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Civilization: Beyond Earth Benchmarked

Hexes live on. Sid Meier's successful gaming series moves on to the next round with Beyond Earth. We don't just mean content-wise -- in terms of graphics, too, the game is on the move. Thanks to Mantle support, AMD-based computers should have a noticeable advantage over Nvidia systems. We ran the tests and have laid out the results for you here.
Civilization: Beyond Earth Logo

For the original German article, see here.

Graphics

Like its predecessor, Beyond Earth doesn't exactly offer stunning visuals. Whether we're talking about texture quality, polygon count, or effects: The turn-based strategy game's graphics are mostly limited to the necessities. Even so, the new Civilization game gains our respect for its nice details and overall look that just works. In other disciplines, too, there's not much to critique: At a size of about 6 MB, the game proves to be relatively compact. Some of this year's games need seven times the space (The Evil WithinShadow of Mordor, Wolfenstein: The New Order).

We're fans of the video menu -- it looks clean and has a ton of detail options. Under "Graphics Profile", the overall quality can be changed with just one click. There are also switches for anti-aliasing (2-8x MSAA) and the resolution. Vertical synchronization eliminates image tearing.

Low Settings
Low Settings
Medium Settings
Medium Settings
High Settings
High Settings
Ultra Settings
Ultra Settings

Frustrating, on the other hand, is the fact that many settings changes require the game to be restarted. Not only that, but the intro videos can't be interrupted and Beyond Earth takes a long time to load the main menu (even with an SSD). Now and again, Civilization doesn't start correctly in full screen mode, though there is a trick to solve that problem (right click on the taskbar symbol "close window"). In general, the programming behind the graphics seems a little underdeveloped. The game even crashed on several systems.

One of Beyond Earth's biggest highlights is that it supports AMD's Mantle API, which competes with Microsoft's DirectX interface. Thanks to many optimizations, Mantle is supposed to work more efficiently. We did notice a small increase in performance in our tests (+5 % @ Radeon R9 M290X & R9 280X), but the improvement isn't really groundbreaking. In most cases, Nvidia can keep up quite well.

Low Settings
Low Settings
Medium Settings
Medium Settings
High Settings
High Settings
Ultra Settings
Ultra Settings

Apart from that, the game's performance is very closely tied to the GPU's raw power. Taking a look at the benchmark table, it's clear that the processor is only a limiting factor at the lowest quality setting -- at least when it comes to Intel notebooks -- and that only in systems with high-end GPUs. While the frame rate sometimes varies greatly from preset to preset (High/Ultra being exceptions), the differences in visuals are more limited. Excellent: According to our benchmarks, MSSA doesn't cost a lot in terms of performance.

The drivers we used are, of course, the current versions from Nvidia (344.48 WHQL) and AMD (14.9.2 Beta). Windows 7 users should be careful when downloading the Catalyst driver. Even though we selected the right option, the standard site ("AMD Catalyst Packages") only has a Windows 8 .exe file that doesn't function properly with Windows 7. The appropriate download is only available on the detail page.

Benchmark

Hidden benchmarks seem to be all the rage lately. Like Alien: Isolation, Beyond Earth also offers a performance test that can only be activated with a little finesse. To get to the benchmark, under "Set Launch Options" (right click on the game in Steam, select "Properties") you have to add the command -benchmark lategameview. The next time the program boots, the test will initialize automatically.

Because the benchmark provided is a worst-case-scenario segment with tons of things going on, even powerful GPUs break into a sweat (especially when it comes to the minimum fps). We were pleased with the fact that the benchmark delivered constant results -- unsurprisingly, since the sequence is 100% identical every time.

Unlocking the benchmark
Unlocking the benchmark
Opening the results
Opening the results
Converting the data
Converting the data

We were not so pleased with the fact that the game doesn't display the results at the end of the sequence. Instead of presenting the minimum, average and maximum frame rates right after the test, Beyond Earth just stores them in the program folder (SteamSteamAppscommonSid Meier's...) in a file named lategameview. At first glance, the file appears to be full of arbitrary numbers -- only after some spreadsheet analysis did we finally get our sought-after results.

