expected to reveal its first foldable phone before the end of 2021, according to rumours. The Oppo Find Fold is rumoured to be similar in design to the Galaxy Z Fold 3, but with an 8-inch folding screen.
Although Oppo has filed several patents over time for foldable smartphone models, this does not apply to its sister company OnePlus. However, it is expected that once a foldable Oppo is announced, it won’t be long before a OnePlus foldable phone appears as well.
With a second hinge, OnePlus has created a foldable phone.
Meanwhile, LetsGoDigital discovered a Shenzhen OnePlus technology patent for the foldable phone with three display parts invented by Gao Yang. This is the first folding smartphone patent from OnePlus that LetsGoDigital talks about. This is remarkable because other big phone brands have already registered dozens of foldable models. Documentation titled “Mobile Terminal” was requested by OnePlus in China at the end of 2020, after which the publication took place on July 20, 2021. Subsequently, the Chinese documentation was also included in the World Office database. of Intellectual Property (WIPO) for the world’s patented technology protection.
To get a better idea of this tri-fold OnePlus smartphone, Parvez Khan aka Technizo Conceptcreated a series of renderings for LetsGoDigital based on the images in the patent. is a foldable phone consisting of three screen parts and a double hinge, which can be folded in different ways. Therefore, more user applications are created and the user can benefit from an extremely versatile device. When open, you have a large tablet to work more productively. In its most compact form, the device is about the size of a regular phone model – obviously, the device is a bit thicker. However, the device seems thinner than most of the tri-fold smartphones we’ve reported so far. The flexible screen sits inside, so it remains well protected from scratches and bumps when folded.
GooglePixel 6 and Pixel 6 Pro, Google has finally come up with something distinctive after years of testing. The phones are distinguished by a visor-shaped back camera module. Unfortunately, the Pixel 6 phones are yet to be introduced in India, and they aren’t expected to do so time soon.
We now look forward to the launch of the Google Pixel 6a, which is expected to be a mid-range device based on the flagship series. Today, 91mobiles gives you a first look at the Google Pixel 6a. The Google Pixel 6a is rendered in crisp 5K resolution courtesy of Steve Hemmerstoffer aka OnLeaks. Take a look below. The Google Pixel 6a shares the same design language as its larger siblings, the Pixel 6 andPixel 6 Pro. From the front, the Pixel 6a will feature a 6.2-inch flat-panel OLED display with a single centred perforated camera and scanner.
There are two rear cameras and a single LED flash housed in a visor-like module similar to the Pixel 6. From these great renderings, we can see that the Pixel 6a will have a glass back and a two-tone finish. the frame, we can see the volume rocker and the power buttons. The volume buttons seem in an awkward position considering the size of the device. The phone will measure approximately 152.2 x 71.8 x 8.7mm (10.4mm including rear camera).
DDR6 memory is being developed by Samsung Semiconductor for next-generation computer products. Customers will have to wait at least a few years for the new standard, which will be twice as fast as the present DDR5 option. Samsung also mentioned the future of GDDR memory, which is critical for graphics cards, in addition to DDR6 memory, which will be utilised with CPUs.
According to a recent article from ComputerBase, the corporation is still in the early phases of DDR6 research, but the standard might be finished in 2024 through continuing work with JEDEC members. JEDEC is an independent semiconductor standards body with over 300 members.
In every way, DDR6 will be twice as fast as DDR5.
Once DDR6 memory is available, customers should experience data rates twice as fast as DDR5 solutions. Similar to how DDR5 doubled DDR4 data rates, the upcoming DDR6 standard is expected to do the same and thus achieve transfer rates of around 12,800 Mbps on JEDEC modules. That is about 17,000 Mbps overclocked.
Additionally, DDR6 will have twice as many memory channels as DDR5, i.e. four 16-bit channels and 64 memory banks. As for LPDDR6 (Low Power DDR), Samsung doesn’t seem to plan to increase transfer speeds over LPDDR5, but the company is reportedly looking to achieve a 20% increase in power efficiency.
