Ashes of the Singularity: Escalation - The Ultimate RTS Game
Ashes of the Singularity Benchmark Download: How to Test Your PC Performance with This Epic RTS Game
If you are looking for a game that can push your PC to its limits, you might want to check out Ashes of the Singularity. This is an epic real-time strategy (RTS) game that features massive battles with thousands of units on huge maps. It also boasts stunning graphics powered by DirectX 12 and Vulkan APIs.
ashes of the singularity benchmark download
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But how do you know if your PC can handle such a demanding game? And how do you compare your PC performance with other gamers? That's where A shes of the Singularity benchmark download comes in handy. This is a tool that allows you to test your PC performance with various scenarios and settings in the game. You can also compare your results with other users online and see how your PC ranks among them.
In this article, we will show you how to download and run the Ashes of the Singularity benchmark tool, how to interpret and compare your benchmark results, and how to improve your PC performance for playing or benchmarking Ashes of the Singularity. Let's get started!
What is Ashes of the Singularity?
Ashes of the Singularity is a sci-fi RTS game developed by Oxide Games and Stardock Entertainment. It was released in 2016 and received positive reviews from critics and players alike. The game is set in the distant future, where humanity is engaged in a war with a powerful artificial intelligence called the Substrate. The game features two factions: the Post-Human Coalition (PHC) and the Substrate, each with their own units, abilities, and strategies.
The game's main selling point is its scale and complexity. Ashes of the Singularity allows you to command thousands of units across multiple planets, each with their own terrain, resources, and weather. The game also supports up to 16 players in multiplayer mode, creating epic battles that can last for hours. The game uses a new engine called Nitrous, which utilizes DirectX 12 and Vulkan APIs to render stunning graphics and effects. The game also supports 4K resolution, HDR, and VR.
Why is Ashes of the Singularity a Good Game to Benchmark Your PC?
Ashes of the Singularity is not only a fun and challenging game to play, but also a great game to benchmark your PC. This is because the game is very demanding on both CPU and GPU resources, as well as memory and storage. The game requires a lot of processing power to handle the large number of units, physics, AI, and graphics on the screen. The game also offers a lot of graphics options and presets to customize your visual experience.
By benchmarking your PC with Ashes of the Singularity, you can get a good idea of how well your PC can handle other modern games that use similar technologies and features. You can also see how your PC compares with other users' PCs in terms of performance and quality. And you can also find out what areas of your PC need improvement or optimization for playing or benchmarking Ashes of the Singularity.
Technical Requirements
Before you download and run the Ashes of the Singularity benchmark tool, you need to make sure that your PC meets the minimum or recommended system specifications for running the game. Here are the system requirements for Ashes of the Singularity according to Steam:
Minimum
Recommended
OS: 64-bit Windows 10 / 8.1 / 7
OS: 64-bit Windows 10
Processor: Quad-core Intel / AMD Processor
Processor: Intel Core i7 or Equivalent
Memory: 6 GB RAM
Memory: 16 GB RAM
Graphics: 2 GB GDDR5 NVidia GeForce 660 / AMD R7 360 or better (GeForce 900+ / Radeon Fury+ for Vulkan)
Graphics: 4 GB GDDR5 NVidia GTX 970 / AMD R9 390 or better
DirectX: Version 11
DirectX: Version 12
Network: Broadband Internet connection
Network: Broadband Internet connection
Storage: 27 GB available space
Storage: 30 GB available space
Sound Card: DirectX Compatible Sound Card
Sound Card: DirectX Compatible Sound Card
As you can see, Ashes of the Singularity is a very demanding game that requires a powerful PC to run smoothly. If your PC does not meet the minimum requirements, you might experience low FPS, stuttering, crashes, or errors. If your PC meets the recommended requirements, you can enjoy the game at high settings and resolutions. Of course, you can always adjust the graphics options to suit your PC's capabilities and preferences.
Graphics Options
Ashes of the Singularity offers a lot of graphics options and presets to customize your visual experience. You can access the graphics options from the game's main menu or from the benchmark tool. Here are some of the graphics options and presets available in the game:
Resolution: You can choose from various resolutions, from 720p to 4K, depending on your monitor and GPU. Higher resolutions will result in sharper and clearer images, but also require more GPU power.
Fullscreen: You can choose to play the game in fullscreen mode or windowed mode. Fullscreen mode will give you better performance and immersion, but windowed mode will allow you to switch between applications easily.
V-Sync: You can choose to enable or disable vertical synchronization, which is a feature that synchronizes the game's frame rate with your monitor's refresh rate. Enabling V-Sync will prevent screen tearing, which is a visual artifact that occurs when the game's frame rate does not match your monitor's refresh rate. However, enabling V-Sync can also introduce input lag and reduce FPS.
Anti-Aliasing: You can choose from various anti-aliasing methods, such as FXAA, MSAA, or SSAA. Anti-aliasing is a feature that smooths out jagged edges and pixelation in the game's graphics. Higher anti-aliasing methods will result in smoother and more realistic images, but also require more GPU power.