Because it was simple, we used an online tool we programmed ourselves to calculate the frame rates (see above screenshot), though this tool was only intended for internal use. If necessary, you could also record the benchmark using Fraps. Except for the minimum frame rates, the results are almost identical. Unfortunately, Fraps only works in DirectX mode, not in Mantle mode.

Results

Even though Beyond Earth is no graphic wonder, the game requires a fair amount of computational power. For the lowest setting (1024 x 768), you'll need at least a GeForce GT630M, Radeon HD 8650G or HD Graphics 4600. Older entry-level GPUs like the Radeon HD 7660G or the HD Graphics 3000/4000 are already out of their league here.

Medium details and 1366 x 768 pixels can only be rendered more or less fluidly by a GeForce GT 750M or above. For the "High" preset and 1920 x 1080 pixels, we suggest a GeForce GTX 765M or better. If you want to activate the "Ultra" preset with 4x anti-aliasing, you'll need a card on par with the GTX 850M, GTX 860M or GTX 770M.

Civilization: Beyond Earth
    1920x1080 Ultra Preset AA:4x MS     1920x1080 High Preset     1366x768 Medium Preset     1024x768 Minimum Preset
GeForce GTX 980, 3770K
Desktop-PC
110.8 (52min) fps ∼78%
119.8 (54min) fps ∼77%
149 (55min) fps ∼54%
150.9 (58min) fps ∼56%
Radeon R9 280X, 3770K
Desktop-PC
65.5 (40min) fps ∼46%
72.2 (45min) fps ∼47%
103.1 (54min) fps ∼37%
160.3 (68min) fps ∼59%
GeForce GTX 880M, 4700MQ
Schenker W504
53.6 (24min) fps ∼38%
60.3 (25min) fps ∼39%
94.3 (35min) fps ∼34%
143.3 (58min) fps ∼53%
GeForce GTX 780M, 4700MQ
Schenker W503
47.6 (20min) fps ∼34%
51.4 (26min) fps ∼33%
81.9 (27min) fps ∼30%
135.9 (37min) fps ∼50%
GeForce GTX 870M, 4700MQ
Schenker W504
45.1 (19min) fps ∼32%
51.4 (22min) fps ∼33%
81.1 (30min) fps ∼29%
142.5 (57min) fps ∼53%
Radeon R9 M290X, 4700MQ
Schenker W504
44 (28min) fps ∼31%
48.9 (33min) fps ∼32%
76.5 (43min) fps ∼28%
152.7 (71min) fps ∼56%
GeForce GTX 860M, 4700MQ
Schenker W504
34.2 (15min) fps ∼24%
41.3 (18min) fps ∼27%
63.7 (24min) fps ∼23%
141.8 (52min) fps ∼52%
GeForce GTX 770M, 4700MQ
Schenker W503
30 (14min) fps ∼21%
32.7 (15min) fps ∼21%
53.4 (17min) fps ∼19%
123.6 (30min) fps ∼46%
GeForce GTX 850M, 4340M
Schenker M504
29.7 (10min) fps ∼21%
35.5 (20min) fps ∼23%
54.9 (28min) fps ∼20%
109.2 (50min) fps ∼40%
GeForce GTX 765M, 4700MQ
Schenker W503
24.7 (10min) fps ∼17%
27.8 (12min) fps ∼18%
41.7 (17min) fps ∼15%
109.8 (33min) fps ∼41%
GeForce GT 750M, 4702MQ
Schenker M503
14.7 (8min) fps ∼10%
16.8 (9min) fps ∼11%
26.4 (12min) fps ∼10%
66.7 (24min) fps ∼25%
Radeon R7 512 Cores (Kaveri Desktop), A10-7850K, Samsung SSD 470 Series MZ-5PA256/EU
A10-7850K Asus A88-XM-PLUS
14 (9min) fps ∼10%
15.6 (10min) fps ∼10%
24 (14min) fps ∼9%
65 (32min) fps ∼24%
Iris Pro Graphics 5200, 4750HQ, Intel SSD 525 Series SSDMCEAC180B3
SCHENKER S413
13.6 (7min) fps ∼10%
16.3 (9min) fps ∼11%
24.2 (10min) fps ∼9%
53.3 (12min) fps ∼20%
GeForce GT 740M, 4200M
HP Envy 15-j011sg
12 (5min) fps ∼8%
14.5 (6min) fps ∼9%
23 (11min) fps ∼8%
61.4 (29min) fps ∼23%
GeForce GT 640M, 2637M, Lite-On LMT-256M3M
Acer Aspire M3-581TG
17.4 (9min) fps ∼6%
43.8 (17min) fps ∼16%
GeForce GT 720M, 4200M, WDC Scorpio Blue WD10JPVX-22JC3T0
MSI CX61-i572M
9 (0min) fps ∼6%
15.4 (0min) fps ∼6%
44.8 (0min) fps ∼17%
HD Graphics 4600, 4700MQ
Schenker W503
7.4 (5min) fps ∼5%
8.9 (5min) fps ∼6%
13.7 (8min) fps ∼5%
37 (18min) fps ∼14%
Radeon HD 8650G, A10-5750M, Samsung SSD 470 Series MZ-5PA256/EU
Pumori Test Platform (A10-5750M)
14.9 (0min) fps ∼5%
38.7 (0min) fps ∼14%
GeForce GT 630M, 3720QM, Seagate Momentus 7200.5 ST9750420AS
Asus N56VM
6.7 (2min) fps ∼5%
7.7 (3min) fps ∼5%
13 (3min) fps ∼5%
35.6 (4min) fps ∼13%
HD Graphics 4000, 3720QM
Asus N56VM
8.1 (2min) fps ∼3%
18.2 (4min) fps ∼7%

