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GameAnalytics now available for Tizen


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GameAnalytics is a powerful and flexible free analytics tool, that provides you with rich insights into your player’s behaviour. Improve everything from retention to monetization and add industry context by benchmarking your games’ performance against 5800+ others.

The latest SDK from GameAnalytics brings this popular platform to Tizen devices. You can find more information about this update on the GameAnalytics blog: Free Analytics for Tizen Games (Release Notes)

 

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    • By STF News
      The quality of graphics and sound in games is improving all the time. Therefore, to ensure they can enjoy games to their fullest, gamers must ensure they are playing on high-specification equipment that is capable of delivering a premium gaming experience.
       
      Amid this climate, Samsung has launched its Odyssey Neo G9 gaming monitor, which is specifically designed for gamers who want to enjoy a high-resolution, smooth gaming experience devoid of delays. Launched in 2020, the Odyssey Neo G9’s predecessor the Odyssey G9 was the first-ever 1000R curvature gaming monitor and set a new standard with its outstanding, quantum-technology-enabled image quality.
       
      Samsung Newsroom unboxed and reviewed the Samsung Odyssey Neo G9 to get a better sense of how the monitor is enriching gaming experiences.
       
       
      Easy Installation With a Sturdy Stand and Expanded Connectivity

       

       
      After you open the package and remove each of the components, it becomes clear just how easy it is to install the Odyssey Neo G9. In addition to the 123.8cm-wide, 32:9 ultra-widescreen monitor with its circular core that glows during gameplay, the package contains a sturdy stand that provides a solid base and cables that facilitate easy connection to a variety of external devices.
       
      * When assembling the monitor, please refer to the user manual that comes with the product.
       
      For quick and simple installation, first screw the stand into the center back of the monitor while it is still in its packaging. Then, attach the core lighting component that is divided into two halves by joining them at the joint and twisting them in. The stand is easy to assemble and disassemble due to its cradle form, while the height, tilt and rotation of the monitor can be adjusted to ensure an optimal gameplay position.
       

       
      These days, users game on desktops, laptops, and consoles. To ensure that all these types of gamers are taken into consideration, the Odyssey Neo G9 features a range of different ports to facilitate connection to a host of devices. With two HDMI 2.1 ports, along with DisplayPort 1.4 and USB 3.0 ports on the back of the monitor, users can connect a range of different devices to their monitor and game on the big screen. Another strength of the Odyssey Neo G9 is its ‘Auto Source Switch+’ feature, which allows the monitor to switch input sources automatically when another device is connected.
       
       
      Quantum Matrix and Quantum HDR 2000: The Secrets to Detailed, Lifelike Resolution

       
      The 1000R curvature of the Odyssey Neo G9 is close to the visual field of humans, allowing the display to completely fill the user’s peripheral vision. What’s more, the monitor’s dual QHD display and 5,120×1,440 resolution enable detailed images to fill the user’s visual field, drawing them more deeply into the scenes being displayed.
       

       
      The secret to the Odyssey Neo G9’s outstanding resolution is Quantum Matrix technology. With the introduction of finer light sources, the number of local dimming zones in the screen has been increased to 2,048. What’s more, the monitor’s contrast can now be adjusted to a much finer degree, with 4,096 different contrast levels available to help bring out the unique characteristics of both bright and dark tones.
       

       
      HDR technology, which expands the brightest and darkest points of the brightness spectrum, has been recognized as the next-generation standard for displaying images. With its Quantum HDR 2000 technology, the Odyssey Neo G9 can vividly reproduce scenes with sharp differences in brightness, like those featuring explosions. This technology enables brightness of up to 2,000 nits, which is two times greater than that of existing monitors such as the previous Odyssey G9 model.
       

       
      The static contrast ratio of the Odyssey Neo G9 is 1,000,000:1, which means its high performance stands out even more when it displays images with sharp differences in brightness. By expressing dark colors more deeply and bright ones more brightly, the monitor is able to establish dimensional contrast.
       
       
      Taking Every Experience to New Heights of Immersion With Core Sync

       
      Another advantage of the Odyssey Neo G9 series is the way the monitor’s aesthetics allow users to create their own special gaming atmosphere. Just like the previous model, the Odyssey G9, the Odyssey Neo G9 comes with core lighting on the back of the monitor, which further establishes a captivating gaming environment.
       

