Qualcomm Snapdragon Game Super Resolution Brings Another Desktop Gaming Feature To Mobile There has been a trend in the last few years of PC game titles becoming more mobile-like and mobile titles becoming more PC-like, so the lines have been blurred quite a bit. We’ve already seen features like ray tracing and variable rate shading migrate from the PC onto mobile platforms like Qualcomm’s Snapdragon.Get more news about https://www.yuntion.com Qualcomm Board Suppliers,you can vist our website! However, one of the unique features of PC titles has been some form of image upscaling that allows the GPU to render the game at a lower resolution and then upscale it to a higher resolution to save on rendering overhead. This feature is commonly known in the PC world as FSR on AMD GPUs, XeSS on Intel GPUs and DLSS on Nvidia GPUs. Important to note: not all of these super-sampling methods are the same. Snapdragon Game Super Resolution (GSR) One of the biggest challenges when it comes to these different upscaling techniques is that there is a sliding scale between performance and quality. Many super sampling techniques usually have a performance, balanced, and quality setting that bridge those three parts of the spectrum between performance and quality. On the PC side, consumers have control of the quality and performance settings depending on personal preferences, and they can even completely turn these features off if they choose to. However, one of the key requirements for enabling such a feature is that the game engine and the developer both need to support and optimize for upscaling to maximize performance and quality. This is because the upscaler is sourcing from a much lower resolution, and many techniques use bilinear interpolation which is a simple way of upscaling using the four nearest pixels to estimate a pixel between them and can be used for both upscaling and downscaling an image. However, because not all types of upscaling work the same, some techniques use multiple render passes or have specific input requirements. Others require specific hardware like tensor cores to accelerate the inference process. Snapdragon GSR is a feature that is part of Qualcomm’s suite of desktop-like gaming features for mobile called Snapdragon Elite Gaming. Qualcomm’s Snapdragon GSR is designed for mobile devices, as such, it uses a single render pass to accomplish its upscaling which yields a lower latency, higher performance solution at lower power. Qualcomm claims it is the first single-pass solution in the mobile and XR gaming market, and says that it is already available for key partners to utilize in their games. As both a mobile gaming and XR technology, Snapdragon GSR can upscale 540p content up to 1080p, 720p content to 1440p (the most common resolution on gaming phones) or even from 1080p to 4K for XR headsets. When applied correctly, this inherently improves the frame rate and power consumption from the GPU because it requires less GPU and memory utilization to render at a lower resolution. This can also result in better battery life or visual fidelity while preserving the same frame rate. Qualcomm says that games that once ran at only 30 frames per second (fps) can now run at 60 fps or higher, which makes a big difference when you consider that most gaming phones have 144-hertz displays and most XR titles are recommended to run at 90 fps or higher. Qualcomm provided the above graph on the Snapdragon 8 Gen 2 to demonstrate its performance uplift in comparison to a competitor’s upscaling solution. Qualcomm says that Snapdragon GSR runs on many different Adreno GPUs, which go as low as the Snapdragon 6 Gen 1. The company also explains that it can run Snapdragon GSR with upscaling and edge sharpening in a single pass, which reduces latency and memory bus usage, thereby reducing power consumption and increasing speed. Qualcomm also says that its technology uses fewer ALU (arithmetic logic unit) instructions and texture samples than its competitors, improving shader processor utilization and yielding lower frame times and less power consumption. Qualcomm is working with a much tighter power budget than many of the competing solutions, so as usual Qualcomm’s power-first approach also yields great performance improvements.

How to wash wool in a washing machine Can I wash wool in a washing machine? The answer is yes. Washing wool is really easy and many wool garments can be machine washed, meaning more time to do the things you enjoy. If your Woolmark-approved garment’s care claim says that you can machine wash your piece of wool clothing, then it means it can safely be machine washed in a washing machine multiple times, without shrinkage taking place.Get more news about https://www.ylzq-tech.com sweater ironing machine,you can vist our website! Wool garments should be washed on the wool setting (usually gentle action at 40°C). If your washing machine does not have a wool cycle, use the cold water wash or wash cycle for delicates. Use a neutral, mild detergent that is preferably Woolmark recommended (look for the Woolmark symbol on the packet). It is recommended that garments are flat dried after washing. You may even notice that your washing machine or tumble dryer has the Woolmark Apparel Care symbol on it, which means that your machine has passed rigorous and independent testing and has been approved by The Woolmark Company. How to hand wash wool clothes If your Woolmark-approved garment’s care claim says Hand Wash Only, never fear. Hand washing wool is really quick and easy. Follow these simple steps and you'll be out of the laundry in no time. Turn your wool garment inside out, then hand wash in clean, lukewarm water, approximately 30°C, using a mild and gentle detergent. Allow to soak for a period of 10 minutes before rinsing thoroughly firstly in lukewarm water, then finally in cold water.