Test Systems

Four of our test systems are courtesy of Schenker Technologies (mysn.de):

  • W504 (Core i7-4700MQ, 8 GB DDR3, GeForce GTX 860M, GTX 870M, GTX 880M, Radeon R9 M290X)
  • W503 (Core i7-4700MQ, 8 GB DDR3, GeForce GTX 765M, GTX 770M, GTX 780M)
  • M504 (Core i5-4340M, 8 GB DDR3, GeForce GTX 850M)
  • M503 (Core i7-4702MQ, 8 GB DDR3, GeForce GT 750M)

Windows 7 (64 bit) is installed on each of these notebooks.

GPU drivers used: Nvidia 344.48, AMD 14.9.2 Beta, Intel 10.18.10.3960

Further test devices are courtesy of Nvidia:

Intel also furnished us with one:

  • Schenker S413 (Core i7-4750HQ, 8 GB DDR3, Iris Pro Graphics 5200)

The desktop computers are equipped with CPUs/APUs from Intel and AMD, SSDs from Micron, Intel and Samsung, mainboards from Intel and Asus, as well as graphics cards from Nvidia and AMD.

Overview

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Qualcomm Adreno 304
AMD Radeon Pro 560
Qualcomm Adreno 302
AMD Radeon HD 6850M
AMD Radeon HD 6830M
AMD Radeon HD 6310
AMD Radeon HD 6320
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AMD Radeon 760M
AMD Radeon 680M
AMD Radeon HD 6775G2
NVIDIA GeForce GTX 980M
132n3
105.6n3
88.1n3
76n3
NVIDIA RTX A5500 Laptop GPU
AMD Radeon Pro 455
AMD Radeon Pro 555X
AMD Radeon HD 6650M
AMD Radeon Pro 5500M
AMD Radeon Pro 5300M
AMD Radeon HD 6680G2
AMD Radeon HD 6690G2
AMD Radeon HD 6480G + HD 7450M Dual Graphics
AMD Radeon HD 6250
AMD FirePro W5130M
AMD Radeon HD 7430M
AMD Radeon HD 7350M
AMD Radeon HD 7370M
AMD Radeon HD 7340
AMD Radeon HD 7290
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Intel Iris Xe Graphics G7 80EUs
NVIDIA GeForce Go 6200
NVIDIA GeForce GTX 1070 SLI (Laptop)
Intel UHD Graphics 64EUs (Alder Lake 12th Gen)
NVIDIA GeForce 9200M GS
Nvidia RTX 1000 Ada Generation Laptop GPU
Intel UHD Graphics 630
NVIDIA GeForce 920M
Intel HD Graphics 2500
NVIDIA GeForce GT 520MX
NVIDIA GeForce 8700M GT SLI
NVIDIA GeForce Go 6250
NVIDIA RTX 3500 Ada Generation Laptop GPU
NVIDIA RTX 3000 Ada Generation Laptop GPU
NVIDIA RTX 2000 Ada Generation Laptop GPU
NVIDIA Quadro T2000 Max-Q
NVIDIA Quadro T1000 (Laptop)
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PowerVR SGX543MP3
NVIDIA GeForce GTX 880M SLI
PowerVR SGX535
NVIDIA RTX 4000 Ada Generation Laptop GPU
NVIDIA Titan RTX
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AMD Radeon HD 6730M
Qualcomm Adreno 225
AMD Radeon HD 6450 GDDR5
AMD Radeon HD 6480G
AMD Radeon Graphics (Ryzen 7000)
AMD Radeon 780M
AMD Radeon 630
AMD Radeon 625
AMD FirePro M8900
AMD FirePro W5170M
AMD Radeon 520
AMD Radeon HD 6630M
AMD Radeon HD 7500G
AMD Radeon HD 6450M
AMD Radeon HD 6290
AMD Radeon 740M
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AMD FirePro W4190M
AMD Radeon 540X
NVIDIA GeForce GTX 950M
55.3
37.8
30.7
NVIDIA GeForce GT 520M
AMD Radeon Pro 460
AMD Radeon HD 6540G2
