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The original “Basemark GPU Benchmark Review With 20 GPUs” is a historical Guru3D comparison, not a current 2026 graphics-card ranking. It is valuable because it shows how a common synthetic workload exposed differences among Vulkan, DirectX 12, and OpenGL, but its scores should not be used as modern buying guidance without retesting.
The original Guru3D review was published during the Basemark GPU 1.2-era benchmark cycle and appeared across multiple pages. Search evidence associates it with roughly 20 or slightly more desktop GPUs, but the exact card count, complete hardware list, test platform, and every table entry should be verified from the original pages before being quoted as precise facts.
What the original review actually tells us
The Guru3D article is best read as an archive of performance under an older benchmark and driver environment. Its results describe how the tested cards behaved in Basemark GPU at that time—not how current GPUs perform today.
Basemark GPU has since received later 1.2.x releases. Basemark’s current consumer download page lists version 1.2.3, while historical coverage also refers to versions 1.2 and 1.2.1. A score from the original review therefore cannot be placed directly on a current leaderboard unless the benchmark version, API, operating system, driver, preset, and hardware configuration all match.
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The original review should also be treated cautiously because the available evidence does not establish every detail of its test system. Before reproducing an exact historical table, verify the Guru3D pages for the CPU, memory, operating-system build, driver versions, GPU clock settings, cooling, board models, and whether cards were reference, factory-overclocked, or manually overclocked.
See the review’s first page, second page, and third page for the original material.
What Basemark GPU measures
Basemark GPU is a cross-platform graphics benchmark built on Basemark’s Rocksolid graphics engine. It renders a fixed, game-like scene and is designed to compare graphics performance across desktop and mobile operating systems.
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The benchmark can use DirectX 12, Vulkan, and desktop OpenGL, as well as Metal on Apple platforms and OpenGL ES or Vulkan on Android. Rocksolid abstracts rendering resources so that a broadly similar workload can run across different platforms, but that does not make scores from different APIs perfectly interchangeable.
In practical terms, Basemark GPU is useful for measuring:
- Relative raster-rendering performance in one controlled workload.
- Differences among Vulkan, DirectX 12, and OpenGL implementations.
- Driver behavior and unusual API-specific performance.
- Cross-platform graphics performance when the test mode is held constant.
It does not measure every aspect of a modern GPU. It is not a complete test of ray tracing, AI acceleration, video encoding, professional CUDA or ROCm workloads, VRAM behavior in current games, or frame-time consistency.
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Basemark’s technical information is available on its Basemark GPU product page.
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High Quality, Medium Quality, native, and off-screen modes
High Quality
High Quality is intended for desktop-class systems. It uses a demanding fixed workload with a nominal 3840×2160 off-screen resolution, higher-resolution textures, more geometry, and advanced effects. Basemark lists approximately 2 million maximum triangles per frame, 4096×4096 maximum textures, about 4 GB maximum memory usage, and roughly 10,000 draw calls per frame for the specification.
Medium Quality
Medium Quality is aimed primarily at mobile systems. Its official off-screen resolution is 1920×1080, with lower geometry, texture, memory, and draw-call requirements.
Native versus off-screen
Native testing renders at the device’s display resolution. Off-screen testing uses a fixed resolution, making comparisons more consistent when devices have different screens. For a desktop GPU ranking, fixed off-screen testing is generally preferable because monitor resolution and refresh-rate synchronization can otherwise influence the result.
Never combine High Quality, Medium Quality, native, and off-screen results in one ranking. They are different workloads.
Why the API matters more than many old tables show
A Basemark GPU result is incomplete without its rendering API. The same GPU can rank differently under Vulkan, DirectX 12, and OpenGL because the score reflects more than the graphics processor itself.
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API results also include the effects of:
- Vendor driver optimization and driver maturity.
- Shader compilers and pipeline caches.
- Command-submission and synchronization overhead.
- Operating-system scheduling and runtime components.
- CPU limitations, especially in higher-overhead paths.
- Power limits, thermal throttling, and laptop configuration.
- Resizable BAR or Smart Access Memory settings.
- Factory-overclocked clocks and board-specific power limits.
OpenGL can show a larger driver-overhead penalty in some situations, while Vulkan and DirectX 12 expose more explicit resource and command-management behavior. That does not make one API universally faster. The meaningful conclusion is usually specific: a card was faster in this Basemark workload using this API and software configuration.
Basemark published a separate comparison of Vulkan, OpenGL, and DirectX 12 performance, which is useful context for interpreting API-specific results.
Why the old ranking is not a current GPU ranking
Several variables have changed since the original review:
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- Drivers and operating systems have changed substantially.
- Benchmark builds may differ, including the current 1.2.3 consumer release.
- Firmware, power-management behavior, and resizable memory features may change results.
- Modern games increasingly use ray tracing, upscaling, frame generation, and AI workloads that this benchmark does not represent.
For those reasons, phrases such as “the fastest GPU” or “the best GPU” should always include the model, API, preset, benchmark version, driver, and test date. An old Basemark score is evidence about an old test environment, not a universal statement about present-day gaming performance.
How to reproduce or update the comparison
For a modern retest, download the benchmark from the official Basemark GPU page. The current page lists Windows 10 x64 and ARM64, Ubuntu 18.04 x64, Linux Flatpak, macOS, Android 7+, and iOS downloads. Broad requirements include a supported Vulkan, OpenGL, Metal, or DirectX 12 path, at least one supported texture-compression format, 12 GB of RAM on 64-bit systems, and 2 GB of VRAM.
