Best Laptops for Video Editing

The best laptops for video editing are not simply the most expensive ones. They are the ones whose processor, graphics, memory, storage and display match the footage you actually work with. A laptop that is ideal for cutting 1080p talking-head videos can be painfully slow with multi-camera 4K, and a workstation bought for 8K work is wasted on a weekly vlog.

This guide explains each spec in order of how much it affects editing, then gives a short list of current models by budget. The specifications and prices are from the manufacturers’ announcements and reputable coverage and are correct at the time of writing. I have not included benchmark figures; the aim is to tell you what to look for and which models meet the criteria.

Before you start

Answer these before you compare models. They decide which tier you belong in far more reliably than any ranking.

• What resolution and frame rate do you edit? Note the camera’s codec as well (H.264, HEVC, ProRes or a RAW format).
• Which editor do you use or plan to use: DaVinci Resolve, Premiere Pro, Final Cut Pro or something else? Final Cut Pro runs only on a Mac.
• How long are your typical projects, and how many video layers or effects do you stack?
• Will you edit mainly at a desk with an external monitor, or genuinely on the move?
• How much footage do you need to keep on the laptop at once?
• What is your total budget, including an external SSD and any monitor?

The specs that matter for the best laptops for video editing

Editing software leans on different parts of a computer for different jobs. Decoding footage during playback, applying effects, color grading and exporting all stress the system in different ways, so a balanced machine usually beats one with a single standout part.

Processor (CPU)

The CPU handles much of the general work of editing: running the editor, managing the timeline, some effects and parts of exporting. More performance cores help with exports and heavy timelines, and fast single-core performance keeps the interface responsive. For 1080p work, almost any current mid-range laptop processor is enough. For 4K and above, look at higher core counts.

Graphics (GPU) and media engines

The GPU accelerates effects, color grading, noise reduction and many AI-based tools in modern editors. Equally important is dedicated video hardware: encoders and decoders that handle common codecs without loading the CPU. On a Mac, this is Apple’s media engine, which in the M5 Pro and M5 Max includes hardware-accelerated H.264 and HEVC, AV1 decoding, and ProRes encoding and decoding. On Windows laptops, NVIDIA’s GeForce RTX graphics include dedicated video encoders and decoders that the main editors support.

Check that your camera’s codec is supported in hardware on the laptop you are considering. Editing a codec the hardware cannot decode is the most common cause of choppy playback on otherwise capable machines.

Memory (RAM)

Memory holds your project, cached frames and effects while you work. As a working guide, 16 GB is enough for 1080p editing and light 4K, 32 GB is comfortable for regular 4K work with effects, and 64 GB or more suits long projects, heavy grading, multi-camera timelines and motion graphics. On Apple silicon and many thin Windows laptops, memory cannot be upgraded after purchase, so buy what you will need in two or three years.

On Macs, memory is unified, meaning the CPU and GPU share it. That makes the total figure doubly important, since graphics work draws from the same pool.

Storage

Video fills drives quickly, and editors read from storage constantly. A fast internal SSD of at least 1 TB is a sensible minimum, with the operating system, applications and active projects on it. Keep raw footage and finished projects on an external SSD connected over Thunderbolt or fast USB, and archive completed work to a separate drive. Internal storage on most thin laptops is not upgradable either, so pay for enough at purchase.

Display

For editing, the display needs to be sharp enough to judge focus and accurate enough to judge color. Look for wide color gamut coverage (DCI-P3 is the common reference for video), factory calibration if offered, and good brightness. OLED and mini-LED panels offer high contrast, which helps when grading.

If color accuracy matters to your work, grade on a calibrated external monitor when possible. A laptop screen is a good working display, not a reference.

Ports, cooling and battery

Thunderbolt or USB4 ports allow fast external storage and external monitors. A built-in SD card slot saves a dongle if you shoot on cameras that use SD cards. Cooling matters because sustained exports run the chip hard for a long time; thicker laptops with active cooling generally hold their performance better than thin ones under long loads.

