Geekbench

Geekbench, developed by Primate Labs, is the industry-standard suite for measuring and comparing processor and memory performance across a vast array of devices. It provides a comprehensive set of benchmarks engineered to quickly and accurately assess the capabilities of your hardware. Geekbench 6, the latest version, has been updated with new CPU workloads and GPU Compute tasks that model real-world applications and scenarios, including augmented reality (AR) and machine learning (ML), ensuring the results are relevant to modern computing challenges.

In addition to traditional CPU and GPU testing, Geekbench has introduced Geekbench AI, a specialized benchmark designed to measure on-device AI performance with confidence. It runs ten distinct AI workloads using large, realistic datasets to provide a multi-dimensional view of a device's AI capabilities. This allows users to test performance on specific hardware components like the CPU, GPU, or dedicated Neural Processing Units (NPUs) and understand the impact of different AI frameworks like Core ML or QNN.

How to use Geekbench

Using Geekbench is a straightforward process designed for both novices and experts. First, download the appropriate version of the Geekbench application for your operating system (macOS, Windows, Linux, iOS, or Android) from the official website. Once installed, simply launch the application and choose the benchmark you wish to run: CPU Benchmark, GPU Compute Benchmark, or the specialized Geekbench AI Benchmark. Click the 'Run' button to start the test. The software will then execute a series of tasks that simulate real-world use cases. Upon completion, Geekbench will display a set of scores. You can analyze these scores locally or upload them to the Geekbench Browser. By creating a free account on the Geekbench Browser, you can track all your results in one place, compare your device's performance against a massive global database of other devices, and share your findings with the community.

Core Features of Geekbench

• CPU Benchmark: Measures your processor's single-core and multi-core power using tests that simulate everyday tasks like checking email, playing music, and processing images, as well as cutting-edge applications in AR and ML.
• GPU Compute Benchmark: Evaluates the potential of your system's graphics processor for gaming, image processing, and video editing. It supports major APIs including OpenCL, Metal, and Vulkan.
• Geekbench AI Benchmark: A dedicated tool to measure real-world, on-device AI performance. It tests CPUs, GPUs, and NPUs with ten different workloads and three data types (Single Precision, Half Precision, and Quantized).
• Cross-Platform Comparison: Designed from the ground up to allow direct performance comparisons between devices running different operating systems and processor architectures.
• Geekbench Browser: An online platform to upload, store, and share your benchmark results. It features comprehensive Benchmark Charts aggregated from real users to help you make informed decisions.
• Real-World Tests: Employs practical, everyday scenarios and realistic datasets to ensure that benchmark results are relevant and directly applicable to how you use your devices.
• Professional Features (Pro Version): Offers command-line automation for streamlined testing, the ability to save results offline for privacy, and a license for commercial use.

Use Cases for Geekbench

Geekbench serves a wide range of users. For consumers, it's an invaluable tool for making informed purchasing decisions by comparing the performance of smartphones, laptops, and desktops. Tech journalists and reviewers rely on it to provide objective, standardized performance data in their articles and videos. Developers use Geekbench to test and optimize their applications, ensuring they run efficiently across various hardware. IT professionals can use it for system diagnostics and to benchmark hardware for enterprise deployment. For hardware enthusiasts and overclockers, it's the perfect tool to quantify performance gains from system modifications and tweaks.

Advantages of Geekbench

The primary advantage of Geekbench is its position as a universal, cross-platform standard. It provides a single, reliable yardstick to measure performance across the entire computing landscape, from mobile phones to high-end servers. Its focus on real-world workloads, rather than purely synthetic tests, means the scores it produces are a more accurate reflection of actual user experience. The tool is both simple enough for a casual user to run a quick test and powerful enough for a professional to conduct in-depth, automated analysis. The vast, user-populated Geekbench Browser database adds immense value, providing context for every result.

Pricing and Plans

Geekbench offers a flexible pricing structure to suit different needs:

• Geekbench 6 (Free): Ideal for personal, non-commercial use. It includes the full CPU and GPU benchmarks and allows users to manage their results online via the Geekbench Browser.
• Geekbench 6 Pro ($99 per user): Aimed at professionals and commercial users. This one-time purchase includes all features of the free version, plus powerful tools like command-line automation, standalone mode for portable use, offline results management, and a commercial use license.
• Corporate Licenses: For larger organizations, Primate Labs offers perpetual Site, Source, and Development licenses. These provide usage rights for all users within an organization and include features like dedicated support and source code access. Pricing is available upon request. Geekbench AI follows a similar freemium model with Pro and Corporate options available.