Record before testing
- Exact GPU model, board partner, and VRAM capacity.
- BIOS version and whether the card is reference or factory overclocked.
- Manual overclock, undervolt, power-limit, and fan settings.
- CPU, motherboard, system memory capacity, and memory speed.
- Operating-system version and build.
- GPU driver version.
- Resizable BAR or Smart Access Memory status.
- Power plan, monitor refresh rate, ambient temperature, and cooling conditions.
- Whether overlays, recording tools, browser windows, and monitoring injectors are disabled.
Run a controlled test
- Install exactly the same Basemark GPU version on every system.
- Install the chosen driver before beginning the test cycle, then reboot.
- Return each card to a documented stock profile.
- Use the same quality mode, resolution, and API for the primary ranking.
- Run Vulkan, DirectX 12, and OpenGL separately when API behavior is part of the analysis.
- Complete one warm-up pass, followed by at least three measured passes.
- Report the median or average rather than an unexplained single run.
- Save result screenshots or exported result pages and record failed launches or visual errors.
- Record average FPS and, where available, minimum and maximum FPS alongside the composite score.
The free consumer version submits official results to Basemark Powerboard and requires an internet connection to display results. Basemark’s current leaderboard is moving to GPUScore Powerboard; older pages may redirect from the legacy Powerboard interface.
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Common reproduction problems
The benchmark uses the wrong GPU
This is especially common on laptops and hybrid-graphics systems. Confirm whether the test is running on the integrated or discrete GPU, connect AC power, select the intended performance mode, and check the MUX switch or operating-system graphics assignment.
An API is unavailable
Do not record an unsupported API as a score of zero. Separate “not supported” from a numerical result. Causes can include driver limitations, missing runtime components, operating-system restrictions, virtual machines, remote desktops, hybrid-graphics routing, or incorrect GPU selection.
Results are capped or unexpectedly low
Check VSync, fixed versus native rendering, power limits, thermal throttling, background applications, overlays, and monitor behavior. Off-screen testing reduces dependence on the display refresh rate.
Linux will not launch
Basemark notes that spaces in folder names can cause launch errors when unpacking the .tar.gz package. Debian users may also need to add the Flathub repository manually when installing through Flatpak.
Android assets will not download
The Android launcher downloads approximately 1.6 GB of assets before the first run. Basemark recommends restarting the device if the loader cannot complete the download.
Basemark also recommends running the application as administrator and notes that OpenGL may not allow selection among multiple GPUs in some configurations.
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How to analyze the results properly
Use the composite score as the primary ranking when the benchmark supplies one, and use average FPS to make the result easier to understand. Treat minimum FPS cautiously: a short synthetic run is not necessarily a stable frame-time sample.
Useful comparisons include:
- Within one API: the cleanest ranking for that API and preset.
- Across APIs on one GPU: a way to identify driver or implementation differences.
- Across multiple GPUs: useful only when platform, mode, version, driver, and API are held constant.
- Performance per watt: meaningful only when power is measured consistently with an external meter or validated telemetry.
A strong report should identify the best result for each API, the largest API imbalance, cards that failed or lacked an API, and anomalous results that need explanation. It should not collapse different APIs into one unexplained leaderboard.
Basemark GPU versus other benchmarks
Basemark GPU works best as one part of a benchmark portfolio:
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- 3DMark: established graphics and ray-tracing tests.
- Unigine Superposition: a different raster-rendering workload.
- Built-in game benchmarks: practical performance in specific engines and settings.
- OCAT, PresentMon, or CapFrameX: frame-time and 1% low analysis.
- GPU-Z, HWiNFO, or vendor utilities: clocks, temperatures, power, and throttling telemetry.
These tools are complementary rather than interchangeable. A game benchmark is better evidence for choosing a GPU for that game; Basemark GPU is better evidence for the behavior of this particular synthetic workload and its API paths.
Historical value versus modern buying value
| Question | How useful is the old review? |
|---|---|
| What did older GPUs score in Basemark GPU? | Useful as an archive, provided the original tables and test conditions are verified. |
| How did Vulkan, DirectX 12, and OpenGL differ? | Useful for understanding API and driver behavior in that benchmark generation. |
| Which GPU should I buy in 2026? | Insufficient. Use current game tests, ray-tracing tests, power data, VRAM analysis, and current prices. |
| Can I reproduce the methodology? | Yes, but publish the exact executable version, driver, operating system, API, preset, and hardware configuration. |
| Does the score predict professional compute performance? | No. It does not replace CUDA, ROCm, OpenCL, rendering, encoding, or application-specific tests. |
Basemark’s newer GPUScore products cover additional workloads, including cross-platform and mobile ray-tracing scenarios. They should be considered separate products rather than interchangeable versions of the original Basemark GPU workload; current product and leaderboard information is available through GPUScore Powerboard.
Verdict
The Basemark GPU review with roughly 20 GPUs remains worthwhile as a historical comparison and as an example of why API labels, driver versions, and test modes matter. It is also reproducible in principle using the current consumer release, provided every variable is documented and the results are clearly dated.
Its limitation is equally important: the old ranking is not a modern GPU buying guide. Use it to study historical performance and API behavior, then combine a fresh Basemark run with current games, ray-tracing tests, frame-time captures, and power measurements before drawing conclusions about today’s graphics cards.
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