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LetsGoDigital unveiled the Samsung Galaxy S22 Ultra last week in the five colours that were expected: black, white, green, burgundy red, and dark rose. Meanwhile, press materials revealing the official colours of all three S-series smartphones have surfaced. This demonstrates that the hue of the green model will change somewhat from what we gave. In fact, the green Galaxy S22 Ultra is a little lighter, and the hues are a little more grey.

This also gives the hue a more professional appearance than the green Samsung Galaxy S22, for which we produced a set of 3D renderings on New Year’s Eve based on an official press shot.

The new visuals were developed by graphic artist Parvez Khan, alias Technizo Concept. He took the official marketing image supplied by 91Mobiles as a starting point.

The Samsung S22 is a device that is extremely eco-friendly.

Its Samsung S22 Ultra will also have a matte-finish glass back. It’s a tasteful, neutral green that works nicely with a variety of other colours. The natural hue gives you a sense of being one with nature. Green was unquestionably a trend hue in 2021, and it will continue to be so in 2022, not just in interiors and clothes, but also in consumer electronics.

The Samsung Galaxy S22 series, the company’s next generation of flagship handsets, will be unveiled in January 2022. The Galaxy S22 series devices are losing a lot of ground before their formal arrival, and we already know what to anticipate from them. Samsung is a subsidiary of Samsung. Samsung Galaxy S22, Galaxy S22 Plus, and Galaxy S22 Ultra.

The device will have a metal frame. On the right side, the Samsung Galaxy S22 will make room for the power button and volume keys while the left side won’t be as busy, as there are only three antennas there. On the back, the Samsung Galaxy S22 will make way for a rear triple camera configuration and the Samsung logo. The device will be available in Green, Rose Gold, Phantom Black, and Phantom White colour variants.

Samsung is apparently ready to release the Samsung Galaxy M33 5G, a low-cost 5G smartphone. A few weeks ago, the Samsung Galaxy M33 5G was discovered on the Safety Korea certification website, clarifying its large 6,000mAh battery.

The Geekbench listing also tells us that the Samsung Galaxy M33 5G will be powered by an octa-core Exynos 1200 5G processor, which will be paired with 6 GB of RAM. In terms of software, the Samsung Galaxy M33 5G will boot the android 12 operating system out of the box with the brand’s exclusive OneUI skin.

Although not confirmed, since the device launched in 2022, we can expect it to ship with the OneUI 4.0 skin. Well, that’s about all the info Geekbench gives us when it comes to the Samsung Galaxy M33 5G. With this information, however, it should be noted that as the device has already been compared, it clearly suggests that its testing needs to be started and we can expect the device to launch in India soon. Coming to the remaining specs of the device, the Samsung Galaxy M33 5G is believed to have a 6.5-inch FHD + display with a notch in the shape of a drop. The gadget may or may not feature a 3.5mm headphone connector, but it will almost certainly be IP67 rated. The Samsung Galaxy M33 5G will include a quad-camera configuration on the back: 64MP + 8MP + 5MP + 2MP, as well as a 13MP front camera.

Thanks to dummies given by UK accessory company Mobile Fun, we can now get a decent look at the Galaxy S22 Ultra, Galaxy S22+, and Galaxy S22.

Like the Galaxy Note series, the Galaxy S22 Ultra will have an S Pen built into its body. In fact, the Galaxy S22 Ultra dummy’s general design and appearance are quite similar to the current Note model.

The Galaxy S22 Ultra S Pen has been mentioned on Mobile Fun, and it will be available in Black, White, Red, and Green, which would most likely match the phone’s hues. If this official poster is to be believed, the colour may simply cover the cap of the pen (which is visible on the bottom of the phone).

When you compare the Galaxy S22 Ultra dummy to the Galaxy S21 Ultra, it’s clear that the new phone is significantly larger than the one it replaces. That, together with the lack of a camera island, might indicate that the S22 Ultra has a larger display and, potentially, a larger battery (5,000mAh) – but this is just speculation at this time. Now, here are the Galaxy S20 Ultra, S21 Ultra, and S22 Ultra all lined up very nicely.