GDDR6 will be replaced by GDDR6+ by Samsung.
While Samsung will likely release GDDR7 in the distant future, the company plans to offer a faster solution than GDDR6 as a bridge between the two generations first. Called GDDR6 +, the memory standard will be an improvement over GDDR6. GDDR6 + memory would reach speeds of up to 24 Gbps per pin, meaning GPUs with 256-bit buses could achieve a bandwidth of up to 768 Gbps. In turn, GPUs with a bus of 320 bits or more could exceed 1TB / s of bandwidth.
As for what’s coming after GDDR7, it could be twice as fast as GDDR6 and a max throughput of 32Gbps per pin. However, there is no official roadmap for GDDR7, so the next GDDR6 + solution could take its place for a few years to come.
Samsung is likely to release a new Galaxy A series phone in the cheap range. The Galaxy A13 is supposed to be the next model, which will be available with 4G and 5G network connections, according to current speculations. Several leaks have surfaced online, revealing major specifications and features for the future smartphone. However, Giznext was able to obtain all of the renderings, and this is how the Galaxy A13 will seem.
Full Design Samsung Galaxy A13
As mentioned above, at Giznext we were able to find the official renderings of the Samsung Galaxy A13. One of the industry sources helped us with the pictures. The leaked renderings confirm that the Galaxy A13 will bring a new design language compared to its predecessor, the Galaxy A12. We’ll talk about the differences first. The Galaxy A13 will launch with a monochrome rear panel. The upper left corner will house three vertically aligned (circular) camera sensors. In particular, the sensors are not housed inside any module but are positioned separately and protrude from the remaining body.
This is different from the previous model (Galaxy A12) where you will get a square-shaped camera setup on the back. The building material looks like plastic here. The Galaxy A13 will have the same initial design as the Galaxy A12. The device will feature a teardrop notch screen. The glasses would be thin on the sides and on the top but will be slightly thicker on the chin. Now, let’s get to the placement of the keys and ports.
The Galaxy A13 will have the SIM card tray on while the right spine could house the volume rockers as well as the power key. In particular, the power key will integrate a fingerprint scanner for biometrics. We can also confirm the availability of the black colour option. The company may also introduce other variants. If we follow the recent leaks, the Galaxy A13 would be available in shades of blue, orange and white in addition to black.
Specifications and features of the Samsung Galaxy A13 have been rumoured.
The Samsung Galaxy A13 has been visiting the leaked factory for quite some time now and would be driven by the octa-core Dimensity 700 processor. The smartphone is expected to have up to 8GB of RAM and a 128GB storage configuration. We could see a screen. 6.48-inch LCD with FHD + resolution and 20: 9 aspect ratio.
The Galaxy A13’s triple rear camera setup will likely contain a 50 MP main camera, while the notch-shaped screen drop in the foreground could accommodate an 8 MP selfie camera. Additionally, rumours suggest that the Galaxy A13 will come with a 5,000mAh battery that will support 25W fast charging. We would like to add that this is rumoured hardware and that Samsung does not have. yet given official sign to the same. Until then, it is recommended that you take the details of the specs like a grain of salt.
Samsung has filed a patent for reverse wireless charging technology for a three-part foldable smartphone with a front display. Samsung has later developed many foldable smartphone models, the most current of which are the Galaxy Z Fold 3 and Galaxy Z Flip 3. In the future, Samsung is anticipated to release further foldable phone variants. Consider a Samsung smartphone that can be rolled up. LetsGoDigital has reported on a Galaxy Z Fold model with a vertical hinge.
In addition, the South Korean manufacturer seems to be actively developing a tri-fold smartphone. Earlier this year, it was speculated that Samsung’s first dual-folding phone was slated for late 2021. We now know that plan won’t be realized. Despite this, the development of this Galaxy foldable phone continues steadily. For example, in August of this year, Samsung Display presented a preview of a “Galaxy Z Flex” which can be folded into 3 parts. Meanwhile, Samsung Electronics is developing new technologies and possibilities to take the user experience of a tri-fold phone to the next level.