How robotic gamification helped my elementary students love STEM Coding is a necessary skill in today’s world, but it is relatively challenging to master, especially for kids. Its complexity is not necessarily because it is incomprehensible, but because it is a new concept for most students. This is especially the case for students in inner-city schools where technology is inevitably scarce due to systemic factors beyond the students’ control.Get more news about https://www.weeemake.com Coding Robot Agency,you can vist our website! With numerous programming languages available, it can take time to pick a starting point. Educators have found a solution to this problem: gamification. Platforms like CoderZ offer virtual programming services where children can learn code through games. These games make learning code both fun and engaging for kids. Through the CoderZ Robotics curriculum, kids learn to create, manage, and communicate with cyber robots in a virtual setting by inputting code. Block code is used because it is easier for children to understand and execute instead of complex text-based code. Learning is more accessible because virtual robots do not require hardware, space, or other associated costs. I used the CoderZ League platform to help my students develop basic coding skills as they played their way through entertaining bite-sized missions. Once I saw how they possessed both drive and tenacity, they participated in a virtual robotics competition–the Fall 2022 CoderZ League Robotics Competition. The competition involved simple and complex tasks completed by the robot that the students programmed, such as direction of movement and angles of rotation to instruct the robot on how it should move to complete its mission. CoderZ League Robotics is founded on using block-based code and game-missions to engage and teach children about programming. Grounded in STEM, these exercises help kids develop computational thinking and technical ability, which improves their real-world problem-solving skills. Students must adapt to complete further missions and challenges, thereby strengthening their resolve and developing skills they can use beyond the classroom setting. In particular, the CoderZ platform offers a complete curriculum for programming cyber robots. Educators who wish to teach coding can do so even if they are not skilled in programming or robotics. All they have to do is follow the curriculum and learn with their students. However, this is also limiting because educators cannot create new challenges for students to complete. They must stick to what is provided on the platform. Nevertheless, it is an engaging experience that helps introduce children to complex concepts in a fun way.

Five Electronics Component Trends To Watch Rapid advances in the internet of things (IoT), artificial intelligence (AI), wireless technologies, and wireless charging are some of the biggest drivers behind the development of new electronic components in 2022. Coupled with digitalization across most manufacturing sectors with big trends like Industry 4.0, smart cities and health care, green engineering, 5G networks, and autonomous mobility, you have complex challenges around size, power consumption, connectivity, sensor processing, and even ease of implementation. Together, these are driving some of the biggest component trends in the industry.Get more news about https://www.tt-chip.net Brand New Electronic Component,you can vist our website! However, over the next several years, one of the biggest issues that the industry and the world faces is energy consumption, particularly with a growing portfolio of IoT devices. There is also a greater concern for the environment and the need to reduce greenhouse gases, which has put more pressure on the industry to develop new components that address these concerns. Designers face two big challenges in 2022: reducing power consumption and improving efficiency. Here is where you will see three key component trends advancing over the next few years — gallium nitride (GaN) power devices, battery management systems (BMS) for electric vehicles (EVs), and energy harvesting. Other technologies making significant advances are light detection and ranging (LiDAR) sensors for improved safety in advanced driver-assistance systems (ADAS) and autonomous vehicles (AVs) and gas sensors to improve the health and safety of humans.

What Is Rapid Prototyping? Without rapid prototyping, which allows CNC machinists and engineers to transform a scale model into physical, tangible product, Microsoft might not be so excited—or quick—to show off its latest gaming console. “Billed as the most powerful games console ever, it’s set to offer native 4K gaming in the living room,” according to All3DP.Get more news about https://www.tinheo-rp.com Cnc Rapid Prototyping,you can vist our website! Arguably, the road to success might have been longer without the amazing innovation of rapid prototyping. Why is rapid prototyping so critical to brands like Microsoft—and countless other, smaller manufacturers? What does rapid prototyping mean for machinists and engineers? If you ask Tom Chi, the sky is really the limit as rapid prototyping offers fast solutions for a brighter future. The implications for rapid prototyping are potentially just as game-changing (get it?) for entrepreneurs as they are for major corporations like Microsoft, with respect to seriously saving both time and money. So, what is rapid prototyping? Why is there such a push to increasingly integrate it into machining and engineering? Understanding this process is critical to expanding the possibilities of turning our designs into products faster than ever before. Check out the following and envision how rapid prototyping could help transform your business and possibly boost your bottom line. What is Rapid Prototyping? At the risk of oversimplifying a complex process, rapid prototyping is defined as “the speedy creation of a full-scale model. The word prototype comes from the Latin words proto (original) and typus (model).” By creation, we don’t mean the creation in the abstract. Rather, a rapid prototype represents a tangible, hold-in-your-hands, physical creation. There are different types of rapid prototyping, with the current trends following additive manufacturing and 3D printing. However, subtractive rapid prototyping still continues to be a major driver and is often better suited for certain types of projects and product designs. No matter whether you’re doing additive, subtractive or some combination of both, the fact is rapid prototyping allows designers to bring their models to life. “This is often done using sophisticated computer-aided design or other assembly software, and physically implemented using 3-D printers,” as defined by Techopedia. The team at UK-based 3D Creation Lab explains, “3D Rapid prototyping advancements allow for faster and lower cost prototypes and model fabrication by eliminating manpower and expensive tooling which allow companies and inventors to bring their products and designs to market faster than the competition.” Given all the product possibility that rapid prototyping has to offer, one has to assume there is a drawback somewhere. For all the pros, rapid prototyping does present a few cons, not the least of which is the potential to eliminate manpower, thereby reducing the number of jobs available for CNC machinists.

