How to Choose Shared Storage and Archive for Creative Teams (2026 Guide)

Storage is no longer just an IT decision. For creative teams, it directly impacts editing performance, collaboration, cost, and long-term content value. Whether you are supporting a Hollywood post facility, a broadcast newsroom, or a growing marketing team, the challenge is the same:

How do you design a storage system that actually works today and scales tomorrow? Modern workflows are more complex than ever. Teams are balancing on-prem performance, cloud flexibility, remote collaboration, and long-term archive strategy, all while content volumes continue to grow.

This guide walks through a practical decision framework to help engineers and technical leaders design storage systems that align with real-world production needs.

Step 1: Assess Your Workload

Every storage decision starts with understanding your workload. This is the step most teams underestimate, and it is often where problems begin. Storage performance issues are rarely caused by bad technology. They are caused by a mismatch between what the system was designed for and how it is actually being used. Before evaluating any solution, you need to clearly define the demands your team will place on the system.

Key questions to answer:

• How many users need access to shared storage?
• How many simultaneous streams are required?
• What codecs are you working with? ProRes, DNxHR, RAW, H.264, and others

Why this matters:

• More users increase bandwidth requirements
• Higher resolution codecs require more throughput per stream
• Multi-stream editing increases performance demand significantly

A two-editor proxy workflow and a ten-editor 8K finishing environment are fundamentally different systems.

Step 2: Do You Need a SAN or NAS?

Once you understand your workload, the next step is selecting the right shared storage architecture. This decision determines how your system will perform under load, how it scales, and how much it costs. There is no one-size-fits-all answer. The right choice depends on how demanding your workflows are.

NAS (Network Attached Storage)

NAS systems are file-based and accessed over standard Ethernet networks. They are designed to be flexible, easy to manage, and cost-effective. They are often the starting point for many creative teams because they combine multiple capabilities into a single platform.

Example platform:

• Studio Network Solutions EVO

Best suited for:

• Proxy and offline editing
• Small to mid-sized teams
• Content sharing and collaboration
• All-in-one workflows that include editing, review, and archive

Advantages:

• Lower cost of entry
• Simpler deployment and management
• Scales well for general-purpose use

SAN (Storage Area Network)

SAN systems are built for performance. They provide block-level storage optimized for high throughput and consistent playback across multiple users. They are typically used in environments where real-time performance is critical.

Example platform:

• EditShare EFS
• Facilis HUB

Best suited for:

• High-resolution workflows such as 4K, 8K, and RAW
• Multi-stream editing
• Color grading and finishing
• Larger editorial teams

Advantages:

• High and consistent performance
• Supports demanding multi-user workloads
• Designed for real-time media workflows

Tradeoffs:

• Higher cost
• Greater complexity in deployment and management

Where SSD and NVMe Fit?

Storage performance is no longer just about SAN versus NAS. Most modern systems use multiple performance tiers. Different parts of the workflow require different levels of speed.

Typical performance tiers:

• HDD for capacity and lowest cost per terabyte
• SSD for improved responsiveness and caching
• NVMe for ultra-high performance tasks such as finishing and color

The goal is to align performance with workflow requirements, not to run everything on the fastest and most expensive storage.

Step 3: On-Prem, Cloud, or Hybrid

After defining your storage system, the next decision is where it lives. This is one of the most important architectural decisions because it directly affects cost, accessibility, and performance. Most teams today are not choosing between cloud or on-prem. They are combining both.

On-Prem Storage

On-prem storage remains the foundation of most production environments because it provides the performance required for editing.

Strengths:

• Predictable long-term cost
• High performance for real-time workflows
• Full control over infrastructure

Limitations:

• Requires upfront investment
• Needs additional solutions for remote access

Cloud Storage

Cloud storage introduces flexibility and accessibility, but it also changes the cost model. Instead of a one-time investment, you are moving to a recurring cost structure.

