How to edit video without filling your SSD

Why running out of storage mid-project is a workflow problem

The storage wall

A single hour of 4K ProRes 422 HQ footage takes roughly 110 GB of drive space. Shoot a three-day corporate event or a short film with multiple camera angles, and you can fill a 1 TB SSD before you even open your timeline. Premiere Pro, DaVinci Resolve, and Final Cut Pro all need local scratch space for cache files, render previews, and autosaves. When your media and your application are fighting over the same drive, something gives.

Most editors have a well-rehearsed routine for this moment: archive old projects to a spinning external drive, delete render files, purge media cache, maybe buy another portable SSD. The routine works for a while, then the wall comes back. It always comes back, because the underlying mismatch between footage volume and local storage capacity keeps growing. Camera sensors keep getting bigger. Codecs keep getting heavier. Clients keep asking for more deliverables. And SSD prices, while falling, have never fallen fast enough to keep pace.

The usual advice and its limits

If you search for "SSD full Premiere Pro" or "editing 4K on small drive," you will find two categories of advice. The first is hardware-oriented: buy a larger internal drive, add an external NVMe enclosure, set up a NAS. The second is workflow-oriented: create proxy files, move media to a separate drive from your OS and applications, use symlinks or library managers to redirect cache.

Both categories assume that your footage needs to live on a physical drive that your editing software can see as a mounted volume. That assumption made sense for a long time. Editing software was designed around local file systems, and network storage was too slow and too unreliable for real-time playback. But internet infrastructure has changed meaningfully in the last few years. Fibre broadband is common in most cities. Wi-Fi 6 and 6E deliver throughput that would have been impressive for wired connections a decade ago. The bottleneck has shifted.

What a cloud-native media drive looks like

Fabric's cloud drive (https://fabric.so/features/your-cloud) takes a different approach to the storage problem. Rather than copying files to your local disk and then managing that local copy, it streams media files on demand from the cloud. Your footage lives in Fabric's cloud storage, and when you need to view, scrub, or pull a clip, the file streams to your machine without writing a permanent local copy. The result is that your SSD stays clear for the things that need fast local access: application cache, render previews, timeline data.

This is the same principle that enterprise post-production houses have used for years through dedicated media asset management (MAM) platforms with shared storage. The difference is that those systems typically require significant infrastructure: SAN arrays, 10-gigabit Ethernet, dedicated IT support. Fabric delivers a similar model through standard internet connections, sized for individual editors and small teams rather than facility-scale operations.

You can browse your entire media library, preview clips at full resolution, and organise your footage into project folders, all without any of that media occupying space on your local drive. When you are ready to bring a clip into your Premiere or Resolve timeline, you pull it from the cloud at that moment. Your local drive only holds what you are working on right now, not every project you have touched in the last six months.

How this changes day-to-day editing

The practical difference shows up in several places across a typical editing day.

Project startup becomes faster because you are not waiting for a large file transfer from an external archive drive. Your footage is already accessible in Fabric. You open the project, browse to the clips you need, and start cutting. There is no "restore from archive" step, no plugging in a drive that you last saw under a pile of cables.

Drive maintenance disappears as a regular task. Editors who work from laptops, particularly MacBook users with soldered storage, know the ritual of checking available space before starting a new project. With media living in the cloud, that check becomes irrelevant. Your local drive usage stays relatively flat regardless of how many projects you have in progress.

Collaboration gets simpler because footage does not need to be physically shipped between editors. If you are working with a colourist, a sound designer, or another editor, they can access the same cloud-hosted media through their own Fabric account. There is no courier drive, no slow upload to a generic file-sharing service, no confusion about which drive has the latest version of a clip.

Organising footage without filling folders

Storage management and file organisation tend to be tangled together. When you are moving files around to free up space, you are also reorganising them, and often losing track of where things ended up. Fabric's smart organisation features (https://fabric.so/features/smart-organization) separate these concerns. Your media stays in one place in the cloud, and you organise it through tags, collections, and metadata rather than by shuffling files between folders on a physical drive.

The semantic search feature (https://fabric.so/features/search) adds another layer. Rather than remembering which folder you put a clip in, or what you named it, you can search by describing what is in the footage. Looking for the interview segment where the client talks about their product launch? Search for that concept rather than scrubbing through hours of labelled but unhelpfully named files like "A001_C003_0214_001.mov."

Annotations and review without downloads

One of the less obvious storage costs in video editing is the review cycle. Clients and collaborators need to see cuts, which typically means exporting a review copy, uploading it somewhere, and then managing the feedback that comes back through email or a separate review platform. Each review export takes up space on your drive, and each round multiplies the problem.

Fabric's annotation tools (https://fabric.so/features/annotations) let you share timestamped comments directly on video and audio files. Reviewers can add notes at specific moments in a clip without downloading the file to their own machine. Drawing tools allow visual annotations on individual frames, which is particularly useful for VFX notes or framing discussions. The feedback lives with the file rather than in a separate email thread, and none of it requires additional local storage.

