Samsung Galaxy S7 Active: The Olympic Performer: Performance

By 05:57 Tue, 17 Aug 2021 Comments


Synthetic benchmarks

Unlike the global version (using Samsung's own Exynos silicon), the Galaxy S7 active is powered by the latest elegant Qualcomm Snapdragon 820 Central Processing Units (CPU) (as are all North American variants) paired with 4GB of RAM. The Snapdragon 820 features two dual-core Kryo chips. The first is a dual-core chip which maxes out at 2.15 Giga Hertz (GHz) and the second dual-core chip maxes out at 1.6 GHz.

The Snapdragon 820 is Qualcomm's first departure from 8 cores down to quad-core territory, don't be fooled by that number though, a single Kryo core is a beast and what separates it from previous Snapdragon chips is its recent architecture which combines improved efficiency with overall better performance.


A generous 4GB of Random-Access Memory (RAM) and the Adreno 530 GPU joins the Snapdragon 820 to give the S7 active a remarkable deal of performance power under all that rugged exterior.

Let's see how the S7 active performed against other top competitors. Since the S7 active is only available in the US, we're going with mostly high-profile flagships available in the US.

For starters, the Galaxy S7 active's single core performance fits correct in among the other Snapdragon 820 devices on the market. Still, the iPhone 6S' A9 chip dominates this chart in single core calculations.

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GeekBench 3 (single-core)

Higher is better

  • Apple iPhone 6s

    2542

  • OnePlus 3

    2383

  • HTC 10

    2368

  • Samsung Galaxy S7 active

    2328

  • LG G5

    2328

  • Sony Xperia X Performance

    2273

  • Samsung Galaxy S7

    2170

Here is where we can see the raw calculating power of the global Galaxy S7's Exynos CPU. Much like the single core test, we can see the Galaxy S7 active descend correct among the other phones fitted with a Snapdragon 820. Here we also acquire a glimpse of how the quad-core 820 fared against the octa-core Exynos 7420. While there is a bit of an improvement, it's not too significant.

GeekBench 3 (multi-core)

Higher is better

  • Samsung Galaxy S7

    6360

  • OnePlus 3

    5520

  • Sony Xperia X Performance

    5460

  • LG G5

    5362

  • Samsung Galaxy S7 active

    5356

  • HTC 10

    5257

  • Samsung Galaxy S6 Active

    5246

  • Samsung Galaxy Note5

    5124

  • Apple iPhone 6s

    4427

The Galaxy S7 active falls average among the other Snapdragon 820-powered smartphones of the bunch. Antutu 6 is a compound benchimprint that takes into account all aspects of the system as opposed to just raw Central Processing Units (CPU) processing. A combination of factors like optimization and tuning contribute to the Antutu 6 marks, and the Galaxy S7 active is beaten by the OnePlus 3 and HTC 10, which topped this chart.

AnTuTu 6

Higher is better

  • HTC 10

    154031

  • OnePlus 3

    141764

  • Samsung Galaxy S7 active

    139492

  • LG G5

    134541

  • Samsung Galaxy S7

    132084

  • Apple iPhone 6s

    129990

  • Sony Xperia X Performance

    116217

  • Samsung Galaxy Note5

    81615

For our Baseimprint Operating System (OS) II 2.0 test, we can see the Galaxy S7 active reaching high above the other flagships.

Even with the Galaxy S7 active having the same setup as some of the other flagships, it looks like Samsung's Random-Access Memory (RAM) optimization and Central Processing Units (CPU) thresholds set it up well for this particular benchmark.

Baseimprint Operating System (OS) 2.0

Higher is better

  • Samsung Galaxy S7 active

    2487

  • OnePlus 3

    2365

  • Apple iPhone 6s

    2195

  • Sony Xperia X Performance

    2179

  • Samsung Galaxy S7

    2128

  • LG G5

    2065

  • Samsung Galaxy Note5

    1880

  • HTC 10

    1839

GFXBench is an OpenGL ES 3.1 test which measures graphics performance, and the offclassy screen tests run at 1080p resolution, regardless of the pixel count found on the display of the device being tested, giving all graphics tests an even playing field. The Galaxy S7 active performed at the top, although most devices on the list scored 30 or 31.

