I'm an enthusiastic supporter of "smart" technology and innovation. This grabs my interest in writing about everything the technology sector has to offer.
Samsung revealed today in a webinar sponsored by TECNO Mobile that it is developing its first ISOCELL camera with an RGBW colour filter design. Its new camera sensor is known as ISOCELL GWB, and it boasts a resolution of 64 MP rather than 50 MP, contrary to prior rumours.
Samsung ISOCELL GWB was launched by Samsung Electronics China’s vice president and director of R&D, who described it as “the image sensor closest to the human eye.” The sensor’s sensitivity to light is improved by including a white pixel in the RGB colour filter model. Even in low-light situations, this clever sub-pixel layout allows for brighter photographs and higher colour fidelity while shooting shots.
It’s possible that the ISOCELL GWB will appear on a TECNO Mobile phone.
Samsung developed the ISOCELL GWB sensor in collaboration with Chinese smartphone manufacturer TECNO Mobile. This partnership indicates that ISOCELL GWB will debut on an upcoming TECNO smartphone next year. However, it might not remain exclusive to the aforementioned Chinese brand, and other Samsung customers could benefit from this technological leap very soon.
Either way, the ISOCELL GWB doesn’t match the preliminary Galaxy S22 series camera setup descriptions, so it won’t make its Galaxy Unpacked debut in February. The standard and S22 Plus models are expected to have 50MP primary sensors, while the Galaxy S22 Ultra is reportedly using a 108MP primary shooter. There’s a chance the ISOCELL GWB isn’t the only RGBW sensor Samsung has worked on, and maybe a 50MP RGBW solution could even arrive next year if the rumours are correct soon. Either way, we can be sure that the 64MP ISOCELL GWB won’t be the last RGBW sensor to come out of Samsung’s RandD Labs, even though it will apparently be the first to hit the market next year.
Most of you may recall Giuseppe Spinelli’s exclusive PlayStation 5 game, Spiderman Miles Morales, alias Snoreyn. Before the PS5’s official debut a year ago, the creative Italian graphic designer produced a stunning limited-edition PS5 system idea for LetsGoDigital, based exclusively on the exclusive title Spiderman: Miles Morales.
This new DualSense controller is likewise well-designed, with a lovely shiny red spider web. This feedback has been very positive, with many people expressing optimism that Giuseppe’s concept will become a reality. The graphic designer and die-hard player were motivated to create his concept. The DualSense controller has been converted into a gorgeous unique Spiderman edition thanks to the collaboration with Italian airbrush artist Enrico Bertagnoli, nicknamed Berta.
Spider-Man PS5 DualSense Edition by Sony
The Italian duo attempted to create the controller as close to the original footage as feasible. Over the last month, the LetsGoDigital editorial team has been able to spend several hours playing with this unusual controller. It’s so much fun to play with this controller. The gamepad is adorned with a gleaming spider web. It’s really constructed of dark chrome red, which reflects the light nicely. It has a luxurious and whimsical feel about it, and it’s similar to Miles’ clothing.
Morales, The black gaming controller’s touchpad has the iconic “Be Yourself” tagline. Red components have also been added around and surrounding the buttons, giving the DualSense controller its unique individuality. Bert even managed to paint the light bulb, which when switched on displays a variety of colour combinations. When charging, this red glow is apparent as well.
The back of the controller was not visible in the video. In fact, you can see a beautiful spider here with a dull grey colour scheme. This DualSense controller has a very high-end look and feels, which offers even more gaming pleasure. A passionate project is born, it shows and feels. Noreyn and Berta pursued an incredibly high level of detail. From design to implementation. It is not really visible that this controller has been modified by hand. It takes many hours of hard work, but when you look at the result, it is worth it. Using only high-quality paint, the custom design continues to look good even after many hours of playing. Snoreyn also made a new video, with live images of the controller, as shown above. There is also a grouping box that is fully designed according to the original DualSense box guidelines.
Those hoping to get their hands on the fantastic Galaxy Tab S8 Ultra will need to keep their fingers on the trigger at all times since Samsung will only make a limited number of them. Meanwhile, here are some drawings of the three tablets that famed leaker @Evleaks purchased.
Samsung Galaxy Tab S8 and Galaxy Tab S8 Plus have a striking resemblance in terms of style. These both have a selfie camera that is landscape-oriented and uses very visible glasses. Those two selfie camera sensors are housed in an iPhone / MacBook-style notch on the Galaxy Tab S8 Ultra. However, there is a compelling motive to be around.