⛊Samsung’s wireless charging technology works in reverse.
On March 26, 2021, Samsung Electronics filed a patent with the World Intellectual Property Office (WIPO) for an “electronic device and method of sharing the battery in an electronic device”. The 72-page documentation was released on November 11, 2021. The full documentation focuses on a Samsung tri-fold smartphone with reverse wireless charging technology. The South Korean manufacturer has long offered a reverse wireless charging option for high-end Galaxy S-series and Note smartphones, also known as Samsung’s Wireless PowerShare, and since the introduction of the first Galaxy Fold, this technology has also been found in models. of folding Samsung phones.
With a smartphone with reverse wireless charging, you can use the phone’s battery to charge other devices, such as Galaxy Buds, a smartwatch, or another phone. The patent documentation shows that Samsung also wants to implement this technology in its trifold smartphone. Since the phone consists of three parts of the screen, the necessary adjustments will be made. Wireless power transmission is located in both the second and third parts of the housing. In this way, the user can place the device to be charged between the foldable phone, after which the charging begins the process, as shown in the patent images above. Normally, you should place the device on the back of the phone. By placing the device to be charged between the two parts of the screen, better power transfer can occur, according to the documentation. Speed gains can also be achieved because two wireless charging coils are integrated instead of one.
⛊Samsung tri-fold phone with display cover
The Samsung tri-fold case will also come with a cover screen. The user is informed of the necessary information via the front screen. Consider, for example, a battery indicator, so you can see how far the charging process is complete. In addition, Samsung’s tri-fold smartphone will be able to display information depending on the device being charged. For example, if you charge your smartwatch, health information such as heart rate, stress level, sleep index, and blood pressure will also appear on the front display.
It seems like it’s only a matter of time before it officially introduces the first Samsung. smartphone with a foldable dual-screen. Samsung Display has already proven that it can produce such a type of screen. Meanwhile, Samsung Electronics is actively developing new features. The documentation has been written in so much detail that we think it’s plausible that the Samsung Triple will actually have reverse wireless charging in the future. We may hear more about this innovative Samsung smartphone over the next year or so.
The Dimensity 9000 is MediaTek’s next flagship smartphone processor, and it is the company’s most powerful chip to date, hoping to challenge with leading CPUs from Qualcomm and Samsung.
The MediaTek Dimensity 9000 is the world’s first chipset to be manufactured using TSMC’s 4nm process and is also the first to use ARM’s new v9 architecture. Not only that it’s also the first chipset announced with ARM’s new core designs. It comes with a single CortexX2 performance core clocked at 3.05 GHz, three CortexA710 cores at 2.85 GHz and four CortexA510 efficiency cores at 1.8 GHz. For graphics, the chipset is equipped with an Arm MaliG710 with 10 cores. There’s also MediaTek’s fifth-generation APU with a total of six cores for AI processing. The company claims to offer four times the performance and energy efficiency of its previous generation.
The Dimensity 9000 will support LPDDR5x memory with bandwidths of up to 7,500 Mb / s. It would also be capable of handling displays with a refresh rate of up to 180Hz at FHD + resolutions. As for the photographic department, the chipset supports the first 18-bit image signal processor, which offers the ability to capture 4K HDR videos using up to three cameras simultaneously or photos using up to 320 sensors MP.
For connectivity, the Dimensity 9000 supports WiFi 6E and Bluetooth 5.3. There is no built-in modem with mmWave 5G support, but the company claims it supports 3CC carrier aggregation for sub6HZ. 5G with data rates up to 7 Gbit / s. Devices powered by this new Dimensity The SoC 9000 should be available on the market from the first quarter of 2022. To know for sure how the chipset behaves, you will have to wait to test a real smartphone powered by this new SoC. The launch of the flagship MediaTek Dimensity 9000 chipset comes as the Taiwan-based company recorded impressive results in 2020 and 2021 and is now the world’s largest smartphone chipset maker with around 40% market share. It is also expected to grow by 28% in the 5G SoC market.