Texture Quality: You can choose from various texture quality levels, from low to ultra. Texture quality affects the sharpness and detail of the game's textures, such as the terrain, buildings, units, etc. Higher texture quality levels will result in more detailed and realistic textures, but also require more GPU memory.
Shadow Quality: You can choose from various shadow quality levels, from low to ultra. Shadow quality affects the quality and realism of the game's shadows, such as the shadows cast by units, buildings, trees, etc. Higher shadow quality levels will result in more realistic and dynamic shadows, but also require more CPU and GPU power.
Lighting Quality: You can choose from various lighting quality levels, from low to ultra. Lighting quality affects the quality and realism of the game's lighting effects, such as the sun, sky, reflections, etc. Higher lighting quality levels will result in more realistic and dynamic lighting effects, but also require more CPU and GPU power.
Particle Quality: You can choose from various particle quality levels, from low to ultra. Particle quality affects the quality and realism of the game's particle effects, such as explosions, smoke, fire, etc. Higher particle quality levels will result in more realistic and dynamic particle effects, but also require more CPU and GPU power.
Terrain Quality: You can choose from various terrain quality levels, from low to ultra. Terrain quality affects the quality and realism of the game's terrain features, such as hills, mountains, valleys, etc. Higher terrain quality levels will result in more realistic and dynamic terrain features, but also require more CPU and GPU power.
Object Quality: You can choose from various object quality levels, from low to ultra. Object quality affects the quality and realism of the game's object features, such as buildings, units, trees, etc. Higher object quality levels will result in more realistic and dynamic object features, but also require more CPU and GPU power.
In addition to these individual graphics options, you can also choose from several graphics presets that automatically adjust the graphics options for you based on your PC's capabilities and preferences. The graphics presets are: low (for minimum performance), medium (for balanced performance), high (for high performance), extreme (for maximum performance), custom (for manual adjustment), or auto (for automatic adjustment).
Performance Metrics
To measure your PC performance with Ashes of the Singularity benchmark download tool or with the game itself, you need to know how to read and understand some performance metrics that indicate how well your PC is running the game. Here are some of the performance metrics that you can use to evaluate your PC performance:
FPS : FPS stands for frames per second, which is the number of times the game's image is refreshed on your screen per second. Higher FPS means smoother and more fluid gameplay, while lower FPS means choppy and laggy gameplay. The ideal FPS for most games is 60 or above, but some gamers prefer higher FPS for competitive advantage or visual satisfaction. You can enable the FPS counter in the game's settings or use a third-party software to monitor your FPS.
Score: Score is a numerical value that represents your PC's overall performance in the benchmark tool. Higher score means better performance, while lower score means worse performance. The score is calculated based on your FPS, resolution, graphics settings, and other factors. You can compare your score with other users' scores online and see how your PC ranks among them.
CPU Usage: CPU usage is the percentage of your CPU's processing power that is being used by the game or the benchmark tool. Higher CPU usage means that your CPU is working harder to run the game or the benchmark tool, while lower CPU usage means that your CPU is working less. Ideally, you want your CPU usage to be balanced and not too high or too low. If your CPU usage is too high, it means that your CPU is bottlenecking your GPU and limiting your performance. If your CPU usage is too low, it means that your GPU is bottlenecking your CPU and wasting its potential. You can monitor your CPU usage with the game's built-in performance overlay or with a third-party software.
GPU Usage: GPU usage is the percentage of your GPU's processing power that is being used by the game or the benchmark tool. Higher GPU usage means that your GPU is working harder to render the game's graphics, while lower GPU usage means that your GPU is working less. Ideally, you want your GPU usage to be high and close to 100%, as it means that your GPU is fully utilized and delivering its maximum performance. If your GPU usage is too low, it means that your GPU is not being challenged enough by the game's graphics settings or resolution, and you can increase them for better quality. You can monitor your GPU usage with the game's built-in performance overlay or with a third-party software.
Memory Usage: Memory usage is the amount of RAM (random access memory) that is being used by the game or the benchmark tool. RAM is a type of memory that stores temporary data for fast access by the CPU and GPU. Higher memory usage means that more data is being stored in RAM, while lower memory usage means that less data is being stored in RAM. Ideally, you want your memory usage to be within the limits of your RAM capacity and not exceed it. If your memory usage exceeds your RAM capacity, it will cause swapping, which is a process of moving data from RAM to disk and vice versa. Swapping will slow down your performance and cause stuttering or freezing. You can monitor your memory usage with the game's built-in performance overlay or with a third-party software.
How to Download and Run the Ashes of the Singularity Benchmark Tool?
Now that you know what Ashes of the Singularity is and why it is a good game to benchmark your PC, you might be wondering how to download and run the Ashes of the Singularity benchmark tool. There are two ways to do this: from within the game or from a separate application. Here are the steps for each method:
From Within the Game
If you already own Ashes of the Singularity or have downloaded it from Steam or another platform, you can access and use the benchmark tool from within the game's main menu. Here are the steps to do this:
Launch Ashes of the Singularity from Steam or another platform.
