Good decisions depend on good evidence and practical tools. This library brings together technical references we consult, visual resources we find useful and file utilities that can make publishing and everyday PC work easier.
Use the right source for the claim. A visual library can help illustrate an article. It cannot validate a benchmark, hardware specification or performance conclusion.
These services solve different problems. Read the “best for” and “check first” notes before opening a site, uploading a file or publishing an asset.
A searchable library of transparent PNG images that can help with mockups, explainers and layered editorial graphics.
A broad collection of desktop, mobile and tablet wallpapers, backgrounds, pictures, SVG files, PNG files and image utilities.
A searchable animated GIF library with categories, sharing options and tools for creating or adapting GIFs.
A categorized SVG library covering interface, technology, business, media, navigation and other visual subjects.
A focused converter for turning HEIC photos into JPG, PNG, WebP or PDF files, including batch conversion.
An image toolkit for format conversion, compression, resizing, metadata removal, background work, upscaling and text extraction.
A developing MP3-focused destination that describes an emphasis on quick access to authorized audio files.
Free access does not always mean unrestricted reuse. Read the asset page, license and attribution rules. Take extra care with logos, celebrities, game characters and other protected material.
Read the current upload and deletion policy before sending personal photos, client work or unpublished media to a converter. Keep sensitive work local when the risk is unclear.
Keep the original file. Confirm dimensions, transparency, color, audio quality and metadata after conversion. Compression and automated editing can introduce visible or audible errors.
Sites change their tools and terms. The person publishing or distributing a file remains responsible for confirming permission, attribution and suitability at the time of use.
Our PC performance articles use sources that match the question being answered. Standards bodies explain interfaces. Platform owners document APIs. Measurement projects explain telemetry. None of those sources replaces a controlled test of the reader’s actual system.
The calculator methodology explains our own model separately. Article pages list the specific references used for their claims and testing guidance.
Frame-time capture, analysis workflow and percentile context.
↗ 02Intel PresentMonIntel GameTechDevFrame presentation telemetry and the measurement foundation used by performance tools.
↗ 03AMD GPUOpenAMDGraphics-performance guidance, rendering concepts and upscaling documentation.
↗ 04HWiNFOREALiXHardware monitoring context for clocks, temperatures, power and limit signals.
↗ 05Microsoft DirectStorageMicrosoftPrimary documentation for the Windows storage and asset-delivery API.
↗ 06PCI-SIGPCI-SIGInterface-generation and bandwidth context for PCI Express discussions.
↗ 07OBS Knowledge BaseOBS ProjectSeparating rendering lag, encoding overload and streaming-performance symptoms.
↗ 08PyTorch DocumentationPyTorchCUDA memory behavior and technical context for local AI workload guides.
↗A source can be accurate and still be wrong for the claim. A specification page tells you what a product supports. It does not prove how fast one game will run. A benchmark can measure one configuration without predicting every PC.
| Question | Start with | What to confirm |
|---|---|---|
| What does a component support? | Manufacturer specification and platform documentation | Exact model, revision, firmware and power configuration |
| How was frame performance measured? | Capture-tool documentation and a published test method | Scene, settings, duration, warm-up and percentile calculation |
| What bandwidth does an interface provide? | The relevant standards body or primary interface documentation | Generation, lane width, encoding overhead and actual device mode |
| Why did a real workload slow down? | A repeatable capture from the affected system | Frame time, per-stage utilization, clocks, temperatures and limits |
| Can an image or audio file be republished? | The asset owner and the exact license attached to the file | Commercial use, attribution, modification and distribution rights |
When a source suggests a likely limit, use the PC bottleneck diagnostic checklist to test one variable at a time. If the evidence supports a CPU or GPU mismatch, compare the components in the CPU and GPU bottleneck calculator. If the cause is memory, storage, temperature or software, follow the matching section of the complete bottleneck guide.
Send the exact URL, what task it solves and any licensing or privacy concern you noticed. We review a resource before changing this collection.