Ford patents magnetic charging connector: MagSafe for EVs? Ford has filed a patent application for a new type of EV charging connector based on a magnetic coupling.Get more news about https://www.smconn.com led magnetic connector supplier,you can vist our website! In the application, which was filed with the United States Patent and Trademark Office (USPTO) November 1, 2022, Ford describes using magnetic attraction to secure a charging connector with a charge port embedded in a vehicle’s bumper. It sounds somewhat like the MagSafe connector you might use to charge your Apple product, but a whole lot bigger. Ford envisions this magnetic charging connector being used with both EVs and plug-in hybrids, and with AC and DC charging stations. It also indicated that the magnetic connector could be installed on vehicles along with conventional charge ports.Lacking a cable, this setup does require maneuvering a vehicle to align with the charging station. To make this less challenging, Ford said in the application that it would design in some degree of articulation to allow a hookup as long as the driver is relatively close to the target. Ford does consider this to be a form of conductive charging, with a physical connection to transmit electricity, as opposed to the inductive charging exemplified by wireless charging systems. As with MagSafe, the magnetic system will help align connectors. Getting rid of the physical connection is attractive, too. The recent Ram Charger inductive charging robot does without it, pressing up against a charging pad once aligned below the vehicle but relying on a magnetic field in between. The General Motors EV1 also used a unique Magne-Charge induction charging paddle. Ford hasn’t confirmed plans to use this novel charging connector in future production vehicles. Among the potential problems are the cosmetic (and parking vulnerability) challenge of integrating the charge port with a vehicle’s bumper. The desire to eliminate the fuss of handling charging cables has led to some interesting ideas, such as the snake-like robotic charger Tesla showed in 2015 and quietly shelved. The automaker now appears more focused on rallying other automakers to use its NACS connector, perhaps as part of a push to win federal money reserved for a national charging network. Aptera has confirmed plans to use the Tesla connector, but the automaker’s pitch doesn’t seem to have generated much interest from other firms.

Air Cushion Machine Market is Booming in Upcoming Period 2030 Air Cushion Machine Market Research Report give analysis of industry development growth opportunities, Trend till 2029. Air Cushion Machine Market detailed analysis of business is mainly cover by Application [Electrical and Electronic Industry, E-retail Industry, Shipping and Logistics Industry, Consumer Goods Industry, Others], by Type [100Cushions Per Minute] Region Forecast to 2030. By providing a detailed analysis of the market landscape, this report equips companies with the information they need to make informed decisions about their business strategies and potential areas of growth. Get more news about https://www.senipack.com Best Price Air Cushion Machine,you can vist our website! The Air Cushion Machines market offers a comprehensive analysis of the industry's driving factors and restraints, utilizing both qualitative and quantitative methodologies. This permits readers and users to access reliable information about the industry. The report is also beneficial for businesses of all sizes in defining their commerce strategies. The report presents statistical data in a simplified manner. The Air Cushion Machine Market Report presents a comprehensive analysis of the leading competitors in the market, incorporating historical data, SWOT analysis, and the latest global developments. The report features a complete table of contents and data, along with an assessment of the market's pre- and post-COVID-19 impact. Its purpose is to provide a detailed overview of the Air Cushion Machine market, including its past performance, current state, and future prospects, with particular attention paid to the effects of the pandemic on the market. Moreover, the report presents a dashboard summary of prominent enterprises, covering their effective marketing tactics, market share, and recent advancements in both past and present contexts. This analysis offers insights into how these leading companies have contributed to the market and achieved success through their marketing strategies.

