Snapdragon 8 Gen 1 Benchmarks: Favorite players

As you could see in our previous report on the Snapdragon Summit, the new Snapdragon 8 Gen 1 was recently introduced, and the specs looked great. We had the opportunity to launch benchmarks on Qualcomm’s development phones called MDP (Mobile Development Platform).

MDP devices are intended for general development and are not usually tuned for maximum performance. However, they look and feel like a typical high-end smartphone, so they provide a great overview of performance at the consumer level.

We’ve added the Galaxy S21 Ultra as a proxy for the Snapdragon 888 and keep in mind that the Snapdragon 888+ is just a little faster. The Galaxy S20 Ultra will represent the Snapdragon 865 class phone so you can see the Snapdragon Evolution over time. We’ll even go back to the Snapdragon 855 in Galaxy S10 + format.

As usual, we will start to consider the performance of the CPU (Geekbench) and GPU (GFXbench) because most users are most familiar with them.

Some benchmarks, such as PCMark for Android, don’t usually push the boundaries of performance, but they could be a good proxy if you’re not an “advanced user.” I can tell you right away that this new Snapdragon works very similarly to the Snapdragon 888 in everyday tasks presented at PCMark.

The Geekbench CPU benchmark shows a ~ 12% performance gain over the Snapdragon 888 in single and multi-threaded tests. This test often presents applications that require continuous use of a multi-core CPU, such as some video editors. However, more and more of these applications are now relying on GPU or AI processor for such tasks.

Browser-based measurements should give results close to those shown by Geekbench because they are also proxies for CPU / memory performance.

The iPhone A15 Bionic works well and continues to dominate the Geekbench, which is within what we expected based on theoretical numbers. Apple’s overall efforts on the SoC have been nothing short of spectacular, but Qualcomm’s following benchmarks show why Qualcomm is so competitive.


The results of the GFXBench graphics test show how robust it is new graphic architecture Snapdragon 8 Gen 1 is. Qualcomm has seemingly changed a lot of things, but has kept a close eye on the details. In addition, the result is + 50%, + 60%, or even + 70% increase in the observed graphics performance. The data show a serious discontinuity of graphics performance.

Games and VR applications are the primary users of such acceleration. However, even if you don’t worry much about higher frame rates, you could limit the FP to 30 and win high energy efficiency, and thus battery life. It’s a big win for adventure or 3D step-by-step games

AR / XR applications will also benefit, as will all GPU-intensive applications such as video compression, GPU physics, etc.

“Mixed” or “total system” benchmarks should show an improvement of 30-35% (compared to Snapdragon 888). This is only because they use a weighted average of CPU + GPU performance (+ storage sometimes). I think it’s more interesting to see individual pieces to understand where the changes are coming from.

From what I saw during the benchmarking session, AI performance The boost in AITut is as high as + 150%. AI performance still does not apply to consumers because AI is traditionally “on-site use” (joints here and there) rather than continuous use.


However, the inclusion of artificial intelligence in all types of applications is constantly growing, so it is important to monitor these figures. The rise of AI in video recording is my primary reason why I am excited about such a drastic increase in performance.

So far, these numbers suggest that the Snapdragon 8 Gen 1 could retain Qualcomm’s position as the best Android SoC. The increases in graphics and AI performance are outstanding and even unexpected. We can’t wait to compare it to the SoC competition.

The increase in CPU performance is modest, and the contrast between them illustrates that workloads such as graphics and AI are much more scalable than CPU-based tasks.

Chip companies tend to store extensive and accurate data on “what applications do” in the form of application traces that can be repeated during architectural design and setup. I’m sure Qualcomm has put resources where they bring the most value next year: graphics and AI.

We now know what to expect from Snapdragon 8 Gen 1 consumer devices and look forward to testing the first units to be launched “this year” or early next year – perhaps around the CES timeframe in January.

Reported Cell phones. Read more about Android, Benchmarks, Qualcomm and Snapdragon.

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Naveen Kumar

Friendly communicator. Music maven. Explorer. Pop culture trailblazer. Social media practitioner.

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