How to Setup Geekbench for CPU Benchmarking on a Linux Machine

How to Setup Geekbench for CPU Benchmarking

Benchmarking is an essential process for understanding the performance capabilities of any system. It provides quantifiable metrics that can be used to compare the performance of different systems or the same system over time. One of the most popular benchmarking tools available today is Geekbench. It’s a cross-platform tool that measures the performance of your system’s processor.

For those who are keen on understanding the performance of their Linux-based systems, Geekbench is an invaluable tool. Whether you’re running a dedicated server, a VPS server, or even a cloud hosting solution, benchmarking can provide insights into how your server is performing.

In this tutorial, we will guide you step-by-step on how to set up and use Geekbench to perform CPU benchmarking tests on a Linux machine. By the end of this guide, you’ll be able to gauge the performance of your system and make informed decisions based on the results.

Let’s get started.

Prerequisites

  • A Linux machine with Ubuntu 18.04 LTS (64-bit) or later and 2GB of RAM.
  • Root or sudo access to the machine.
  • Internet connection to download Geekbench.

Step 1: Downloading Geekbench

Navigate to the official Geekbench website to download the Linux version of the software.

Download the tarball (.tar.gz file) to your machine.

Step 2: Extracting the Geekbench Archive

Navigate to the directory where you downloaded the Geekbench tarball.

Use the following command to extract the contents:

tar -xvzf Geekbench-6.2.1-Linux.tar.gz

Replace 6.2.1 with the version number you downloaded.

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Step 3: Running Geekbench

Navigate to the extracted Geekbench directory:

cd Geekbench-6.2.1-Linux

Run the Geekbench binary:

./geekbench6

This command will start the benchmarking process. Geekbench will run a series of tests on your CPU and then provide a score for each.

Step 4: Interpreting the Results

Once the benchmarking process is complete, Geekbench will provide a link to view your results online.

This link will take you to the Geekbench website, where you can see a detailed breakdown of your system’s performance.

The results will include single-core and multi-core scores for the CPU.

For example:

Geekbench 6.2.1 for Linux x86 (64-bit)
System Information Operating System: Ubuntu 23.10
CPU Information Name: AMD Ryzen 9 7950X
Topology: 1 Processor, 16 Cores, 32 Threads
Identifier: AuthenticAMD Family 25 Model 97 Stepping 2
Base Frequency: 5.88 GHz
Cluster 1: 0 Cores
L1 Instruction Cache: 32.0 KB x 16
L1 Data Cache: 32.0 KB x 16
L2 Cache: 1.00 MB x 16
L3 Cache: 32.0 MB x 2
Memory Information Size: 62.52 GB
Single-Core Performance Single-Core Score: 2777
File Compression: 2910 (417.8 MB/sec)
Navigation: 2844 (17.1 routes/sec)
HTML5 Browser: 2879 (58.9 pages/sec)
PDF Renderer: 2824 (65.1 Mpixels/sec)
Photo Library: 2802 (38.0 images/sec)
Clang: 3319 (16.3 Klines/sec)
Text Processing: 3014 (241.4 pages/sec)
Asset Compression: 2417 (74.9 MB/sec)
Object Detection: 2265 (67.8 images/sec)
Background Blur: 3482 (14.4 images/sec)
Horizon Detection: 3453 (107.5 Mpixels/sec)
Object Remover: 2647 (203.5 Mpixels/sec)
HDR: 2348 (68.9 Mpixels/sec)
Photo Filter: 2909 (28.9 images/sec)
Ray Tracer: 1918 (1.86 Mpixels/sec)
Structure from Motion: 2837 (89.8 Kpixels/sec)
Multi-Core Performance Multi-Core Score: 19154
File Compression: 11144 (1.56 GB/sec)
Navigation: 25598 (154.2 routes/sec)
HTML5 Browser: 18366 (376.0 pages/sec)
PDF Renderer: 23397 (539.6 Mpixels/sec)
Photo Library: 26308 (357.0 images/sec)
Clang: 47680 (234.8 Klines/sec)
Text Processing: 3868 (309.7 pages/sec)
Asset Compression: 38886 (1.18 GB/sec)
Object Detection: 9410 (281.6 images/sec)
Background Blur: 19154 (79.3 images/sec)
Horizon Detection: 26090 (811.9 Mpixels/sec)
Object Remover: 20975 (1.61 Gpixels/sec)
HDR: 15725 (461.4 Mpixels/sec)
Photo Filter: 11994 (119.0 images/sec)
Ray Tracer: 43283 (41.9 Mpixels/sec)
Structure from Motion: 21699 (687.0 Kpixels/sec)
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Commands Mentioned

  • tar -xvzf – Extracts a tarball archive.
  • cd – Changes the current directory.
  • ./geekbench6 – Executes the Geekbench binary.

FAQ

  1. Why is benchmarking important?

    Benchmarking provides quantifiable metrics that allow users to compare the performance of different systems or track the performance of a single system over time. It helps in identifying bottlenecks, making informed decisions about upgrades, and ensuring optimal performance.

  2. How long does the Geekbench test take?

    The duration of the Geekbench test can vary based on the system’s performance and the specific tests being run. Typically, it can take anywhere from a few minutes to over half an hour.

  3. Is Geekbench free to use?

    Geekbench offers both a free version and a paid Pro version. The free version allows users to run benchmarks, but some advanced features and options are reserved for the Pro version.

  4. Can I run Geekbench on other operating systems?

    Yes, Geekbench is a cross-platform tool. It’s available for Linux, Windows, macOS, iOS, and Android.

  5. What factors can affect my Geekbench scores?

    Several factors can influence Geekbench scores, including the system’s hardware, software configurations, background processes, and even temperature. It’s advisable to close other applications and run the test in a controlled environment for consistent results.

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Conclusion

Benchmarking is a crucial process for anyone looking to understand the performance capabilities of their system. Geekbench offers a straightforward and effective way to measure the performance of your CPU on a Linux machine. By following the steps outlined in this guide, you can easily set up and run Geekbench on your Linux system, allowing you to make informed decisions based on the results.

Whether you’re a seasoned webmaster or just starting, remember that in the ever-evolving world of technology, staying informed and proactive in assessing your system’s performance is key to success. With the knowledge gained from benchmarking, you can make informed decisions, optimize your setups, and ensure that your servers, whether they are virtual or dedicated, always deliver peak performance.

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