AMD Radeon HD 6545G2
AMD Radeon HD 6870M
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AMD Radeon HD 6530M
AMD Radeon HD 7640G
AMD Radeon HD 6950M
AMD Radeon HD 7640G + HD 7610M Dual Graphics
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AMD Radeon HD 6550M
NVIDIA T600 Laptop GPU
NVIDIA GeForce 920MX
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NVIDIA GeForce GTX 1650 Ti Max-Q
NVIDIA Quadro P4200
AMD Radeon HD 6620G + HD 7670M Dual Graphics
AMD Radeon HD 6520G + HD 7450M Dual Graphics
AMD Radeon HD 6550D
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AMD Radeon Pro 555
NVIDIA GeForce Go 7600 GT
AMD Radeon Pro 5600M
AMD Radeon Pro 560X
AMD Radeon Pro Vega 16
AMD Radeon Pro Vega 20
AMD Radeon Pro WX 2100
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AMD Radeon Pro WX 3100
NVIDIA GeForce GT 445M
AMD Radeon HD 6990M Crossfire
AMD Radeon HD 6990M
AMD Radeon HD 6970M
AMD Radeon HD 6970
AMD Radeon HD 6970M Crossfire
ATI Radeon HD 5570
AMD Radeon HD 7660G + HD 7670M Dual Graphics
ATI Mobility Radeon X800
ATI Radeon IGP 340M
ATI Mobility Radeon X700
ATI Radeon IGP 320M
NVIDIA GeForce GT 435M
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NVIDIA GeForce GT 430
NVIDIA GeForce 8400M G
NVIDIA GeForce 830M
50.6
21.2
14.9
12.5
NVIDIA Quadro NVS 320M
NVIDIA GeForce MX450
NVIDIA GeForce GT 425M
NVIDIA RTX 6000 Ada Generation
NVIDIA GeForce 825M
NVIDIA GeForce GT 420M
NVIDIA GeForce GT 415M
NVIDIA GeForce 8800M GTX
NVIDIA GeForce GTX 960
167.8
131
90.9
77.1
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NVIDIA GeForce GT 625M
NVIDIA GeForce GT 745M
NVIDIA GeForce GT 740M
61.4
23
14.5
12
NVIDIA GeForce GT 730M
NVIDIA GeForce GTX 980 SLI (Laptop)
NVIDIA GeForce GT 735M
NVIDIA Quadro P5000
NVIDIA GeForce GT 720M
44.8
15.4
9
NVIDIA Quadro P3200
AMD Radeon HD 6720G2
AMD Radeon HD 6515G2
AMD Radeon HD 6510G2
PowerVR GE8300
NVIDIA Quadro RTX 4000 (Laptop)
Qualcomm Adreno 205
NVIDIA Quadro RTX 4000 Max-Q
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NVIDIA Titan X Pascal
NVIDIA Quadro RTX 3000 Max-Q
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PowerVR GXA6850
PowerVR GX6450
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PowerVR GM9446
PowerVR GE8322 / IMG8322
PowerVR SGX544
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AMD Radeon R5 M420
AMD Radeon HD 6520G
AMD Radeon HD 6470M
AMD Radeon HD 6750M
AMD Radeon HD 6490M
AMD Radeon 660M
AMD FirePro W4170M
AMD FirePro W2100
AMD Radeon HD 6370M
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AMD Radeon HD 6350M
AMD Radeon HD 6330M
AMD Radeon 620
AMD Radeon 610
AMD Radeon 610M
AMD FirePro W4100
AMD FirePro M5950
AMD FirePro M4000
AMD FirePro M6100
AMD FirePro M3900
AMD FirePro M4100
AMD Radeon 530
AMD FirePro M2000
AMD Radeon HD 6770M
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AMD Radeon HD 6790
AMD FirePro M6000