When you still need local storage

It would be misleading to suggest that cloud-native workflows eliminate the need for local storage entirely. Your NLE still needs scratch space. Render files, cache databases, and application preferences all need fast local access. If you work with After Effects or Fusion for motion graphics and compositing, those applications are especially hungry for local cache. Audio plug-ins, LUTs, and custom presets also live locally.

The key distinction is between storage for tools and storage for media. Your SSD should be reserved for the former. Media, which is the category that grows without limit and causes the storage wall, can live in the cloud. This division of labour keeps your local drive performing well because it is not fragmented and packed to capacity, and it keeps your media accessible because it is not archived on a drive that you left at the office.

Editing on the go

Laptop editors feel the storage constraint most sharply. A MacBook Pro with 512 GB of storage can hold perhaps two active projects' worth of 4K footage before things get tight. Editors who travel for shoots, or who work from different locations, often carry multiple external drives. Those drives are single points of failure: drop one, lose a project.

A cloud-native media workflow means your laptop's internal storage is largely irrelevant to your editing capacity. As long as you have a reasonable internet connection, your full media library is available. This makes it feasible to edit substantial projects on machines that would otherwise be too storage-constrained. A 256 GB MacBook Air becomes a viable editing station when the footage lives in the cloud.

Publish and deliver from the same platform

Once your edit is complete, the delivery stage often introduces yet another storage bottleneck. You export your final deliverables, upload them to a file-sharing service or client portal, and then decide whether to keep the local exports or delete them to reclaim space. Fabric's publish feature (https://fabric.so/features/publish) lets you share polished pages and galleries directly from the platform, with link analytics so you can see when clients have viewed your work. The deliverable goes straight from your timeline to the cloud to the client, without a detour through your local drive.

Getting started

Connecting your existing storage to Fabric is a reasonable first step. Fabric integrates with Google Drive, Dropbox, Frame.io, and dozens of other tools (https://fabric.so/connections), so you can bring in footage that already lives on other platforms without duplicating it. From there, you can start using the cloud drive for new projects while gradually migrating older media as time allows.

The Fabric desktop app and mobile app both provide access to your cloud-hosted media, and the AI assistant (https://fabric.so/features/ai-assistant) can help with tasks like finding specific clips, generating metadata, and summarising content. For editors who are accustomed to managing everything through Finder or Explorer windows, the transition is less dramatic than it might sound. Fabric presents itself as a file browser, just one that happens to stream from the cloud rather than reading from a local volume.

Frequently asked questions

Can I edit directly from the cloud drive, or do I need to download clips first?

Fabric streams video files on demand. You can browse, scrub, and preview clips from the cloud. When you bring a clip into your NLE timeline, it streams to your machine for editing. The file does not need to be fully downloaded before you can start working with it.

How much internet speed do I need to edit from the cloud?

A stable connection of 50 Mbps or higher works well for most 4K editing workflows. Higher bitrate codecs like ProRes 4444 or uncompressed footage benefit from faster connections. For lower-resolution or more compressed formats like H.264, even 25 Mbps is workable.

Does Fabric work with Premiere Pro, DaVinci Resolve, and Final Cut Pro?

Fabric functions as a cloud-native media drive. Your NLE sees the files as it would any other media source. The specific NLE you use does not matter, because Fabric handles the storage and streaming layer rather than integrating directly into the editing application.

What happens if my internet connection drops mid-edit?

Any clips already loaded into your timeline will continue to be available for the duration of your session. You will not be able to browse or pull new clips from the cloud until connectivity is restored. Fabric does not currently offer offline support, so a stable connection is important for uninterrupted work.

Is my footage secure in cloud storage?

Cloud storage through Fabric is encrypted and access-controlled. For many editors, cloud storage with proper encryption is more secure than a portable SSD that can be lost, stolen, or dropped. Your footage is backed up and redundant in a way that a single physical drive cannot match.

Can I use Fabric alongside my existing external drives?

Yes. You can continue using external drives for specific projects or as a local backup while using Fabric for your primary media library. Many editors transition gradually, starting with new projects in the cloud and moving older media over time.

How does Fabric handle different video codecs and file formats?

Fabric supports standard video, audio, and image formats used in professional production. ProRes, DNxHR, H.264, H.265, RED R3D, BRAW, and common image sequences all work within the platform. The cloud drive streams the native file without transcoding it.

Does Fabric replace a NAS or shared storage server?

For individual editors and small teams, Fabric can serve the same purpose as a NAS: centralised media storage accessible from multiple machines. It removes the need to set up and maintain network storage hardware. For large facilities with very high bandwidth requirements and dozens of simultaneous users, a local SAN or NAS may still make sense alongside a cloud solution.

Can I record voice memos or notes about footage within Fabric?

Yes. Fabric includes voice memo functionality with automatic transcription. You can record notes about specific clips or projects, and the transcriptions become searchable alongside the rest of your media library.

How does Fabric's search work for video files?

Fabric uses semantic search (https://fabric.so/features/search), which searches by meaning rather than just file names. You can describe the content you are looking for, such as "interview about product launch" or "exterior drone shot at sunset," and Fabric will surface relevant clips from your library.

Related pages

• Fabric Cloud Drive

• Semantic Search

• Smart Organisation

• Annotations

• Publish and Share

• Connections

• AI Assistant