We previously learned that all three Galaxy Tab S8 variants may be available in two versions, one powered by the Exynos 2200 and the other powered by the Snapdragon 8 Gen 1. It’s hard to say which market will get which variant. , but we can assume it’s similar to how Samsung plans to split the Galaxy S22 series.
The arrival of a Made by Google family wristwatch seems unavoidable, but progress has been glacial. Following the confirmation last week by two reputable sources of the existence of a linked watch made by Google, potentially referred to as the Pixel Watch, several supposed official drawings of the smartwatch have surfaced.
Last week’s report on the smartwatch did not include the so-called “Pixel Watch,” which was widely described as a circular wearable without a “physical bezel.” However, YouTuber Jon Prosser, who first reported on the device in April, has now shared graphics reportedly created by Google. Although Prosser says they are “official marketing visuals,” these renderings look to be design conceptions. If these renderings are what we believe they are, some of the design discrepancies noticed in the photographs below might be explained. These discrepancies are also a strong reason to treat them with care, since they may not accurately reflect the final output.
It is implied that these renderings are the same ones used to create recreated images of the smartwatch in April, which would mean these images are eight months old at this point. In turn, there is a good chance that the design or some specific details are no longer quite precise.
To support this theory, an image showing Google Maps, but with a slightly different design than the one, Google has since released on Wear OS 3 on the Galaxy Watch 4. In alleged renderings, the product is referred to as “Google Pixel Watch And there’s a “Buy” button that would be online with the Google Store. The product is described as “round” and “bezel-less” and as a device that transports “the unit between hardware and software.
A render also shows a user interface for heart rate data. While reporting this week mentioned that Google was working on Fitbit Integration for this product, these seemingly older renderings still seem to represent Google Fit. One of the dial complications shows two rings, aligned with Fit’s M where the minutes and heart points.
According to current sources, the “Pixel Watch” will be released in 2022, maybe as early as Spring. To compete with the Apple Watch, the device’s price is projected to be on the upper end.
Samsung Galaxy S21 FE, a long-awaited Samsung smartphone, will be unveiled at the Consumer Electronics Show (CES) 2022 next month. As the launch date approaches, we discover more about the phone, albeit much of the essential information has already been released.
The official Samsung Galaxy S21 FE renders surfaced online in the latest leak, as the support page for the new smartphone was updated on Samsung’s official UAE website. The business has also featured three more Galaxy S21 FE related goods on the website, all of which are official cases. They’re identical to the Clear View Cover, Silicone Cover, and Transparent Standing Cover that the South Korean manufacturer has sold for most of its high-end phones.
The renderings show a design that has now become familiar. There is a hole on the front panel to accommodate the selfie camera where there is a set of three camera sensors on the back in the upper left corner, just like the original Galaxy S21. While the smartphone will launch in January, it is believed to have a soft launch rather than a dedicated special event. Additionally, the initial supply is expected to be low due to the current chip shortage.
A recent report revealed that the Samsung Galaxy S21 FE could launch in India around the same time as the global launch, which is in January 2022. In India, the phone is expected to be available in four colours: white, black, pink. and green.
Based on rumours and rumours so far, the phone has a 6.4-inch Full HD + display with a 120Hz refresh rate. It will be powered by the company’s Qualcomm Snapdragon 888 chipset or the company’s Exynos 2100 chipsets, depending on the model region. It comes in two memory variants: 8 GB of RAM with 128 GB of internal storage and 8 GB of RAM with 256 GB of internal storage. It will be powered by a 4,380mAh battery and support 25W fast charging technology.
It will likely ship with the Android 11 operating system and the Samsung OneUI 3.1 custom skin. As for the camera department, the device will have a 64 MP main sensor, combined with a 12 MP ultra-wide-angle lens and a 2 MP depth sensor. The phone could accommodate a 32MP snapper for selfies and video chat.
Over the last several decades, the reduction of intensity sensors has made cameras widespread in a variety of applications, including medical imaging, mobile smartphones, security, robotics, and autonomous driving. Smaller order-of-magnitude imagers, on the other hand, might open up a slew of new possibilities in nanorobotics, in vivo imaging, AR/VR, and health monitoring.