Samsung has perfected the foldable phone. Some Chinese companies have now announced one or more foldable smartphone models, including the Oppo Find N and Huawei P50 Pocket, which were just announced. The Xiaomi Mi Mix Fold and the Huawei Mate X2 were also introduced earlier this year. Despite this, for the time being, the Samsung Galaxy Z Fold 3 and Galaxy Z Flip 3 are the only foldable phones available globally. However, in 2022, it is projected that this will alter.

That course, Samsung isn’t about to give up its lead in the foldable market just yet. New folding variants are being developed by the South Korean firm on a regular basis. This isn’t just about the Galaxy Z Fold 4 and Galaxy Z Flip 4; it’s about all of them. Samsung is also working on a Galaxy Z Slide rollable smartphone, which is already well known.

In addition, the business is working on a tri-fold smartphone, which is a two-fold phone with three display sections and two hinges. According to a comprehensive patent granted to Samsung Electronics, this concept is now seriously taking shape.

Smartphone with a second display on the back that can be folded in half.

Samsung Electronics submitted an extended patent for an “Electronic device” with the WIPO (World Intellectual Property Organisation) in mid-June 2021. Yesterday, December 23, 2021, the 42-page document was made public. This is a foldable smartphone with three display sections. It is possible to fold the phone into a Z-shape. In other words, one display component is folded backwards, while the other is folded forward. Two types of hinges are utilised to do this: an in-fold and an out-fold hinge.

The user has a big tablet-sized display at his disposal in the unfolded position, allowing him to work more effectively. When folded, the gadget has the same proportions (WxH) as a standard phone; however, the phone is substantially thicker and heavier due to the three display pieces stacked on top of each other.

It is not essential to construct a separate front display due to the Z form factor. In folded mode, the phone may be folded such that the first display section of the flexible screen becomes the front screen.

Samsung Display, the company’s display division, unveiled a prototype of a Galaxy S-Foldable with a double hinge that allows it to be folded inside and outwards in May of this year. Three months later, Samsung Display unveiled the identical prototype, but this time it was functional. Although the patented design is extremely similar to this gadget, there are a few key variances.

Samsung Tri-Fold smartphone featuring fingerprint sensor embedded in the display

Also, it’s worth mentioning that the fingerprint scanner is hidden behind the display. This is noteworthy in light of the fact that no foldable smartphones with an in-display fingerprint sensor have yet been released. This is on the side of the device, built into the power button in modern generations.

 This Samsung Galaxy tri-fold smartphone will also be compatible with a stylus pen, according to the thorough instructions. The Galaxy Z Fold 3 – the world’s first folding phone that can be used with the specially created S Pen – is no exception. A keyboard, mouse, and/or external microphone will also be able to be connected.

Samsung will also include a slew of additional connectors with the gadget. According to the patent description, in addition to a USB-C port, an HDMI port, an audio connector, and an SD card slot are also included. Of course, this increases the device’s adaptability. The gadget may also be connected to a TV, projector, or monitor using the HDMI connector. Two batteries are included to offer enough power to the foldable smartphone, as we already know from the present Galaxy Z smartphones.

In 3D product renderings, the Samsung Galaxy A83 is depicted. Like the Galaxy S22 Ultra, it has an upgraded triple camera with a water drop camera design. We already know a lot about the Samsung Galaxy A series line for 2022 in recent weeks. Consider the Samsung Galaxy A13, A33, A53, and A73. It’s also possible that a more sophisticated Galaxy A83 may be released. The Galaxy A82 was only introduced last year in China and India, where it was dubbed the Galaxy Quantum 2 model. It is the successor of the iconic Galaxy A80, and it has a revolving camera that can be retracted.

A flat AMOLED display is included on the Samsung A83.

The Samsung A83 5G designed by Technizo Concept has clear characteristics of the popular A-series, but also the high-end S series. The front shows a beautiful screen filling the screen. Presumably, the device will again be equipped with a large flat screen. Think of a 6.6 “screen – just like the Galaxy S22 Plus. It is most likely a dynamic AMOLED display with a 120Hz refresh rate. Maybe the screen supports a resolution. High QHD +, as is the case with the Quantum 2. This is unlike the Galaxy S21 and S21 Plus – both have reduced image resolution, resulting in a Full HD + display. The Galaxy S22 and S22 Plus are expected to have a Full HD + display again. Galaxy S22 Ultra (S22 Note) will support QHD + resolution. It would be good for Samsung to keep a budget model in its range with this high screen resolution. The A83 would be ideal for this. The fingerprint sensor is also likely to be processed under the screen.

