Qualcomm Snapdragon 865 Benchmarks: Looking Great

We had the opportunity to get our hands on a Snapdragon 865 development phone (MDP), and of course, we ran benchmarks.

These numbers give us a glimpse of how the 2020 Snapdragon 865 handsets will perform in terms of CPU and graphics peak performance.

CPU And Memory Speed

Running a test such as Geekbench (version 4 and 5) highlights CPU and system memory performance. As expected, you can see a “generational” gap in performance with Snapdragon 855 (Galaxy S10/Note10). In our CPU tests, Qualcomm’s new chip was 20% (GB4) to 33% (GB5) faster than Snapdragon 855.

Snapdragon 865 matches the multi-thread performance of Apple’s A13 chip, which is notoriously good at Geekbench, erasing Apple’s performance lead since Late September. The A13 processor remains the fastest in single-threaded benchmarks (and has been for years), although Qualcomm is coming fast on that front too.

HiSilicon’s Kirin 990 took the lead in CPU performance over Snapdragon 855 at IFA 2019, and we even nominated it one of the “Best of IFA 2019”. The Huawei Mate 30 Pro is the first handset to feature Kirin 990.

Antutu is an overall system speed test that tries to look at all aspects of performance. We normally don’t use it because we don’t think it’s that good, but Antutu very popular in some countries, so here it is.

With Snapdragon 865, Qualcomm will retake the crown as soon as Snapdragon 865 phones arrive, possibly as early as January/February. Last year, the Galaxy S10 launched in the March timeframe, so that gives you an idea of what might happen in 2020.

Graphics and Gaming

In gaming tests such as 3DMark or GFXBench, Snapdragon 865 brings a significant jump as well. In Open GL 3.1 tests, we have measured an upwards difference of 23%to 25% versus Snapdragon 855, which is right on point with what Qualcomm had said during the Snapdragon Summit 2019.

The performance increase is homogeneous across old and new graphics tests (pre vs. post GL 3.1), unlike the Apple graphics processor, which is extremely good with old graphics, but less impressive with modern graphics. The lack of good cross-platform tests contributes to this perception.

Snapdragon’s 865 gaming performance is about ~15% higher than the most recent Snapdragon 855+ (plus), which is an overclocked product dedicated to gaming phones. Beyond pure speed, 865 should be much more power-efficient because it runs at a lower clock.

Sustained performance

Higher power-efficiency should translate into better sustained performance, a real advantage in any kind of gaming situation, because no-one plays for 1-3 minutes, which is the typical synthetic benchmarking duration.

Sustained performance comes down to heat generation and heat management. First, it’s best to generate as little heat as possible for a given level of performance. That’s a chip design issue, and running with a lower clock is part of it.

Thermal management is both chip and handset design issues. At the chip level, there are various strategies, including variable clock speeds, and granular control of different units’ power. The cooling of the handset plays a considerable role in dissipating the processor’s heat, and that’s the strong point of “gaming phones.”

Conclusion

Snapdragon 865 is an extremely fast hardware platform for upcoming Android phones, and these benchmark highlight it clearly.

We think that benchmarks are best to highlight generational differences and that you should take numbers with a grain of salt unless you’re measuring very specific things.

"AN EXTREMELY FAST HARDWARE PLATFORM"

Are benchmarks important? Yes, but you shouldn’t purchase base on benchmark numbers alone. Also, keep in mind that benchmarks only show a fraction of the capabilities of Snapdragon 865 and they often measure the common denominators.

Read our Snapdragon 865 overview to get a more complete picture of what is it capable of, including new camera and gaming features.

Hubert Nguyen
Categories: Uncategorized
Tags: Android, benchmarks, Editorspick, Processors, Qualcomm, Snapdragon 865, Snapdragon Summit, SoC