MAXON Cinebench Ranking Benchmark Results R15 Scores Database

MAXON Cinebench Ranking Benchmark Results R15 Scores Database

This is a database for CINEBENCH R15 benchmark results. We are trying to collect as many benchmark results as possible, to provide the most complete and up to date CINEBENCH R15 results database. You can use the results provided to compare a huge variety of different processors, to estimate render times on different CPU's or to estimate the costs for rendering your animation on a render farm such as RebusFarm.

You can contribute! Send us your CINEBENCH R15 benchmark results by following the link below. The good thing is: if you have an account with RebusFarm, you'll get 10 render points for free to render your animation or single frame!

Money and time

In any production process, from making shoes to 4K stereoscopic renders, the most important factor any producer needs to calculate and keep improving is, in a word, Efficiency. How well are the systems working, how quickly the individual stages of the process are handled and completed, all add up to significant variants in the time and therefore cash cost of the production. RebusFarm have always prided themselves on their attention to the efficiency of their service. After all, it is their speed and efficiency that make them an attractive choice when faced with a large and complicated render demand. As Animation Director and writer Keith English told me when we were discussing RebusFarm, they revolutionized his render times, when he switched from his studio-based render farm to using the huge array at RebusFarm. That’s why we have drawn your attention to the hugely useful service provided by MAXON CINEBENCH R15. Please download the app and help us to continue to be the most efficient cloud render service we can be.

Download Cinebench 15

Brand CPU Type #CPUs Cores GHz CPU Score
Single 11.5
CPU Score
Multi 11.5
CPU Score
Single 15
CPU Score
Multi 15
 
AMD 3990X 1 64 2.90 inf inf 209 10542   
AMD 3970X 1 32 3.70 inf inf 209 7398   
AMD 3960X 1 24 3.80 inf inf 209 5933   
AMD 2990WX 1 32 3.00 inf inf 174 5189   
AMD 2970WX 1 24 3.00 inf inf 173 4324   
AMD 2950X 1 16 3.50 inf inf 180 3187   
AMD 2920X 1 12 3.50 inf inf 176 2584   
AMD 1900X 1 8 3.80 inf inf 168 1709   
AMD 1920X 1 12 3.50 inf inf 173 2433   
AMD 1950X 1 16 3.40 inf inf 168 2986   
AMD 3100 1 4 3.60 inf inf 179 1019   
AMD 3250U 1 2 2.60 inf inf 138 344   
AMD 3300X 1 4 3.80 inf inf 200 1129   
AMD 4200GE 1 4 3.50 inf inf 188 1129   
AMD 4300U 1 4 2.70 inf inf 80 243   
AMD PRO 4200G 1 4 3.80 inf inf 188 1129   
AMD 3500 1 6 3.60 inf inf 188 1129   
AMD 3500X 1 6 3.60 inf inf 188 1129   
AMD 3600 1 6 3.60 inf inf 197 1578   
AMD 3600X 1 6 3.80 inf inf 204 1647   
AMD 3600XT 1 6 4.00 inf inf 217 1757   
AMD 4400GE 1 6 3.30 inf inf 197 1489   
AMD 4500U 1 6 2.30 inf inf 195 835   
AMD 4600H 1 6 3.00 inf inf 178 1464   
AMD PRO 4200G 1 6 3.00 inf inf 200 1561   
AMD PRO 4650U 1 6 2.10 inf inf 123 229   
AMD 3700X 1 8 3.60 inf inf 204 2114   
AMD 3800X 1 8 3.90 inf inf 209 2165   
AMD 3700XT 1 8 4.20 inf inf 217 2317   
AMD 4700G 1 8 3.60 inf inf 204 2114   
AMD 4700GE 1 8 3.10 inf inf 200 1927   
AMD 4700U 1 8 2.00 inf inf 188 1054   
AMD 4800H 1 8 2.90 inf inf 197 1712   
AMD 4800HS 1 8 2.90 inf inf 197 1712   
AMD 4800U 1 8 1.80 inf inf 197 1302   
AMD PRO 4700G 1 8 3.60 inf inf 204 2114   
AMD PRO 4750U 1 8 1.70 inf inf 188 1264   
AMD 3900 1 12 3.10 inf inf 197 2804   
AMD 3900X 1 12 3.80 inf inf 214 3168   
AMD 3900XT 1 12 4.10 inf inf 226 3297   
AMD 3950X 1 16 3.50 inf inf 217 3897   
AMD 4900H 1 8 3.30 inf inf 204 1937   
AMD 4900HS 1 8 3.00 inf inf 200 1918   
AMD 4900U 1 8 2.00 inf inf 204 1384   
AMD PRO 7 4700U 1 8 2.00 inf inf 188 1433   
AMD 1200 1 4 3.10 inf inf 154 604   
AMD 2200U 1 2 2.50 inf inf 129 318   
AMD 2300X 1 4 3.50 inf inf 232 772   
AMD 3200G 1 4 3.60 inf inf 154 605   
AMD 3200U 1 2 2.60 inf inf 138 344   
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*  values marked with * are not real measurements but a rough average estimate to compare CB 15 with CB 11.5 values

