What once started as humble beginnings, mobile gaming is now a multi-billion dollar industry that is driving the next-generation of smartphone devices and technologies. Various smartphone innovations, particularly the increasing performance capabilities and advancing features of premium smartphones built on Arm technology, have facilitated the phenomenal growth in mobile gaming, with revenues for mobile gaming applications expected to reach USD $118.90 billion by 2027.
At the same time, the complexity of mobile gaming experiences has advanced significantly in the past 15 years. Thanks to more powerful processors, along with bigger and higher resolution displays, and superior battery life, users can enjoy more immersive AAA gaming experiences on their mobile devices.
The most popular AAA gaming titles on PC and Console, like PUBG, Fortnite, Call of Duty and Honor of Kings, are now widely available on mobile. Even Genshin Impact, which is believed to be one of the best AAA games currently available on mobile, was launched on PC and console at the same time as mobile.
This article will explores the phenomenal growth story of mobile gaming industry and Arm’s role in it. We will also explore and its next frontier in the upcoming years.
For me, mobile gaming begun on my beloved and (near) indestructible Nokia 3310 in the late 90s with Snake. Such games were simple in terms of graphics and also constrained due to the nature of the mobile screen and graphics power.
The first 3D mobile games emerged in 2003, but mobile devices took a little longer to catch up, with 3D mobile gaming not becoming widespread on devices until around two years later. What really helped to push the envelope on mobile gaming was the introduction of full screen smartphones in the late 00s.
The advent of full screen smartphones opened up a range of new possibilities. Phones were now not just for calls, but a device with multiple uses that would soon become the central item for most people’s digital lives. With touchscreens and the development of a new app ecosystem, it introduced a new gaming experience that had more advanced graphics, a wider choice of games and the opportunities for “gaming on the go” wherever you wanted to sneak in a quick game.
This quickly became an “essential” while commuting or traveling. An example of this evolution in mobile gaming was Rovio’s Angry Birds in 2009, which integrated the smartphone touch screen with more real-life physics and more advanced graphics for a brand-new mobile experience.
In the 2010s, mobile games continued to evolve with new ways of playing for a new gaming audience. For many, the 2016 release of Pokémon Go was not only the first experience of mobile gaming, but also augmented reality (AR). The game also added a brand-new social aspect to mobile gaming. No longer would people be simply looking down at a screen playing games by themselves. Instead, thousands of players went to various Pokémon Go events – big and small – that took place worldwide.
This concept of gaming events has led to the blossoming of esports. While mobile e-sports are still lagging behind PC and Console in terms of popularity currently, it is nevertheless drawing millions of players to the esport arena. PUBG Mobile, first released in 2018, was an official medal sport for the first time at the 2022 Asian Games in Hangzhou, which took place between 23rd September and 8th October 2023.
Every single esports competition event was a 5,000 sell-out at the China Hangzhou Esports Centre. The growth of esports and a new spectator element to gaming means the integration of streaming services, like Twitch, are now being seen as integral aspects of gaming development.
The first time the games industry experienced a shift in focus towards being ‘mobile-first’ was 2020. Even game studios that traditionally focused on developing only PC and console games are putting their resources into developing more mobile titles.
Two years ago, I was blown away by the graphics of the AAA mobile game Genshin Impact. Quite simply, I forgot straight away that I was on a smartphone. The clarity of the scenery, the different shadows, and lighting effects and the details on the different game characters made me immersed in the story from the moment I started the game. It is no wonder that Genshin Impact won the 2021 best mobile game award and it really serves to illustrate just how far mobile gaming has come in recent years. It is now a gaming platform that is producing games competing with console titles in terms of immersive gameplay and graphics capabilities.
Furthermore, the ability to cross-save across different platforms and play Genshin Impact across PC, Console, and Mobile and be able to enjoy high-quality gaming experiences regardless of the device is impressive. AAA mobile gaming is now part of an overall gaming experience. This encourages more social gaming, with multiple players able to enjoy the same gaming mission on different devices in the same space as one another. AAA mobile gaming has the benefit of extreme portability at no cost to the game content or players’ experiences.