AMD Radeon Pro W6800
NVIDIA RTX A4500 Laptop GPU
AMD FirePro M5100
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NVIDIA GeForce GTX 970M SLI
159.4
150.9
115.2
104.6
AMD Radeon HD 6645G2
AMD Radeon HD 6760G2
NVIDIA GeForce 8800M GTS
ATI Radeon HD 5850
NVIDIA GeForce GTX 980 (Laptop)
NVIDIA Quadro P3000 Max-Q
AMD Radeon Pro Vega 56
NVIDIA GeForce GTX 980
150.9
149
117.3n2
108.6n2
AMD Radeon HD 6870
AMD FirePro W7170M
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AMD Radeon HD 6430M
AMD Radeon HD 6380G
AMD Radeon R6 (Kaveri)
AMD Radeon R6 (Carrizo)
32.4
19
11.3
8.8
AMD Radeon HD 7310
NVIDIA GeForce GTX 965M SLI
NVIDIA GeForce GTX 965M
121.8
88.2
61.1
49.9
AMD Radeon HD 6620G + HD 7450M Dual Graphics
AMD Radeon R5 M335
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AMD Radeon PRO W6600M
AMD Radeon R5 M430
NVIDIA Quadro NVS 150M
AMD Radeon HD 8970M Crossfire
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PowerVR SGX545
AMD Radeon HD 8970M
AMD Radeon HD 6640G2
AMD Radeon Pro 450
AMD Radeon HD 6620G
Intel Iris Pro Graphics P580
(-) * Smaller values are better. / n123 Number of benchmarks for this median value / * Approximate position

 

Legend
5Stutters – This game is very likely to stutter and have poor frame rates. Based on all known benchmarks using the specified graphical settings, average frame rates are expected to fall below 25fps
May Stutter – This graphics card has not been explicitly tested on this game. Based on interpolated information from surrounding graphics cards of similar performance levels, stutters and poor frame rates are expected.
30Fluent – Based on all known benchmarks using the specified graphical settings, this game should run at or above 25fps
40Fluent – Based on all known benchmarks using the specified graphical settings, this game should run at or above 35fps
60Fluent – Based on all known benchmarks using the specified graphical settings, this game should run at or above 58fps
May Run Fluently – This graphics card has not been explicitly tested on this game. Based on interpolated information from surrounding graphics cards of similar performance levels, fluent frame rates are expected.
?Uncertain – This graphics card experienced unexpected performance issues during testing for this game. A slower card may be able to achieve better and more consistent frame rates than this particular GPU running the same benchmark scene.
Uncertain – This graphics card has not been explicitly tested on this game and no reliable interpolation can be made based on the performances of surrounding cards of the same class or family.
The value in the fields displays the average frame rate of all values in the database. Move your cursor over the value to see individual results.
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Florian Glaser, 2014-11-10 (Update: 2021-05-18)