       
      The monitor’s Infinity Lighting, which emits a blue light when the monitor is turned on, has evolved in the Odyssey Neo G9 thanks to the new ‘Core Sync’ feature. Core Sync automatically analyzes the color at the center of the screen and radiates lighting of the same color from the back of the screen. This feature can be turned on by navigating to the ‘Infinity Core Lighting’ menu in the monitor settings and enabling ‘Lighting’ and ‘Core Sync.’ Thus, whether the gamer is exploring deep waters or a dark forest, the Odyssey Neo G9 deepens their immersion by providing ambient light of a similar hue to blur the boundaries between the game and reality.
       
      The monitor’s Infinity Core Lighting includes a number of other dynamic features too. From ‘Lighting Effect’, which sets the lighting to a single color, to ‘Rainbow’, which makes the core switch colors at intervals, this feature allows gamers to enhance their experience however they see fit.
       

       
       
      High Refresh Rate for Smooth Gameplay and Minimal Input Lag
      While having fast reactions is crucially important while gaming, reacting quickly proves useless when the commands entered aren’t reflected instantaneously in the game. The Odyssey Neo G9 is equipped with a number of useful features to help ensure that the ability to react quickly will put users on the road to victory.
       

       
      The time it takes for a signal that is entered using a mouse or a keyboard to be reflected on the screen is called input lag. With its ‘Low Input Lag’ feature, the Odyssey Neo G9 shortens the time it takes for commands to be processed and delivers smooth gameplay. The addition of the ‘AMD FreeSync Premium Pro’ and ‘NVIDIA G-Sync Compatible’ features have also allowed the GPU and panel to be synced up in the Odyssey Neo G9. By minimizing interruptions and distortion, the monitor allows users to enjoy smooth visuals even when playing a game with swift camera movements.
       

       
      The display capabilities of the monitor are also important when it comes to enjoying a game with high-level graphics to its fullest. One of the main criteria for evaluating display capabilities is refresh rate, which represents the number of images being displayed per second. With a high refresh rate of 240Hz, the Odyssey Neo G9 is capable of seamlessly displaying even action-packed games with highly detailed graphics.
       
      The time it takes for a video signal sent from the graphics card to reach the display is called response time. The response time of the Odyssey Neo G9 is 1ms,1 which means it can display signals sent from the graphics card in just 0.001 seconds. This allows gamers to enjoy clear visuals free of stuttering and choppiness. The monitor’s 1ms response time comes in especially handy when playing FPS or racing games that require swift camera movements.
       

       
      A high performance and deeply immersive monitor, the Odyssey Neo G9 helps you transform your space into the ultimate gaming environment. For users striving to reach the very top of their respective gaming universes, this visually stunning gaming monitor is a must-have.
       
       
      * Some of images shown in this article are simulated.
       
      1 Based on Gray to Gray industry standard measurement.

      View the full article
    • By STF News
      ▲ (From left) Mingyo Oh, Haekwang Park and Shinhye Choi, at Samsung Electronics’ Visual Display Business behind Premium Soundbar, the HW-Q950A
       
      With the increasing popularity of large screen televisions and the continued addition of further OTT (over-the-top) services, more users are looking to establish a theater-like experience in their homes. On top of that, social distancing measures have required people to go out less, stoking their desire to enjoy premium visual and audio experiences from home.
       
      Full, clear and deep sound plays a crucial role in ensuring that content is delivered as it was originally intended. Paving the way for new audio experiences, Samsung Electronics introduced its high-end soundbar models, the HW-Q950A and HW-Q900A, in May of this year. The new premium models take sound quality to the next level with up to 16 channels and a host of enhanced functions that bring even greater satisfaction to users. Samsung Newsroom met with the product experts of the 2021 soundbar models to find out the secret behind their powerful and precise sound.
       
       
      11.1.4-Channel Surround Sound That Fills the Entire Room
      ▲ Haekwang Park, Principal Engineer at the Sound Device Lab, Samsung’s Visual Display Business
       
      Thanks to our ever-evolving content culture, sound is getting richer, fuller and more expressive. The days of one-directional (mono) sound are long gone as we have ushered in the era of multi-directional channels that allow sound to fill up the surrounding space. “Sound is becoming increasingly important as people nowadays watch a wide variety of programs that place more emphasis on audio quality, such as music shows and films,” says Haekwang Park, Principal Engineer from the Sound lab at Samsung’s Visual Display Business.
       