Even though AAA gaming titles have become increasingly common on mobile, the compute workloads that power these gaming workloads are becoming more complex. A series of wider gaming and graphics trends are driving the need for these complex workloads, including:
Over 10 billion Arm GPUs have been shipped to date, which is more than 1 GPU for every person on Earth. Alongside the rise of mobile gaming and emerging graphics trends, different generations of Arm GPUs have pushed the boundaries of performance, efficiency, and features for improved mobile gaming experiences.
And now enters the brand-new flagship GPU, Immortalis-G925, which delivers Arm’s highest ever GPU performance and the very best graphics features, including hardware-based ray tracing support on mobile. Immortalis-G925, Mali-G725 and Mali-G625 GPUs are all built on the new Arm 5th Gen GPU architecture, which enables a range of new game-changing features as the world enters the next era of visual computing and AI-based applications.
You can see here a snapshot of what is possible with Immortalis, with our friendly squirrel Mori, running on Unreal 5 engine in the video below.
However, it is not just the GPU where Arm has impacted mobile gaming.
The Arm Compute Subsystems (CSS) for Client is a comprehensive compute platform designed to enhance AI-powered consumer experiences. It integrates the latest Armv9.2 Cortex CPUs, Immortalis and Mali GPUs, and CoreLink system IP, all optimized for the 3nm process. This platform aims to deliver superior performance, efficiency, and scalability, enabling rapid innovation and faster time-to-market for silicon partners.
Globally, our gaming partners use our Immortalis and Mali GPUs and supporting optimization technologies to create the most immersive and interactive mobile gaming experiences. This has created one of the largest gaming ecosystems in the world. Arm works with leading game engines and game developers to fully optimize the performance of their games on Arm GPU-based mobile devices through new graphics technologies, tools, and developer education resources.
Arm Performance Studio is a great example of how we support developers to optimize their gaming content. It unlocks performance and efficiency benefits through free-to-use performance analysis tools that analyze content metrics of games, along with GPU and CPU activity.
On the partnership side, Arm has a long-standing relationship with leading game engines such as Unity and Unreal Engine. We work together to provide graphics improvements and resources to developers and their game applications. These collaborations help to bring smoother, more efficient gaming experiences to the billions of consumers who play content generated by these engines on mobile devices built on Arm GPUs.
The next-generation of flagship smartphones enable even greater gaming performance and features. MediaTek launched the new Dimensity 9400 system-on-chip (SoC) for flagship smartphones based on CSS for Client’s Arm Cortex-X925 CPU and Immortalis-G925, form the compute foundation for the chipset. This enables MediaTek’s dual commitment to ultimate performance and unmatched power efficiency on the next generation of 2024 flagship smartphones, including the new vivo X200 and X200 Pro, that are powered by Dimensity 9400. Through Immortalis, Dimensity 9400 is set up to deliver the very best graphics features on flagship smartphones, like hardware-based ray tracing support. This means ultra-realistic graphics in every frame and more immersive, advanced mobile gaming for longer. I am excited to see the new generation of flagship smartphones built on the Dimensity 9400 chipset in action!
While mobile device innovation has empowered the phenomenal growth of mobile gaming, it can also be said that this has led to gaming performance and experiences being a key consideration for any new smartphone. Soon, it could even become the main defining feature, ahead of photo and image quality.
For mobile gaming’s future, the only way is up, with a greater demand for ‘more’. This means more performance, more features, and more game time. At Arm, we aim to be at the heart of this multi-billion-dollar mobile gaming evolution, providing the industry-leading GPUs and supporting technologies to create the very best mobile gaming and visual experiences. We have helped to drive the mobile gaming evolution in the past decade and will be doing so in the decade ahead.
AI in mobile gaming is reshaping how games are developed and experienced on mobile devices. Check out this link to learn more about how AI will transform gaming experiences in the upcoming years.
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