Example Platform:

• Wasabi

Strengths:

• Accessible from anywhere
• No hardware management
• Easy to scale as data grows

Limitations:

• Ongoing storage costs
• Egress and retrieval fees
• Performance depends on network connectivity

Hybrid Workflows

Most creative teams use a hybrid approach that combines the strengths of both.

Typical model:

• On-prem storage for editing and performance
• Cloud for ingest, transfer, collaboration, and backup

Remote and Hybrid Access Methods

How users connect to storage is just as important as where the storage lives. Different methods offer different tradeoffs in performance and usability.

Remote desktop:

• Tools like Jump Desktop allow users to access on-prem workstations remotely
• Maintains full performance without moving media

Sync workflows:

• Files are copied between locations
• Simple but can create duplication and version control challenges

Cloud file streaming:

• Platforms like LucidLink and Suite Studios allow direct access to cloud-hosted files
• Enables distributed workflows without full downloads

On-prem file streaming:

• Solutions like Facilis FastCache and Suite Studios allow remote access to on-prem storage
• Combines local performance with remote accessibility

Step 4: Backup vs Archive

Backup and archive are often confused, but they serve very different purposes in a storage strategy. Understanding the difference is critical to both protecting data and controlling costs.

What is Backup?

Backup is designed to protect active work. It ensures that if something goes wrong, you can quickly recover and continue production.

Purpose:

• Protect in-progress projects
• Recover deleted or corrupted files
• Maintain version history

Characteristics:

• Short-term retention
• Fast recovery times
• Frequent access

What is Archive?

Archive is designed for long-term storage of completed content. It is focused on preserving data while freeing up primary storage resources.

Purpose:

• Store completed projects
• Reduce load on production storage
• Preserve assets for future use

Characteristics:

• Long retention periods
• Rare access
• Optimized for cost rather than speed

Cloud archive tiers may include additional retrieval costs and delays, which should be considered during planning.

Step 5: The 3-2-1 Storage Strategy

Before choosing specific tools, every team needs a foundation for protecting data. Media workflows are especially vulnerable because of the size and importance of the content being created. The 3-2-1 rule provides a simple but effective framework.

Best practice:

• 3 copies of your data
• 2 different media types
• 1 copy offsite

Why this matters:

• Protects against hardware failure
• Reduces risk from human error
• Provides resilience against cyber threats

A typical implementation includes:

• Primary storage on shared storage
• Secondary backup on disk
• Offsite copy in cloud or LTO

Step 6: LTO vs Cloud for Archive

Archive strategy is one of the most important long-term decisions in storage design. It directly impacts both cost and accessibility over time. Two primary approaches dominate media workflows: LTO and cloud archive.

LTO (Tape Storage)

LTO is a proven solution for long-term storage at scale. It is widely used in media environments where large amounts of data must be retained for years.

Example solution:

• StorageDNA for managing LTO workflows

Benefits:

• Lowest cost per terabyte for long-term storage
• Air-gapped protection against ransomware
• No recurring storage fees

Tradeoffs:

• Higher upfront investment
• Slower access times
• Requires operational management

Cloud Archive

Cloud archive provides flexibility and accessibility without requiring physical infrastructure. It is particularly useful for distributed teams and workflows that require quick access.

Benefits:

• Accessible from anywhere
• No upfront hardware investment
• Scales easily with data growth

Tradeoffs:

• Ongoing storage costs
• Retrieval and egress fees
• Long-term costs can exceed on-prem solutions

How to Decide: LTO vs Cloud

The right choice depends on your workflow and priorities.

Key factors:

• Capacity
• Retention period
• Access frequency
• Transfer speed

Cost Break-Even Consideration

Cost over time is critical.

• Short-term storage tends to favor cloud
• Long-term, high-capacity storage favors LTO

Most teams adopt a hybrid archive model:

• Cloud for accessibility and collaboration
• LTO for long-term cost efficiency

Need Help Designing Your Storage Workflow?