      To live up to consumers’ heightened expectations, Samsung has spared no effort in developing high-quality soundbar products that deliver very realistic sound. In 2016, Samsung brought its first 5.1.4-channel soundbar model to market. This soundbar was equipped with left, right and middle channels, two rear channels, a subwoofer and four upward-firing speakers, and delivered immersive, three-dimensional surround sound. More channels were added to later models, including a surround channel on the side of the soundbar and a wide surround channel to deliver sound from the front and sides. In 2020, Samsung introduced a 9.1.4-channel model.
       

       
      In 2021, Samsung went a step further with its latest 11.1.4-channel model, the HW-Q950A, which features two rear surround channels. Product planner Mingyo Oh explained that, “The newly added channels are located on the sides of the rear surround speakers. They add liveliness to dynamic scenes involving things like airplanes in flight and car chases by allowing the sound to hit the side walls before it bounces back to where the audience is positioned.” The premium soundbar delivers an outstanding audio experience by filling previously quiet moments with powerful, immersive sound.
       
      ▲ Mingyo Oh from the Product Planning Group at Samsung’s Visual Display Business
       
       
      Delivering Sound Exactly as Intended With Advanced Rendering and Waveguide Techniques
      A channel is a passage for sound that dictates which direction it travels. This is why having a higher number of channels provides better, smoother sound. It usually requires costly equipments to offer 11.1.4-channel sound, but Samsung’s HW-Q950A is able to provide a breathtaking 3D surround sound experience with only four speakers thanks to its unparalleled rendering and waveguide techniques.
       
      Rendering is the process of creating a way for the audio output to deliver sound exactly as the artist intended. The Samsung developers made it possible to deliver an optimal acoustic experience with the soundbar system by tapping into its cutting-edge rendering technology. “To provide the most natural audio experience to users, we have carefully designed our products to deliver sound seamlessly. The HW-Q950A soundbar delivers sound that is reflected in various directions and arrives at users’ ears at the optimal angle,” related Shinhye Choi.
       
      ▲ Shinhye Choi from the Global Product Marketing Group at Samsung’s Visual Display Business
       
      An advanced waveguide technique is also indispensable when it comes to delivering next-level sound. A multi-channel speaker emits sound in multiple directions, and the waveguide technique allows components in the speaker to deliver sound in the direction intended by the developer. Haekwang Park reported that, “Top-tier experts at the Visual Display Business’s Sound Lab and Samsung Audio Lab in California came together to design the parts that went into the speakers. Our soundbar models are meticulously constructed to deliver world-class sound performance.”
       
       
      How SpaceFit Sound+ and Q-Symphony Further Elevate the Viewing Experience
      Usually, most of the sound emitted by speakers hits walls or curtains before reaching the audience’s ears. This explains why the same sound is heard differently depending on the dimensions and layout of the viewing environment. Samsung’s HW-Q950A soundbar and 2021 TV models deliver stunning sound that tunes into users’ viewing environments by analyzing the dimensions of the space they’re in using SpaceFit Sound+.
       
      SpaceFit Sound+ combines SpaceFit Sound technology, which delivers optimized audio, and Auto EQ (auto equalizer) technology. Together, the SpaceFit Sound and Auto EQ solutions use embedded microphones to thoroughly survey the viewing space, and then feed that data to the soundbar to enable it to deliver a tailored sound experience.
       
      But the collaboration between the Samsung TV and the soundbar does not stop there. Samsung’s innovative, proprietary Q-Symphony technology additionally combines and enhances the sound generated by the TV and soundbar to guarantee optimal sound quality. Normally, when you connect a soundbar to your TV, the sound is emitted only from the soundbar. What’s more, some technical issues involving out-of-sync sound and tone disparities between the two devices had been observed. Q-Symphony overcomes these issues by incorporating a stereoscopic sound effect that allows sound to play through the speakers that wrap around the TV in addition to through the soundbar, providing richer and more realistic sound compared to when sound is produced through the soundbar alone.
       

       
       
      Combining Truly Rich Sound With Highly Convenient Functionality
      As with other models, Samsung has placed great emphasis on creating a new level of acoustic immersion with the HW-Q950A. But that doesn’t mean it can’t also include a host of convenient features. To begin with, the Active Voice Amplifier (AVA) feature clarifies dialogue in the viewer’s favorite shows to help them hear on-screen conversations clearly amid a variety of background noises. With an embedded microphone, the soundbar automatically measures noise levels and enhances voices if the noise continues for more than three seconds or surpasses a certain threshold.
       