Sony’s semiconductor business announced earlier today that it has developed the world’s first stacked CMOS image sensor with two layers of pixels. transistors in pixels This unique design doubles the sensor’s light-gathering capability when compared to a traditional stacked CMOS sensor. More room is beneficial to both photodiodes and transistors.

Now, what does that really mean in terms of image quality? By increasing the sensor’s saturation level, Sony has also expanded the chip’s dynamic range or the span from the darkest to brightest values it can detect. It has also lowered output noise levels by increasing the amplifier transistors.

It’s vital to remember that just because the signal saturation level has been doubled doesn’t mean the dynamic range has been doubled as well. (It also doesn’t indicate a 50% reduction in noise levels.) Other aspects of the sensor’s architecture will also play a role, and Sony has yet to quantify the DR or noise reduction improvements it has made.

First, look for technology in smartphones and small-pitch sensors.

Nonetheless, it’s evident that a significant move forward in both areas is possible. We anticipate that this revelation will have the biggest impact on smaller, higher-resolution sensors like those used in smartphones, before spreading to bigger sensors, as it did when backside-illuminated sensor designs initially became popular.

Because each photodiode has less surface area, to begin with, the potential for improvement in a tiny, high-resolution sensor is larger than it would be in a sensor with low resolution and/or a big surface area. Sony acknowledges this, stating that their technology would enable “the realisation of progressively high-quality photography such as smartphone images.”

Samsung has patented a smartphone that can be expanded in both width and height, giving users a variety of new alternatives. The number of smartphone vendors offering foldable smartphones is gradually expanding. Consider the Galaxy Z Fold 3 and Galaxy Z Flip 3 from Samsung. One or more foldable devices have also been introduced by Huawei, Lenovo (Motorola), and Xiaomi.

Dual Slide Samsung Galaxy Z Fold

The information is based on a patent that Samsung Electronics filed with the World Intellectual Property Office (WIPO) on May 21, 2021. 152-page documentation titled “Electronic device including multistate display and control method “was released today, December 16, 2021. The patent images show a modern Samsung phone, with a rounded screen on the right side and top. This gives the device a unique look. The images show an almost full-screen design, with only a narrow bezel border visible at the bottom. 

The ability to stretch the phone screen in both widths (right) and height (left) is a unique feature of this smartphone (top). The user has the option of zooming in on both pieces or just one of them. To begin the extraction procedure, press the button on the left side of the phone. The user can then use an upward or sideways pinch motion to determine which direction the screen should roll in or out on the touchscreen. between the screen, the surface is stored in the housing and is added to the front panel from the side and/or from the top. The screen can be enlarged approximately 30% in width and approximately 25% in height.

Samsung’s Dual Slide smartphone has a lot of features.

Whenever the device is opened in both width and height, a new form factor is generated, providing the user with additional alternatives. These protrusions on the other side of Samsung’s revolutionary roll-up smartphone can likewise be turned 180 degrees. In other words, the component that protrudes above will suddenly point downwards, and the interface will adjust accordingly – for example, a virtual keyboard or a calculator may emerge.

In the patent paperwork, many usage choices are provided and defined. Flex Mode, which we already know from the Galaxy Z Fold and Galaxy Z Flip smartphones, will be upgraded. For example, the extra screen space may be utilised to show control components or launch a new programme (split-screen). Another software, such as a messaging app, may show on the second section of the screen, for example. So the user can easily switch between apps at a glance, without having to close an app. It can also be useful when viewing the photo gallery to work with multiple display parts. The user can also modify the interface layout himself.

It’s a uniquely designed smartphone like we’ve never seen before. We know that Samsung has been involved in the development of sliding smartphones for several years. In early 2020, there were already rumours that Samsung would bring a retractable Galaxy phone to the CES show, so they could show it off to a small group. In the spring of 2021, the South Korean manufacturer also filed various trademark applications that the company could use as a name for these new types of mobile devices, such as the Samsung Galaxy Z Slide and the Galaxy Z Roll. At the moment, it is not known when the first removable Samsung smartphone will be officially released. We may know more in 2022.

