If you want to benchmark your Linux system’s performance, you might be wondering how to run Geekbench on Linux. This guide walks you through the entire process, from downloading the software to interpreting your scores.
Geekbench is a popular cross-platform benchmarking tool that measures CPU and GPU performance. It’s a great way to compare your Linux machine against other systems.
In this article, we’ll cover the installation, execution, and analysis of Geekbench results. Let’s get started.
How To Run Geekbench On Linux
Running Geekbench on Linux is straightforward once you know the steps. You’ll need to download the correct version for your architecture.
First, visit the official Geekbench website. Look for the Linux version, which comes as a compressed archive.
Make sure you have the necessary tools installed, like wget and tar. Most distributions include these by default.
Prerequisites For Running Geekbench
Before you start, check your system’s compatibility. Geekbench requires a 64-bit Linux distribution.
You also need a minimum of 2GB of RAM. The tool runs on most modern kernels.
Ensure you have root or sudo access if you want to install it system-wide. Otherwise, you can run it from your home directory.
Downloading Geekbench For Linux
Open your terminal. Use wget to download the latest Geekbench 6 archive.
Here’s the command format:
wget https://cdn.geekbench.com/Geekbench-6.3.0-Linux.tar.gzReplace the version number with the latest available. Check the official site for updates.
If you prefer, you can download the file manually using a browser. Then move it to your desired directory.
Extracting The Archive
Once downloaded, extract the tarball. Use the tar command:
tar -xzf Geekbench-6.3.0-Linux.tar.gzThis creates a folder named Geekbench-6.3.0-Linux. Navigate into it:
cd Geekbench-6.3.0-LinuxInside, you’ll find the geekbench6 executable. This is the main binary.
Running Geekbench From The Terminal
To run Geekbench, simply execute the binary. Use a full path or run it from the extracted folder:
./geekbench6This starts the CPU benchmark. It will run several tests and then upload the results to Geekbench’s online database.
You’ll see output like:
Geekbench 6.3.0 Tryout
Running...
Uploading results...
Results URL: https://browser.geekbench.com/v6/cpu/1234567The URL contains your scores. You can share it with others.
Running Geekbench With GPU Benchmark
Geekbench also includes a GPU benchmark. To run it, use the --gpu flag:
./geekbench6 --gpuThis tests your graphics card’s compute performance. It works with OpenCL, CUDA, or Vulkan, depending on your drivers.
Make sure you have the appropriate GPU drivers installed. For NVIDIA cards, install the proprietary drivers.
Interpreting Your Geekbench Scores
After the benchmark completes, you’ll get a single-core and multi-core score. Higher numbers indicate better performance.
Compare your results with other systems on the Geekbench Browser. This helps you understand where your hardware stands.
Factors like CPU clock speed, core count, and memory bandwidth affect scores. A modern processor typically scores higher.
Running Geekbench In Non-Graphical Mode
If you’re on a headless server, you can run Geekbench without a display. Use the --no-gui option:
./geekbench6 --no-guiThis runs the benchmark in the terminal only. It still uploads results to the web.
For offline use, you can save results locally. Use the --output flag:
./geekbench6 --output results.jsonThis creates a JSON file with detailed data.
Automating Geekbench Runs
You can script Geekbench for repeated testing. Write a bash script that runs the benchmark at intervals.
Example script:
#!/bin/bash
for i in {1..5}; do
./geekbench6 --output "run_$i.json"
sleep 60
doneThis runs five benchmarks with a one-minute pause between each. Useful for stability testing.
Installing Geekbench System-Wide
To make Geekbench accessible from anywhere, copy the binary to /usr/local/bin:
sudo cp geekbench6 /usr/local/bin/Now you can run geekbench6 from any directory. This is handy for frequent use.
You might also want to copy the license file if needed. The tool works without it for trial mode.
Troubleshooting Common Issues
If Geekbench fails to run, check file permissions. Make the binary executable:
chmod +x geekbench6Missing libraries can cause errors. Install required dependencies like libc6 and libstdc++6.
On some distributions, you may need to install libgomp1 for OpenMP support. Use your package manager.
If the GPU benchmark fails, ensure your drivers are up to date. For AMD cards, install mesa and vulkan packages.
Comparing Results Across Systems
Geekbench scores are normalized so you can compare different hardware. A score of 2000 is roughly double that of 1000.
Visit the Geekbench Browser website. Search for your CPU model to see average scores.
This helps you identify if your system is underperforming due to thermal throttling or misconfiguration.
Using Geekbench For Overclocking Tests
If you overclock your CPU, run Geekbench to measure gains. Compare scores before and after overclocking.
Be cautious: running benchmarks repeatedly can generate heat. Monitor temperatures with sensors or lm-sensors.
Stable overclocks should not cause crashes. If Geekbench fails, reduce your overclock.
Geekbench Vs Other Linux Benchmarks
Geekbench is user-friendly but not the only option. Alternatives include sysbench, stress-ng, and Phoronix Test Suite.
Geekbench focuses on real-world tasks like image processing and compression. Others stress specific components.
For a comprehensive view, use multiple tools. But Geekbench is excellent for quick comparisons.
Updating Geekbench On Linux
To update, download the latest version from the website. Replace the old binary with the new one.
You can also use a package manager if your distro includes Geekbench. Check with apt search geekbench on Debian-based systems.
Official repositories often lag behind. Manual download ensures you have the latest features.
Running Geekbench On ARM Linux
Geekbench supports ARM architectures like Raspberry Pi. Download the ARM64 version from the site.
Extract and run as usual. Performance will be lower than x86 systems, but it’s useful for comparison.
Example for Raspberry Pi 5:
wget https://cdn.geekbench.com/Geekbench-6.3.0-LinuxARM64.tar.gz
tar -xzf Geekbench-6.3.0-LinuxARM64.tar.gz
cd Geekbench-6.3.0-LinuxARM64
./geekbench6Geekbench Licensing And Trial Mode
The free trial runs the benchmark but limits some features. You can still view results online.
For commercial use, purchase a license. This enables offline mode and advanced options.
The trial version is sufficient for most personal testing.
Security Considerations
Geekbench uploads results to the internet. If you’re concerned about privacy, use the --output flag to save locally.
Disable network access temporarily if needed. The benchmark still runs, but results won’t be uploaded.
Always download Geekbench from the official website to avoid malware.
Frequently Asked Questions
How Do I Run Geekbench On Linux Without Internet?
Use the --output flag to save results to a file. The benchmark runs offline, but you won’t get an online comparison.
Can I Run Geekbench On A Server Without A GUI?
Yes, use the --no-gui option. It runs entirely in the terminal.
Why Is My Geekbench Score Lower Than Expected?
Check for thermal throttling, background processes, or power management settings. Run the test multiple times for consistency.
Does Geekbench Work On All Linux Distributions?
It works on most 64-bit distributions. Common ones include Ubuntu, Fedora, Debian, and Arch Linux.
How Often Should I Run Geekbench?
Run it after hardware changes or system updates. For stability testing, run it periodically.
Now you know exactly how to run Geekbench on Linux. Download, extract, and execute—it’s that simple. Use the scores to gauge your system’s performance and make informed upgrades.
Remember to keep your system cool during benchmarks. Happy testing!