      And the HW-Q950A optimizes sound for different types of scenes, such as those with loud sound effects and dialogue-heavy scenes. For instance, the Adaptive Sound feature analyzes sound signals to deliver an optimal sound experience for each scene. Moreover, Game Mode Pro delivers a powerful, immersive gaming experience with subwoofers and upward-firing speakers. The Tap Sound feature also enables users to simply tap their smartphones on the soundbar when listening to a song to take their listening experience to the next level.
       

       
      The motto of Samsung’s soundbar developers is to get the basics right when it comes to sound. “We are working our hardest to deliver sound of the highest quality,” the developers related. “We do this by collaborating closely with groups of experts and employing Samsung’s advanced measuring and simulation techniques to set clear standards for what we define as ‘optimal’ sound.”
       
      The developers’ ultimate goal is to deliver a best-in-class acoustic experience to users regardless of the type of content they’re consuming, or the specific features of their viewing environment. Let’s keep our fingers crossed that they make this dream a reality.
      View the full article
    • By STF News
      On a rainy night, a family gathers in their living room to watch a horror movie. Snuggling up together under a big blanket, they push the sofa closer to the TV to maximize the spooky vibes. What else could they do to take their immersion to the next level?
       
      Samsung Electronics exquisitely refined its Neo QLED 8K lineup’s sound system to allow users to take full advantage of their large TV’s audio quality. The flagship displays were designed to analyze both the size of the space where they sit and how they’ve been installed in order to calibrate sound to its optimal settings. The TVs use that information to pump out realistic, object-tracking sound through their eight total speakers. When applied to our ‘family movie night’ scenario above, the TV’s speakers would compensate for when the family’s thick blanket absorbed the tones of mid-to-high registers, and evenly distribute three-dimensional sound from the corners to the center when the family sat closer to the screen.
       
      To learn more about how Samsung’s newest TVs customize sound based on where users place their screen, and how sound has evolved as tool for fostering immersive home entertainment, Samsung Newsroom sat down with some of the developers behind the displays.
       
      ▲ (From left) Engineers Jongbae Kim, Sungjoo Kim and Sunmin Kim of Samsung Electronics’ Visual Display Business.
       
       
      SpaceFit Does Spatial Analysis Daily to Optimize Sound Settings
      Today, with more users watching TV in more places, including living rooms, workrooms, bedrooms, terraces and more, both sitting up and lying down, and at different times of the day, our viewing habits are changing. Now, more users are customizing their viewing experience based on their living environment. With this in mind, the developers focused on creating technology that would automatically analyze users’ viewing environments to ensure that they’re always enjoying the best possible sound. The result is SpaceFit, a feature that automatically checks for changes in your living space once a day and calibrates sound settings accordingly.
       

       
      Here’s how it works. First, a built-in microphone identifies elements that can affect sound, such as curtains, carpets and walls. Suppose the TV is placed in a user’s living room, which features a carpet that we can assume absorbs mid-to-high range sound. In this case, SpaceFit would optimize sound settings to raise the mid-to-high range sound accordingly and automatically. It works the same regardless of whether stands, wall hangings and other elements are changed. If the TV were to be moved closer to the wall, then the space behind it would become narrower, which could affect low frequency sounds. SpaceFit allows the TV to notice this change and adjust its settings in advance to produce clearer sound.
       

       
      The key point to remember is that all of these processes occur automatically. As Engineer Sunmin Kim explained, “SpaceFit is an automated function that does not require that users press a button, and the device won’t send out a ‘testing’ sound. By simply turning it on or off, the TV will analyze the environment based on the sound of the content that the user actually consumes. So all you need to do is just enjoying what is being played on screen.”
       
      This industry-first technology was made possible thanks to innovations that were based on a myriad of data and AI technologies. From sound-absorbing areas, such as what are referred to in sound engineering as ‘dead rooms,’ to acoustically reflective spaces, the team considered both extremes in terms of viewing environments.
       
      “Since there were so many variables to consider, we built up a sufficiently wide learning database and analyzed it using machine learning technology. That’s where the AI technologies that Samsung developed kicked in,” said Sunmin Kim, who also noted that the feature “can cover almost any typical space in which a TV may be placed.”
       