Samsung Electronics today unveiled the Galaxy Tab A8, the smallest and most powerful Tab A series gadget to date. The Samsung Galaxy Tab A8 features an outstanding display, power, and performance in a small and light design that’s perfect for learning, entertainment, and communicating.

Everything you’d like to see and do has been improved.

The Galaxy Tab A8 experience begins with the design and usability of the Samsung tablet, which is popular with Tab S series users. It has a 10.5-inch display with a surprisingly narrow bezel and size in its lightweight design. common 16:10. The result is an 80% screen-to-body ratio, which allows for a much more immersive viewing experience than previous tablet models. The Galaxy Tab A8 Quad Speaker with Dolby Atmos offers a rich soundscape whether users are streaming a favourite programme, playing with pals, or video calling family. with unparalleled detail, depth and realism.

Galaxy Tab A8 customers may also enjoy live and on-demand entertainment at their leisure thanks to Samsung TV Plus and over 200 free channels. And for new users, the Galaxy Tab A8 comes with two months of ad-free YouTube Premium to watch your favourite videos seamlessly, in the background and offline.

In addition to its stunning display, the Galaxy Tab A8 brings even more power and performance to the Samsung Tab A series experience. The Galaxy Tab A8’s CPU and GPU have been increased by 10% 3 each to deliver faster, smoother performance without frustrating lag. Additionally, the Galaxy Tab A8 offers multiple tiers of storage options, so users can choose the one that’s right for them – choose from 32GB, 64GB, or, new to the Galaxy Tab A8, 128GB of storage. Take advantage of the expandable microSD card functionality to get up to 1TB of space.4 The Galaxy Tab A8 is now also offered with 3GB or 4GB of RAM.5 A 7,040mAh6 battery with fast charging up to 15W7  means users can stream for hours at a time without worrying about losing power.

Galaxy Buds Bluetooth headphones featuring biometric sensors for health care, including a heart rate monitor and an Sp02 sensor, have been patented by Samsung. In recent years, the popularity of Bluetooth headsets has skyrocketed. Every year, companies like Samsung release at least one, if not two, new sets of earplugs. 

In June of this year, Samsung Electronics filed a patent with the World Intellectual Property Office (WIPO) for an “audio output device to collect biometric data and a method of operation”. The 47-page documentation was released on December 9, 2021, and details how and why Samsung wants to equip its Bluetooth headsets with several biometric sensors. By equipping the headset with a biometric sensor, information about a user’s health can be detected. 

When the headphones are worn, the sensors are placed at the end of the headphones so that they fit into the user’s ear canal. This enables the most accurate measurement. Biometric sensors give the user access to a wide range of health data. A heart rate monitor (HRM sensor) and an oxygen saturation monitor are two biometric sensors (Sp02).In addition, we are talking about a sensor to measure blood pressure, in addition to blood sugar, the state of blood vessels and the level of stress. The measured data is then displayed on a device connected via Bluetooth, such as your smartphone.

Samsung Bluetooth earphones are being used to track health.

However, adding biometric sensors has some drawbacks. Such a sensor creates additional weight, which can come at the expense of comfort. In addition, it is important that the sensor is in good contact with the user’s ear. Since the ear canal differs from person to person, the degree of contact of the sensor with the user’s skin may also vary. Samsung took this into account when determining the location of the sensors. In addition, the patented Samsung Galaxy Buds are equipped with “wear detection”. sensor ‘, capable of detecting whether the headphones are worn. Therefore, biometric sensors will only take action when properly attached to the ear. 

It is not yet known whether Samsung really intends to equip its future Bluetooth earplugs with biometric sensors. it is certainly not unthinkable. Finally, smartphones and connected watches are increasingly equipped with many functions to monitor health. Headphones are often worn during training or other athletic activity. It would be ideal for this target group if the earplugs could also provide health information. Samsung also patented the Galaxy Buds some time ago with a neck strap that allows you to use the headphones underwater while swimming. Speaking of which, the South Korean automaker still has plenty of creative ideas in store for the future.