Current laptops for video editing by budget

These models meet the criteria above for their tier. Prices are US starting prices for the base configuration as published or widely reported; configurations with more memory or storage cost more. Check current prices and availability before buying, as both change.

Entry tier: around $1,100 to $1,300

The 13-inch MacBook Air with M5 starts at $1,099 with a 10-core CPU, a GPU of up to 10 cores, 16 GB of unified memory and 512 GB of storage. The 15-inch model starts at $1,299. Both have Liquid Retina displays rated at 500 nits. This tier suits 1080p editing and lighter 4K projects; its thin design is better suited to shorter exports than to hours of sustained rendering.

On Windows at this level, look for a recent processor, an NVIDIA GeForce RTX laptop GPU, 32 GB of memory if possible and a 1 TB SSD. Configurations change frequently at this price, so compare current listings against those criteria rather than a specific model name.

Mid tier: around $1,700 to $2,700

The 14-inch MacBook Pro with M5 starts at $1,699 with a 10-core CPU, 10-core GPU, 16 GB of unified memory and 1 TB of storage. The 14-inch MacBook Pro with M5 Pro starts at $2,199 with a 15-core CPU, 16-core GPU, 24 GB of unified memory and 1 TB of storage, and the 16-inch model with M5 Pro starts at $2,699. The M5 Pro chip supports up to 64 GB of unified memory if you configure more. This tier suits regular 4K editing, and the M5 Pro models are the better fit for heavier timelines.

On Windows, the ASUS ProArt P16 (H7606 series), released in 2025, is built for creators. It uses an AMD Ryzen AI 9 HX 370 processor and a 16-inch 2880 by 1800 OLED touchscreen, with configurations including an RTX 5060 laptop GPU with 32 GB of memory and a 1 TB SSD, or an RTX 5070 with 64 GB and 2 TB. Prices vary by region and configuration.

High tier: around $3,900 and up

The MacBook Pro with M5 Max offers up to an 18-core CPU, up to a 40-core GPU and up to 128 GB of unified memory, according to Apple’s March 2026 announcement. The 16-inch M5 Max model starts at $3,899 with an 18-core CPU, 32-core GPU, 36 GB of unified memory and 2 TB of storage. This tier is for long 4K and 8K projects, heavy color grading and effects, and anyone whose income depends on export times.

On Windows, the 2026 version of the ASUS ProArt P16 adds an NVIDIA GeForce RTX 5080 laptop GPU with 16 GB of video memory, 64 GB of memory, a 2 TB SSD and a 16-inch 3840 by 2400 OLED touchscreen with a 120 Hz refresh rate. Availability and pricing differ by country, so check the configurations sold where you live.

Mac or Windows for video editing

Both platforms are fully capable, and the choice usually comes down to your editor and codecs. Final Cut Pro runs only on macOS, while DaVinci Resolve and Premiere Pro run on both.

Macs with Apple silicon are efficient on battery and handle ProRes and HEVC in hardware, and their unified memory means memory size affects graphics work too. Windows laptops offer more variety in screens, ports and upgradability, and NVIDIA GPUs are strongly supported by most editing and effects software. Choose the platform first, then the tier.

Mistakes to avoid when buying

These are the choices people most often regret a year later. Each is easy to avoid if you check before buying.

• Buying the minimum memory on a machine that cannot be upgraded.
• Choosing a small internal drive and planning to keep active projects on it.
• Picking a thin, lightly cooled laptop for long, sustained exports.
• Ignoring whether the laptop decodes your camera’s codec in hardware.
• Spending the whole budget on the laptop and nothing on an external SSD.

What to do first, this week

Open a recent project and note its resolution, frame rate, codec, length and the effects you used. Then watch your current computer during playback and export, and write down where it struggles: playback, effects, or export time.

Use those notes to pick a tier, and within it choose memory and storage before anything else. If you are building a channel around your editing, how to make a YouTube channel and how to make a YouTube thumbnail cover the next steps, and video podcasters will find the publishing side in how to create a podcast. The wider set of tools is mapped out in content creator tools.