       
      OTS Pro Uses Eight Speakers to Produce 3D Sound From All Corners of the Screen
      Content is beginning to make use of a wider range of sound channels, and users’ preferred ways of enjoying that content are also changing. As home entertainment expands and both wide screens and multi-channel sources with immersive formats like films become more popular, it’s becoming commonplace for multiple people to enjoy the same content together. The key here is to widen the ‘sweet spot’ – the location from which users can enjoy optimal sound even at the outside edges of the screen. As content grows more varied and screens become bigger, sound, too, must evolve in a way that enhances users’ enjoyment.
       

       
      Object Tracking Sound (OTS) technology, a feature that tracks the movement of objects onscreen using the TV’s multi-channel speakers, is allowing Samsung to take users’ enjoyment to the next level. Neo QLED 8K includes an enhanced version of the technology, OTS Pro, and adds two center speakers to previous models’ six-speaker setup, for a total of eight. When an object onscreen moves, the speaker located in the optimal spot for expressing the movement produces sound, matching what the viewer sees on their screen. The immersive sound setup enriches the left and right stereo experience and the 3D effect, taking the viewing experience to new heights by making the user feel as if they were standing in the middle of the action.
       

       
      “Often, when consuming content on a large screen, viewers watching the TV from both sides notice that sound produced at the center of the screen seems like it’s being produced in only one side,” said Engineer Jongbae Kim. “That’s why we added a center speaker between the left and right sides. The combination of the newly added center speaker and OTS Pro gathers sound in the middle of the screen, makes voices clearer, and expresses sound’s position more accurately, without distortion.”
       
      If a speaker were to actually be placed at the center of a TV, it could clash with the overall design concept. The developers solved this issue by attaching a tweeter applied with a wave guide to the rear of the device. “If a speaker were to be placed on the back, sound would disperse in all directions and bounce off the walls, reducing clarity,” said Engineer Sungjoo Kim. “We needed a technology that drew sound toward viewers when they were in front of their TV. Employing a hole array technique enabled us to ensure that sound would travel well from a tweeter to the front of the display.”
       
      The team’s efforts to balance sound also extend to Samsung’s next-generation MICRO LED display. Because the bottom of this large screen can almost reach the floor of users’ living rooms, if users connect their display to a multi-component home theater setup, there may not be space to place a center speaker.
       
      “The 110-inch MICRO LED lineup features a μ-Symphony function, which allows you to use the built-in speaker as the center speaker,” said Jongbae Kim. “This means that you do not have to use a separate center speaker for your home entertainment system because MICRO LED’s multi-channel speaker fills that role. Because sound comes from the center of the screen, there is no sound-image mismatching, and the user enjoys a cinema-like experience.”
       
       
      Making Use of Each and Every Piece of a Ultra-Slim Design

       
      The Infinity Screen, a unique aspect of Samsung’s TV design, maximizes immersion by making bezels nearly invisible. It also posed a unique challenge for the developers, requiring them to explore how to best mount multiple speakers within the device’s slim form.
       

       
      “In the past, a duct structure was used to draw the low frequency sound from the inside of the woofer speaker to the outside,” said Sungjoo Kim. “This type of design is capable of generating unwanted noise resulting from air turbulence. So, for the 8K models, we decided to take a ‘passive radiator’ approach that allowed us to produce rich, low-pitched sound. This not only enabled us to use the limited space inside the slim TV more efficiently, but it also allowed us to create rich and pure sound.”
       
      “By exposing the diaphragm of the woofer and the passive radiator on the back of the TV,” he added, “it became possible to visualize Neo QLED’s sound performance in an interesting and intuitive way.”
       
      It’s just one of Neo QLED TVs’ many innovative, out-of-the-box design elements. To help accommodate for panels becoming thinner and thinner, components that used to serve basic functions have been given new roles. “We used part of the rear cover of the TV as an acoustic component that guides the direction of sound to the sides,” said Jongbae Kim. “We also reinvented the design of the ‘slit vent,’ a component inside the rear cover that extends from the center tweeter to the bottom and was previously used to emit heat, to improve acoustic performance by controlling directivity. We utilized each and every part as much as possible, which means that no element of the design is without purpose.”
       
       
      Delivering Rich, Realistic Sound
      The developers have also gone to great lengths to gain a deeper understanding of the content users enjoy as part of an effort to provide better sound performance. For example, when analyzing sports content, they focus on reproducing the sound of the crowd, while for music, they try to create a stable sound stage. For movies, they conduct constant analysis to ensure that dialogue comes from the center of the screen.
       