Although there are sensors with sub-micron pixels, the basic limits of traditional optics have prevented further downsizing. Traditional imaging systems use a cascade of refractive elements to compensate for aberrations, and the camera’s footprint is limited by these large lenses. Another major stumbling block is the challenge of shortening the focal length without increasing chromatic aberrations. To overcome this gap, we’re turning to computationally developed metasurface optics (meta-optics) to provide ultra-compact cameras that might offer new capabilities in endoscopy, brain imaging, or as a “powder.”Ultra-thin meta-optics uses shorter wavelength nanoantennas to modulate incident light with greater design freedom and greater spatial bandwidth than conventional diffractive optical elements (DOE) 1,2,3,4.
Additionally, the rich modal characteristics of meta-optical diffusers can support multifunctional capabilities beyond what traditional DOEs can do (eg, polarization, frequency, and angular multiplexing). Meta-optics can be fabricated using widely available integrated circuit foundry techniques, such as deep ultraviolet lithography (DUV), without multiple steps of etching, diamond turning, or grayscale lithography, such as those used in polymer-based DOEs or in binary optics. Because of these advantages, researchers have exploited the potential of meta-optics to construct flat optics for imaging5,6,7, polarization contro8, and holography9.
Existing metasurfaces imaging methods, however, suffer from an order of magnitude greater reconstruction error than that obtainable with refractive composite lenses due to severe wavelength-dependent aberrations that result. discontinuities in their allocated phase 2,5,10,11,12,13,14,15,16.Dispersion engineering aims to mitigate this by taking advantage of group delay and group delay dispersion to focus broadband light 15,16,17,18,19,20,21, however, this technique is primarily limited to aperture designs of ~ 10s of micron22. Therefore, existing approaches have not been able to increase the achievable aperture size without significantly reducing the numerical aperture or the range of wavelengths supported.
Other solutions tried are sufficient only for discrete wavelengths or narrowband illumination11,12,13,14,23 Metasurfaces also exhibit strong geometric aberrations which have limited their utility for wide-field imaging. vision (FOV) Approaches that support a large FOV typically rely on small entry apertures that limit light collection24 or use multiple metasurfaces11, greatly increasing the complexity of fabrication.
Outcome
Model of a differentiable metasurface proxy
The proposed differentiable metasurface imaging model (Fig.1e) consists of three sequential steps using differentiable tensor operations: metasurface phase determination, PSF simulation and convolution, and sensor noise. In our model, the polynomial coefficients which determine the phase of the metasurface are optimizable variables, while the experimentally calibrated parameters characterize the reading of the sensor and the distance from the metasurface of the sensor are fixed. Our ultra-thin meta-optics learned as shown in (a) has a thickness and diameter of 500 m, allowing the design of a miniature camera. The optics produced are illustrated in (b). A zoom is shown in (c) and the dimensions of the nano post are shown in (d). Our end-to-end imaging pipeline illustrated in e is composed of the proposed efficient metasurface imaging model and feature-based deconvolution algorithm. From the optimizable phase profile, our differentiable model produces spatially varying PSFs, which are then patch convolved with the image input to form the sensor metric. The sensor reading is then deconvoluted using our algorithm to produce the final image. The above illustrations “MetaOptic” and “Sensor” in (e) were created by the authors using Adobe Illustrator.
A new stylish cover for your Galaxy Buds wireless headphones has been announced by Samsung USA. The beautiful cover matches the Samsung Galaxy Z Flip 3 foldable phone’s appearance.
This is why the new case is dubbed the “Galaxy Buds Z Flip 3 case” by Samsung. This optional item was previously only available in Korea, but it is now accessible in the United States as well. It’s unclear whether Samsung will offer this case in Europe anytime soon. The Galaxy Buds Z Flip 3 case is composed of scratch- and impact-resistant polycarbonate. The protective cover is compatible with the Galaxy Buds, Buds 2, Buds Pro, and Buds Live wireless headphones from Samsung.
Z Flip 3 design on Samsung Galaxy Buds cover
The protective case is clearly inspired by the Samsung Z Flip 3. Samsung has chosen to incorporate the same cover screen and the same dual-camera setup into the design of the Galaxy Buds case. Obviously, the screen and the camera don’t really work. You are unique with this accessory, it is a beautiful thing to show. The Galaxy Buds case costs US $ 35 in the US and can be orderedin a range of different colors: black, cream, green, and lavender. Therefore, the colors match the Z Flip 3 perfectly – available in the same colors.