Electric Vehicle Battery Makers Test a Future Without Lithium A year and a half ago, China’s CATL put on a flashy event to make an announcement significant enough that Zeng Yuqun, the founder and chairman of the world’s biggest battery maker, served as emcee.Get more news about https://www.rknewenergy.com Lithium Battery Pack,you can vist our website! Zeng, who had just passed up Alibaba’s Jack Ma in the Bloomberg Billionaires Index, revealed that CATL was working on battery packs that would use lithium-ion and sodium-ion cells. While sodium is more abundant and offers potential safety benefits over lithium, the latter is dominant in EV batteries. Lithium-ion chemistries offer superior energy density, enabling drivers to travel further between charges. Every year the world runs more and more on batteries. Electric vehicles passed 10% of global vehicle sales in 2022, and they’re on track to reach 30% by the end of this decade. Policies around the world are only going to accelerate this growth: recent climate legislation in the US is pumping billions into battery manufacturing and incentives for EV purchases. The European Union, and several states in the US, passed bans on gas-powered vehicles starting in 2035. The transition will require lots of batteries—and better and cheaper ones. Most EVs today are powered by lithium-ion batteries, a decades-old technology that’s also used in laptops and cell phones. All those years of development have helped push prices down and improve performance, so today’s EVs are approaching the price of gas-powered cars and can go for hundreds of miles between charges. Lithium-ion batteries are also finding new applications, including electricity storage on the grid that can help balance out intermittent renewable power sources like wind and solar. But there is still lots of room for improvement. Academic labs and companies alike are hunting for ways to improve the technology—boosting capacity, speeding charging time, and cutting costs. The goal is even cheaper batteries that will provide cheap storage for the grid and allow EVs to travel far greater distances on a charge. At the same time, concerns about supplies of key battery materials like cobalt and lithium are pushing a search for alternatives to the standard lithium-ion chemistry. In the midst of the soaring demand for EVs and renewable power and an explosion in battery development, one thing is certain: batteries will play a key role in the transition to renewable energy. Here’s what to expect in 2023.

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Pipe cutting machine Than the stationary pipe profile cutting machines from Mueller Opladen are worthwhile having a look at. Visit the website of Mueller Opladen for more information. The range of pipe cutting machines for stationary use that Mueller is offering world-wide to the pipe fabrication market are covering the pipe diameter range from 2 “to 160” or in millimeters 50 mm to 4064 mm. Go to the overview webpage for different machines series for pipe profile cutting.Get more news about https://www.nbjkkj.com china profile pipe cutting machine,you can vist our website! Please watch this video of the MO-Classic pipe cutting machine in operation while cutting a profile. With the MO-Classic machine series we also have the extra option to equip the standard CNC pipe cutting machine with extra modules to perform profiling cutting on box sections, square workpieces, square profiles and rectangular pipe. The above drawing is showing the MO-Classic automatic pipe cutting machine , you could see the round pipe being clamped in the rotatable clamping set and the pipe is put on the pipe carriages in order to rotate it while the 3D robotic arm is profile cutting the pipe. Next to that you see the module for square pipe and box sections, it is rotated in the a different specially designed mechanism that has to be purchased as an option based on the standard pipe cutting machine base machine. The machines that Mueller Opladen manufactures are built based on an enormous experience in manufacturing and engineering CNC pipe profiling machines, the first machine was manufactured in 1953. That first stationary pipe cutting machine was equipped with oxy-fuel cutting as the process of pipe cutting. Later on plasma cutting was also part of the options that Mueller Opladen was offering worldwide to their clients that required a CNC pipe cutting machine that cuts with thermal cutting process. Mueller is selling world-wide many CNC pipe cutting machines with thermal cutting solutions, still oxy-fuel cutting is a very propular cutting process to use during the profile cutting of pipes and other metal workpieces. In our pipe cutting machines we mostly offer propane cutting or acetylene cutting if an oxy-fuel cutting is preferred. The pipe cutter machines that we offer are related to CNC pipe profile cutting machines with thermal cutting process such as oxy-fuel cutting and plasma cutting. Basically there is on the stationary pipe cutter for profile cutting a horizontal slide and a vertical column that slide along this horizontal slide. This vertical column has the robotic arm with cutting torches on it for 3D pipe cutting.If you watch this video you see the stationary pipe cutter in operation. The machines is fully CNC controlled that means that you control the machine from an operator panel. Optionally you could upload CAD files to the machine to enable to machine to profile cut all the required reliefs, shapes and contours that are requested. visit the website of the MO-Compact machine serie for a CNC pipe cutter that is able to profile cut all your 3D shapes with the 6 axis thermal cutting options that we offer in this machine both for plasma cutting and oxy-fuel cutting.