What is CINEBENCH R15?

CINEBENCH R15 is a systems monitoring service that uses specifically generated CG images and scenes to test the efficiency of CPUs and GPUs, whether on your own machine or render farm, or on cloud-based remote machines. The images and scenes that CINEBENCH R15 works with are created using Maxon Cinema 4D, but, as Dr. Bernd Lutz of Maxon explained to me, “depending on how other programs handle details, e.g. scaling with more cores, task switching, memory handling, etc., the results could differ when you do similar tests with another program. Nevertheless, the test results you get from CINEBENCH R15 will be a good indicator which CPUs/GPUs are better or worse than others.” So there will be differences in the scores (see below) if you are using Maya or Houdini or whatever, but essentially you will beable to identify the processors that best suit your ambitions.

How it works

Main Processor Performance (CPU)

The test scenario is designed to use all of your system's processing power to render a photorealistic 3D scene (the test scene is an extract from "No Keyframes", a lovely piece of animation by Aix Sponza – you can watch the whole fine work here). The test puts up a number of render requirements calculated to drive any processor close to insane, with sharp and blurry reflections, area lights, shadows, procedural shaders, anti-aliasing, and so on. CINEBENCH R15 use this scene because it makes use of algorithms that are sure to put stress on all the available processor cores. Maxon tells us that “CINEBENCH R15 can measure systems with up to 256 processor threads.” Without making any attempt to count them myself, it looks accurate to say, as they do, that “the test scene contains approximately 2,000 objects, which in turn contain more than 300,000 polygons in total.” Of course, in high end production scenes there can be millions of polygons, but this is enough to test your system without wasting time. The score results of this test are displayed on the CINEBENCH R15 UI as points (pts). Simply enough, more points means better performance.

Graphics Card Performance (OpenGL)

To test the GPU performance in OpenGL mode CINEBENCH R15 uses a car chase scene (created by renderbaron). This is a dense scene that pulls out all the stops. The graphics card has to display a huge amount of geometry (nearly 1 million polygons) and textures, as well as a variety of effects, such as motion blur, bump maps, transparency, refraction, environments, lighting and others. Performance depends on the GPU processor you are testing, and it also depends on the drivers used. The intention is to evaluate the performance across different disciplines and give a good average overview of the capabilities of your graphics hardware. The result is measured in frames per second refresh speed of the GPU (fps). As with the CPU test, the higher the number, the faster your graphics card. Maxon provides specific technical information regarding both these test processes on the tech-page of CINEBENCH R15.

Why do we ask you to use it?

If you are testing your own machine, or if you are looking to upgrade your processors, CINEBENCH R15 offers an invaluable service. This applies to RebusFarm’s processors as much as anyone’s. That is why we ask you to send us your CINEBENCH R15 results. It helps us to maintain the high standards of service we have set for ourselves over the past years. Knowing the results experienced by our clients is all part of how we can make sure RebusFarm remains the outstanding cloud render service that its many clients know it to be. Also, it would be a kindness to us as these results will help to raise our online presence and thus recruit more clients. As, we hope, our satisfied clients, we are sure you would want to help us find a wider audience for our service.

Thank you, vielen Dank