Are you always looking for new earplugs? Galaxy Buds Pro are the most advanced headphones from Samsung, with smart ANC technology, more connectivity options and better call quality. The Galaxy Buds 2 are the latest Plus, they also feature Active Noise Canceling technology. With a suggested retail price of € 150, these wireless Bluetooth headphones are much more affordable than the Pro variant, marketed for € 230. Both models can now be found cheaper online. As for the Z Flip3, it is Samsung’s latest flip phone. The device is available from August of this year at an attractive retail price of € 1,050 (128 GB).
As the year comes to an end, Samsung is getting up to finish strong! Samsung Galaxy A73, the newest addition to the company’s line of affordable A-series handsets, will be released soon.
Zoutons provides you with an exclusive first look at the design and features of the Samsung Galaxy A73 with 5K rendering and 360-degree video, thanks to cooperation with OnLeaks.
Launch of the Samsung Galaxy A73 | Expected Dates, Price, And Design
The launch of the Galaxy A73 will allow Samsung to take its range of budget smartphones to the next level. The smartphone series is expected to hit the markets at the end of December 2021, with a retail price of around Rs. 32,999.
This launch will put Samsung in direct competition with upcoming smartphones such as the OnePlus 10, Redmi Note 11 Pro, etc. According to renderings shared by OnLeaks, the Samsung Galaxy A73 sports a similar design and punch-hole display to its predecessor, the Galaxy A72.
The smartphone is equipped with a 6.7-inch immersive screen with 1080 x 2400 pixels. The renderings also reveal a 108MP quad rear camera. It is assumed that the device comes with Android 12 out of the box and works with the Snapdragon 750G chipset.
The Snapdragon G3x Gen 1 Gaming Platform brings together all of the Snapdragon Elite Gaming Technologies to establish a powerful new gaming device category. The Snapdragon G3x provides a genuinely cross-platform experience by supporting the games you already like. This is the best spot to play all of your games, from nearly anywhere. Battle every adversary, complete every quest, and level up your skills.
It has a USB-C connector for tethering to a mixed reality headset or output to a 4K monitor. For higher speeds, the platform supports Wi-Fi 6, 6E, and 5G sub-6 GHz and mmWave connection. Snapdragon Sound is also included, which is aimed to increase audio quality.
There is currently no information on which other manufacturers will release devices based on the new Snapdragon G3x Gen 1 Gaming Platform. Qualcomm’s Micah Knapp said the business is now concentrating on the developer community, with OEMs responsible for a device launch.
In addition to handheld consoles, Qualcomm sees this chipset used for micro consoles, set-top boxes, and even smart TV dongles. The SDK supports DisplayPort over USBC so that it can be sent to a 4K TV. The USBC port can also be used to power AR / VR accessories. Think of a lightweight headset that’s just a screen, while a G3x device fits in your pocket and provides all the computing power for a portable AR / VR experience.
over half of all gaming revenue – that means mobile games will bring in around $ 90 billion this year. And Qualcommis a huge fan of mobile games on smartphones but believes the time has come to create a dedicated platform for a portable experience. There have been many portable consoles in the past and recently, but only one has seen real success. But then the Switch is a huge hit, so handheld consoles could become a major new platform for smartphone makers.
More gaming options in more locations
Take advantage of the Snapdragon G3x’s power while enjoying the unrivalled flexibility of 5G. You may now broadcast your favourite PC and Android games from a wider range of locations.
Amazing graphics
All of your games will sparkle thanks to the Snapdragon G3x’s capabilities for up to 4K resolution and 144 frames per second. Furthermore, True 10-bit HDR allows for up to a billion hues of rich colour in games.
Graphics of the highest quality
Graphics that are both high-end and authentic enthral at every turn. The Qualcomm® AdrenoTM GPU provides immersive visuals and upgradable drivers for top-tier gaming performance.
🎮Cellular Modem-RF: Qualcomm Game Color Plus, Qualcomm Game Quick Touch, and Qualcomm Game Smoother are performance enhancement technologies. 5G mmWave and sub-6 GHz cellular technology
🎮Wi-Fi: Qualcomm FastConnectTM Wi-Fi/Bluetooth System Wi-Fi 6E is the industry standard.
🎮Bluetooth: Qualcomm FastConnectTM Wi-Fi/Bluetooth System Snapdragon SoundTM technology suite (Bluetooth).