From the main menu, click on Benchmark.
You will see a list of different scenarios that you can use to benchmark your PC. Each scenario has a different map, number of units, and difficulty level. You can also see a preview of each scenario on the right side of the screen.
Select a scenario that you want to use for benchmarking. You can also customize some options for each scenario, such as resolution, graphics preset, V-Sync, anti-aliasing, etc.
Click on Start Benchmark. The game will load the selected scenario and run it for a few minutes.
When the benchmark is done, you will see a summary of your results on the screen. You can also view more details by clicking on Show Details. You can also save your results as a file by clicking on Save Results.
You can repeat this process with other scenarios or options to test your PC performance with different settings and conditions.
From a Separate Application
If you do not own Ashes of the Singularity or do not want to download the full game, you can also download and use the standalone benchmark application from Steam or from the official website. Here are the steps to do this:
Go to Steam and search for Ashes of the Singularity: Escalation - Benchmark. This is a free application that contains the benchmark tool for Ashes of the Singularity. Alternatively, you can go to the official website and download the benchmark tool from there.
Download and install the benchmark application on your PC.
Launch the benchmark application from Steam or from your desktop.
You will see a similar interface as the one from within the game, with a list of scenarios and options to choose from.
Select a scenario and customize your options as you wish.
Click on Start Benchmark. The application will load the selected scenario and run it for a few minutes.
When the benchmark is done, you will see a summary of your results on the screen. You can also view more details by clicking on Show Details. You can also save your results as a file by clicking on Save Results.
You can repeat this process with other scenarios or options to test your PC performance with different settings and conditions.
How to Interpret and Compare Your Benchmark Results?
After you have run the Ashes of the Singularity benchmark tool, you might be wondering what your results mean and how to compare them with other users' results. In this section, we will show you how to interpret and compare your benchmark results in a comprehensive way.
What Your Benchmark Results Mean
Your benchmark results consist of several performance metrics that indicate how well your PC is running the game or the benchmark tool. These metrics are: FPS, score, CPU usage, GPU usage, and memory usage. We have already explained what these metrics mean in the previous section, but here we will show you how to use them to evaluate your PC performance and optimize it.
FPS: FPS is the most important metric for measuring your PC performance, as it directly affects your gameplay experience. Higher FPS means smoother and more fluid gameplay, while lower FPS means choppy and laggy gameplay. The ideal FPS for most games is 60 or above, but some gamers prefer higher FPS for competitive advantage or visual satisfaction. To improve your FPS, you can lower your resolution, graphics settings, or anti-aliasing, or upgrade your GPU.
Score: Score is a numerical value that represents your PC's overall performance in the benchmark tool. Higher score means better performance, while lower score means worse performance. The score is calculated based on your FPS, resolution, graphics settings, and other factors. You can compare your score with other users' scores online and see how your PC ranks among them. To improve your score, you can increase your resolution, graphics settings, or anti-aliasing, or upgrade your CPU or GPU.
CPU Usage: CPU usage is the percentage of your CPU's processing power that is being used by the game or the benchmark tool. Higher CPU usage means that your CPU is working harder to run the game or the benchmark tool, while lower CPU usage means that your CPU is working less. Ideally, you want your CPU usage to be balanced and not too high or too low. If your CPU usage is too high, it means that your CPU is bottlenecking your GPU and limiting your performance. If your CPU usage is too low, it means that your GPU is bottlenecking your CPU and wasting its potential. You can monitor your CPU usage with the game's built-in performance overlay or with a third-party software. To improve your CPU usage, you can lower your graphics settings, especially those that affect shadows, lighting, and particles, or upgrade your CPU.
GPU Usage: GPU usage is the percentage of your GPU's processing power that is being used by the game or the benchmark tool. Higher GPU usage means that your GPU is working harder to render the game's graphics, while lower GPU usage means that your GPU is working less. Ideally, you want your GPU usage to be high and close to 100%, as it means that your GPU is fully utilized and delivering its maximum performance. If your GPU usage is too low, it means that your GPU is not being challenged enough by the game's graphics settings or resolution, and you can increase them for better quality. You can monitor your GPU usage with the game's built-in performance overlay or with a third-party software. To improve your GPU usage, you can increase your resolution, graphics settings, or anti-aliasing, or upgrade your GPU.
Memory Usage: Memory usage is the amount of RAM (random access memory) that is being used by the game or the benchmark tool. RAM is a type of memory that stores temporary data for fast access by the CPU and GPU. Higher memory usage means that more data is being stored in RAM, while lower memory usage means that less data is being stored in RAM. Ideally, you want your memory usage to be within the limits of your RAM capacity and not exceed it. If your memory usage exceeds your RAM capacity, it will cause swapping, which is a process of moving data from RAM to disk and vice versa. Swapping will slow down your performance and cause stuttering or freezing. You can monitor your memory usage with the game's built-in performance overlay or with a third-party software. To improve your memory usage, you can lower your graphics settings, especially those that affect textures and objects, or upgrade your RAM.
How to Compare Your Benchmark