       
      “With speaker form factors changing, upmixing is becoming more important,” said Sunmin Kim. “Input channels are becoming varied, and the average number of speakers is increasing to six to eight, which adds up to countless combinations of inputs and outputs.
       
      “Let’s say you’re enjoying two-channel content. Here, instead of sending signals blindly through eight speakers, it is important to understand the mixing characteristics of the content and send each signal separately. Samsung’s unique technology makes this possible using an optimized algorithm that’s based on AI.”
       
      Samsung TVs have led the global market for 15 years running, and the user data that the company has accumulated thus far has been an invaluable asset. As countless families across the world use Samsung TVs, the ubiquity of the company’s displays offers an opportunity to think about what’s next. Sungjoo Kim hinted at what Samsung has in store. “We are systematically building a deep learning network that is based on numerous data,” said Kim. “In addition, we are going to firmly establish our position as a global leader by discussing technologies needed in the mid-to-long term with Samsung Electronics’ overseas AI research centers.”
       
      In response to an ever-growing flood of content, the developers are committed to helping Samsung TVs deliver a sound experience that’s as close to reality as possible.
       
      Screens are getting bigger, designs are getting slimmer, and content is becoming more varied. Keeping pace with trends, increasing speaker channels and doing so in three dimensions, and advancing our AI technologies to allow channels to better correspond to one another will bring us closer to delivering realistic sound. This may ultimately lead us into an era where you do not need a remote control to adjust sound settings.
       
      Look forward to more Samsung TV innovations designed to maximize users’ viewing experiences.
      View the full article
    • By STF News
      The Samsung Developers team works with many companies in the mobile and gaming ecosystems. We're excited to support our friends Arm as they bring timely and relevant content to developers looking to build games and high-performance experiences. This free training series will help developers get the most out of the hardware on Samsung mobile devices.
      Webinars explore Android hardware and game optimization
      Mobile technology architect, Arm, is offering free mobile graphics optimization training for game developers everywhere from May 2021. The training includes three detailed webinars, run by the Arm performance analysis team, each including a live Q&A session with profiling experts. Game developers can sign up to the webinars to learn best practice advice for building graphics, investigating bottlenecks and interrogating all areas of performance using free tools.
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      Webinar 1: Mobile graphics processing fundamentals Webinar 2: Best practice principles for mobile game development Webinar 3: Performance analysis with Arm Mobile Studio Driving graphics performance in Android computing
      If you don’t already know, Arm is a top provider of leading-edge IP for over 95% of smartphones, with the Arm Cortex CPU and Arm Mali GPU powering mobile graphics across the globe. This means you can find Arm GPUs in an extensive list of popular Samsung devices, including the Samsung Galaxy S-Series (after Galaxy S7) and the Galaxy A-Series (after Galaxy A10). The new webinar series will provide practical training and advice for anyone developing for Arm-based platforms, covering everything from fundamentals of underlying GPU hardware to API best practices.
      Taking graphics advice out to the broadest audience
      Arm regularly offers bespoke training to game studios around the use of its free suite of game performance analysis tools, called Arm Mobile Studio, as well as broader graphics fundamentals. The training has been particularly helpful for improving game efficiency for several studios, including at King, for optimizing its ‘Crash Bandicoot: On the Run!’ game and at Wargaming, for profiling ‘World of Tanks Blitz’.
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      Mobile game performance analysis has never been more important
      Across game studios, mobile game performance is of increasing importance in every genre as mobile gaming has elevated to one of the highest performing industries globally, worth in the region of 77.2 billion US dollars in revenue in 2020. Growth in this sector is expected to continue in 2021 and beyond, increasing the rewards for studios who can deliver a console-like experience for players on mobile and compelling games that people can play for longer, without battery strain.
      The new training webinars are just the latest addition to a body of graphics education from Arm, which includes a helpful library of support for dealing with common issues such as high overdraw and fragment bound code.
      You can use the link here to sign up to all of the Arm game developer training webinars.
      View the full blog at its source
    • By STF News
      Our strategic partnership with BrowserStack gives you six months' free access to their real device cloud to test in Samsung Internet
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      Click here to find out more from the BrowserStack WebSite.
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      Photo of a device testing wall from Google IO 2015 photo © Ada Rose Cannon
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      Mobile Browser Market Share in Europe — March 2021
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