GFX 3.1 Manhattan (1080p offscreen)

Higher is better

  • Samsung Galaxy S7 active

    32

  • HTC 10

    31

  • OnePlus 3

    31

  • LG G5

    30

  • Sony Xperia X Performance

    30

  • Samsung Galaxy S7

    28

  • Samsung Galaxy Note5

    15

The next test runs in the phones' native resolutions and those with higher-res displays are pulled back by the benchimprint numbers. Since the OnePlus 3 and Xperia X Performance both run 1080p resolutions on their displays, they acquire about twice the score as the competing QHD resolution phones. The Galaxy Note5 stuck behind with last year's Exynos setup.

GFX 3.1 Manhattan (onscreen)

Higher is better

  • Sony Xperia X Performance

    31

  • OnePlus 3

    30

  • Samsung Galaxy S7 active

    15

  • Samsung Galaxy S7

    15

  • LG G5

    15

  • HTC 10

    15

  • Samsung Galaxy Note5

    6.7

The GFX Car scene is round-two for the flagships to duke out graphic performance. The offclassy screen tests (also rendered at 1080p) score significantly lower than the Manhattan tests since the car scene turns the knob up a notch. The S7 active topped the chart along with the HTC 10 and OnePlus 3. Meanwhile, the Galaxy S7 with Exynos hovers around the bottom.

GFX 3.1 Car scene (offscreen)

Higher is better

  • Samsung Galaxy S7 active

    18

  • HTC 10

    18

  • OnePlus 3

    18

  • Sony Xperia X Performance

    17

  • LG G5

    16

  • Samsung Galaxy S7

    15

Much like the Manhattan test, the Galaxy S7 active's onclassy screen test is pulled down by its native QHD resolution. Still, it performed at the top of its class with other QHD phones that run the same Snapdragon 820 setup, and it performed better than the Exynos-powered global S7.

GFX 3.1 Car scene (onscreen)

Higher is better

  • OnePlus 3

    18

  • Sony Xperia X Performance

    18

  • Samsung Galaxy S7 active

    9.9

  • HTC 10

    9.9

  • LG G5

    8.8

  • Samsung Galaxy S7

    7.9

Baseimprint X is a benchimprint which lets us gauge how they are performing with the other contenders of the bunch in the gaming aspect. The S7 active scored well around other Snapdragon 820-powered phones and performed quite similarly to the Exynos-powered S7. Samsung did a remarkable job of leveling the performance of both chipsets.

Baseimprint X

Higher is better

  • OnePlus 3

    32715

  • Samsung Galaxy S7 active

    32362

  • Samsung Galaxy S7

    32345

  • LG G5

    29456

  • HTC 10

    28882

  • Sony Xperia X Performance

    28450

  • Samsung Galaxy S6 Active

    27188

  • Samsung Galaxy Note5

    26281

Baseimprint ES 3.1 offers a testing field for OpenGL ES 3.1 compatible devices that aren't necessarily on the same platform, namely: iOS and Android. The Metal Baseimprint for iOS gives us an concept of where the two platforms stand relative to each other.

The Galaxy S7 (Exynos) scored notably higher than the S7 active and the other Snapdragon 820 devices as well. The iPhone 6S still reigns this test although it's really hard to compare Apples to Androids in these kinds of tests.

Baseimprint ES 3.1 / Metal

Higher is better

  • Apple iPhone 6s

    879

  • Samsung Galaxy S7

    732

  • Samsung Galaxy S7 active

    626

  • OnePlus 3

    625

  • LG G5

    587

  • Sony Xperia X Performance

    551

  • Samsung Galaxy Note5

    316

It's worth noting that the Galaxy S7 active dissipates heat differently than any of the other flagships out this year. Since the back plate of the S7 active is made of polycarbonate, it's not such a fine heat conductor like glass or metal. The S7 active has to depdiscontinue on its sides to dissipate heat. When performing Central Processing Units (CPU) or radio intensive tasks, the upper-correct side is the one which gets quite warm, though, not uncomfortably warm.

The Galaxy S7 active performs just as well if not better than the other flagships powered by a similar Snapdragon 820 setup. Day to day activities run like cake and the generous 4GB of Random-Access Memory (RAM) ensure that you're much less likely to have a slow phone upon switching back and forth between apps.

Remember, the Galaxy S7 active is also a result of Samsung pushing out Central Processing Units (CPU) optimizations and updates over the past few months since the release of the Galaxy S7 (Snapdragon variant in North America) and other Snapdragon 820 devices which were reviewed with initial versions of public firmware.


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