CrossMark
by CrossMarkCrossMark measures productivity, creativity and responsiveness on Android, iOS, Linux, macOS and Windows.
PC benchmark software gives buyers a way to compare workload results, operating-system support, test profiles and result handling. This guide helps you match a tool to a Windows, Linux, macOS, Android, iOS or web setup.
The list is rebuilt nightly with newest releases first. It uses figures makers publish and does not assign scores.
CrossMark measures productivity, creativity and responsiveness on Android, iOS, Linux, macOS and Windows.
Sandra suits power users who want broad hardware and system analysis across Windows or Android.
AndroidWindowsNexus suits PC users who want hardware readings, cooling controls, and RGB lighting in one app.
AndroidiPhone & iPadWeb+3Free 3D graphics benchmark for GPU rendering on Windows and Linux.
WindowsMacLinuxBasemark GPU suits people comparing graphics performance on mobile or desktop systems.
clpeak measures compute, memory bandwidth, matrix throughput, kernel latency and AI inference on five operating systems.
Geekbench measures CPU, GPU compute, machine learning and other workloads across Android, iOS, Linux, macOS and Windows.
Parkdale checks storage and network-server read or write speed on Android, macOS and Windows.
Measures CPU, NVIDIA GPU, or combined rendering speed with V-Ray 6 RTX and CUDA scenes.
OpenCL-Benchmark measures peak GPU and CPU compute, memory bandwidth and PCIe bandwidth on four operating systems.
It suits people evaluating systems for 3ds Max workloads, including CAD/CAM, digital content creation, and visualization users with a licensed application.
Blender suits people creating 3D models, animations, visual effects, or game assets, as well as users combining 2D drawing with 3D work.
3DMark measures GPU, CPU, ray tracing, API and stability workloads on PCs, Macs, tablets and smartphones.
tinymembench measures sequential memory bandwidth and random-access latency on Android, Linux and Windows.
Tests Blackmagic RAW decoding with CPUs, GPUs, resolutions, and frame rates on three platforms.
Cross-platform Microsoft tool that creates storage workloads and runs performance tests; binaries and source are available.
elbencho measures file-system, object-store, block-device and GPU-storage performance on Linux, Windows and macOS.
Cross-platform storage I/O tool measuring bandwidth, IOPS, and latency for varied workloads.
CPU and GPU benchmark for Indigo Renderer on Windows, macOS, and Linux.
Cross-platform LuxRender benchmark for CPU, GPU, hybrid, CUDA, OptiX, and path-tracing workloads.
GPU benchmark for OctaneRender scenes on Linux, macOS, and Windows.
Use the Free plan and Paid from fields to see how a tool can fit your budget. A Free trial entry can give you a time-limited way to evaluate a paid option.
If code access matters, check the licence information before choosing an open-source tool.
Compare the Operating systems field with the devices you need to measure. The list covers Windows, Linux, macOS, Android, iOS and web tools.
A tool may suit a mixed setup better when it supports the systems in your test plan.
Workload areas show what kind of PC activity a benchmark addresses. Compare that field with the processors, graphics hardware or applications you want to evaluate.
Custom test profiles can matter when a preset does not reflect your own workload.
A Comparison database can help you place results beside other runs. Check the Result export formats field if you need to move data into another application or report.
Export support is useful when results must leave the benchmark's own interface.
The CLI or automation field indicates whether a tool can fit scripted runs or repeatable workflows. This matters when you plan to run the same profile across systems.
Confirm that the available controls match the way you intend to launch and collect tests.