All-in-one PC for video editing
Video editing simultaneously mobilizes the processor to calculate transitions, RAM to load current clips, and the screen to preview every detail. Multitrack projects in high definition quickly saturate entry-level configurations and transform every export into endless waiting. The all-in-one PC concentrates these resources in a single case, simplifying installation on a desk dedicated to creation.
In this context, raw power and abundant memory matter more than internal storage or extreme brightness. A multi-core processor speeds rendering, a large amount of memory allows manipulating several tracks without reloading. The screen must offer enough space to display timeline and previews side by side. Storage remains secondary as video files often migrate to external drives or the cloud after export.
What matters in this specific case
The same criteria as on the category page, but not the same weight: here is what goes up and what goes down.
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Price
Matters more coefficient 1.2Price keeps its importance but takes second place against productivity gains. A computer capable of halving rendering time quickly pays back its extra cost for those regularly creating content. Comparing prices remains useful, but a higher budget gives access to components essential for demanding video creation.
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Speed
Matters more coefficient 1.9Speed becomes the central criterion in video editing: each additional core reduces rendering time and improves preview fluidity. Twenty-core processors fully exploit their potential when exporting complex sequences, where two cores force waiting hours. The second best at twenty cores constitutes a realistic target.
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RAM
Matters more coefficient 1.8RAM takes decisive importance for caching several minutes of high-definition footage without slowing the interface. Thirty-two gigabytes correspond to the second best observed and allow working comfortably on multilayer edits. The eight-gigabyte minimum saturates upon opening a few tracks, causing constant slowdowns.
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Storage
Matters less coefficient 0.6Storage loses priority as video projects quickly occupy hundreds of gigabytes and naturally migrate to large-capacity external drives. The median at five hundred twelve gigabytes suffices for installing software and temporarily storing current rushes. Investing in an internal terabyte brings less value than a dedicated external drive.
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Display
Matters more coefficient 1.4The display gains importance for simultaneously showing timeline, editing tools, and video preview without overlap. A diagonal close to twenty-seven inches offers the necessary space to organize the interface without constantly reducing windows. Small formats at twenty-one and a half inches force tiring back-and-forth between elements.
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Brightness
Matters less coefficient 0.7Brightness matters less in video creation, which often takes place in a dimly lit environment to better judge contrasts and colours. Two hundred fifty candelas per square metre suffice in these conditions. Very bright panels at three hundred fifty candelas mainly serve in broad daylight, a situation poorly suited to precise colour grading work.
What is not worth paying for
The features pushed in this category that make no difference in this context.
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Very high internal storage
Multiplying internal capacity beyond one terabyte costs dearly while video files store more economically on fast external drives. Internal storage mainly serves software and current projects, rarely complete archiving of a rushes library that constantly swells through productions.
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Maximum brightness screens
Panels exceeding three hundred candelas target outdoor uses or facing large bay windows. Video editing demands a controlled environment to faithfully evaluate colours and contrasts: excessive brightness distorts perception and tires eyes during extended sessions.
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Minimal memory configurations
Settling for eight gigabytes of RAM for video editing leads to permanent slowdowns as soon as several tracks overlap. The software must constantly reload from disk, transforming each cursor movement into frustrating waiting. This memory gap penalizes more than any other budget compromise.
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Low core count processors
Choosing a processor limited to two or four cores for video editing multiplies rendering time several fold. Each export becomes forced downtime, blocking the computer for operations that would execute in a fraction of the time on an eight-core or higher processor.
Price ranges for this use
Orders of magnitude, not displayed prices: a price only appears on Kalyneo once it has been collected from a merchant, with its collection date.
Under €700
Under seven hundred euros: entry-level machines insufficient for regular video editing, limited to two or four cores and eight gigabytes of memory, causing constant slowdowns.
€700 to €1,400
Seven hundred to one thousand four hundred euros: intermediate configurations allowing occasional editing with eight cores and sixteen gigabytes, but rendering times remain long on complex projects.
Over €1,400
Over one thousand four hundred euros: machines truly suited to video creation, combining multi-core processors close to twenty cores, thirty-two gigabytes memory, and large screens to work efficiently.
Our selection criteria for this use
A product only enters this list if it meets every one of these points. Its relevance is rated for this specific use, independently of its overall score in the category.
- Processor counting at least eight cores, ideally close to twenty cores to reduce rendering times
- RAM of at least sixteen gigabytes, thirty-two gigabytes preferred for multilayer edits
- Screen of twenty-four inches or more to comfortably display timeline and preview simultaneously
- Storage of five hundred twelve gigabytes minimum, supplemented by external drives for archiving