Name
Purdue University Globle
NU300 Professional Leadership Transitions
Prof. Name
Date
For a growing video production business, a Network Attached Storage (NAS) system with RAID is generally the best overall storage solution because it provides centralized file storage, shared access, scalability, and protection against a single-drive failure. For Elise, a NAS can allow both her and James to access video projects from their Mac computers while providing a more reliable long-term solution than relying on individual portable drives.
As Elise’s video production company takes on more restaurant and entertainment clients, the amount of footage, project files, exports, graphics, and other digital assets will continue to increase. Choosing the right storage system is therefore important for productivity, collaboration, and business continuity.
Elise needs more than simply additional disk space. Her storage system should support the day-to-day demands of a growing video production workflow while keeping important client files accessible and protected.
The ideal solution should provide:
Sufficient capacity for large video files and future projects.
Shared access for Elise and James.
Fast file transfers for video editing.
Protection against individual drive failure.
A way to create regular backups.
Compatibility with Mac computers.
The ability to expand storage as the business grows.
A reasonable total cost for a small business.
Because video files can consume hundreds of gigabytes or even several terabytes, purchasing a single portable drive may solve the immediate storage problem but may not provide the collaboration and redundancy Elise needs long term.
Storage is only one part of an effective video production workstation. Elise and James also need computers capable of handling demanding editing applications and large media files.
Video editing applications can use substantial amounts of memory, particularly when working with high-resolution footage, multiple video tracks, effects, and other applications simultaneously.
A computer with 16 GB of RAM can support many general video editing workflows, while 32 GB or more can provide a more comfortable experience for demanding projects such as 4K editing and complex timelines.
The processor handles important tasks such as video processing, encoding, rendering, and exporting. Modern processors, including Apple Silicon chips and current-generation Intel processors, can provide strong performance for professional video editing.
A capable CPU can reduce processing times and help maintain smoother performance when working with demanding projects.
A graphics processing unit (GPU) can accelerate tasks such as video playback, effects, color correction, rendering, and encoding in applications that support GPU acceleration.
For professional video production, choosing a computer with a capable integrated or dedicated GPU can improve workflow efficiency, particularly when editing high-resolution footage.
An internal SSD is highly beneficial for the operating system, applications, project files, and frequently accessed media. SSDs generally provide faster data access and lower latency than traditional hard disk drives (HDDs).
For a video production business, a practical setup can use fast SSD storage for active editing while using a NAS or other storage system for larger media libraries and backups.
A Network Attached Storage (NAS) device is a dedicated storage system that connects to a network and allows multiple authorized users and computers to access shared files.
For Elise’s business, this makes a NAS particularly useful because she and James can work with files stored in one centralized location rather than maintaining separate copies of the same project on individual computers.
A NAS can provide:
Centralized storage for video footage and project files.
Shared access across multiple computers.
User accounts and access permissions.
Automated backup capabilities.
RAID configurations for drive redundancy.
Storage expansion as the company grows.
Remote-access capabilities on supported systems.
Compatibility with macOS and other operating systems.
Synology and QNAP are two established NAS manufacturers offering systems designed for home users, professionals, and small businesses.
A practical starting point would be a two-bay NAS with two matching hard drives configured as RAID 1.
With two 2 TB drives in RAID 1, the system provides approximately 2 TB of usable storage, because one drive mirrors the data stored on the other. If one drive fails, the remaining drive can continue providing access to the data while the failed drive is replaced.
However, RAID should not be considered a complete backup strategy. RAID helps protect against certain hardware failures, but it does not protect against accidental deletion, ransomware, theft, fire, or other disasters. Elise should therefore maintain a separate backup of important files.
An external SSD is another practical option, particularly for active editing or when Elise needs portable storage.
External SSDs generally provide fast transfer speeds and are easy to connect to modern Mac computers through USB-C or Thunderbolt-compatible connections. They can be excellent for moving large video files and working directly from a portable project drive.
However, an external SSD does not automatically provide the same level of multi-user access and redundancy as a properly configured NAS.
For Elise’s business, the two solutions can work together. An SSD can be used for active editing, while the NAS stores the larger centralized project library and backup copies.
Traditional external HDDs can provide large amounts of storage at a lower price than SSDs. They may be useful for archiving completed projects or maintaining an additional backup.
Their primary disadvantages are slower performance and mechanical components that can be more vulnerable to physical damage than solid-state storage.
For this reason, an external HDD is better suited to backup and archival purposes than demanding real-time video editing.
Yes. Thunderbolt is a high-speed connectivity technology, not a storage device itself.
A Thunderbolt connection can allow a compatible Mac to communicate quickly with external SSDs, storage arrays, docks, displays, and other peripherals. When paired with a high-performance external SSD, Thunderbolt can provide the bandwidth needed for demanding workflows.
The storage capacity, however, comes from the connected storage device rather than Thunderbolt itself.
The exact price of storage hardware varies by manufacturer, model, drive type, capacity, and market conditions. A general comparison is:
| Storage Solution | Approximate Cost | Best Use |
|---|---|---|
| 2 TB Portable HDD | $70–$100 | Backup and archival storage |
| 2 TB Portable SSD | $120–$200 | Active editing and portable projects |
| Two-bay NAS with RAID 1 | $300–$480+ | Shared business storage and redundancy |
These figures are illustrative rather than fixed retail prices. Elise should compare current prices before purchasing equipment.
Cloud storage can complement a NAS, especially for off-site backups and remote access. It can protect important files if the physical office experiences theft, fire, equipment damage, or another local disaster.
However, large video files can take considerable time and bandwidth to upload and download. Cloud storage can also become expensive as the volume of video content increases.
For this reason, Elise may benefit from a hybrid storage strategy that combines local NAS storage with cloud or external-drive backups.
A strong small-business workflow could use different storage technologies for different purposes:
Internal SSD: Operating system, applications, and current editing work.
External SSD: High-speed active project files when portability or maximum editing performance is needed.
NAS with RAID 1: Centralized storage shared by Elise and James.
External backup or cloud storage: Separate copies of important projects for disaster recovery.
This approach avoids relying on a single storage device and provides multiple layers of protection.
USB flash drives are convenient and inexpensive, but they should not be the primary storage location for valuable client video projects.
They generally offer less capacity and are easier to lose or physically damage than larger storage systems. A flash drive can be useful for transferring small files, but important business data should be stored and backed up using more robust solutions.
For Elise’s growing video production company, a NAS with RAID 1 and a separate backup system provides the best balance of collaboration, capacity, scalability, and data protection.
The NAS gives Elise and James a centralized location for their video projects, while RAID 1 provides redundancy against the failure of one drive. As the company grows, Elise can move to a larger NAS or add additional storage capacity.
The most important point is that RAID is not the same as backup. Elise should maintain at least one additional copy of important business files, preferably in a separate physical location or a reputable cloud backup service.
A Network Attached Storage (NAS) system with RAID is one of the best storage solutions for a small video production business because it provides centralized storage, multi-user access, scalability, and protection against an individual hard-drive failure. A separate backup system should also be used to protect against accidental deletion and other forms of data loss.
16 GB of RAM is a reasonable starting point for many video editing workflows, while 32 GB or more is preferable for demanding projects such as 4K editing, complex timelines, and multitasking. The ideal amount depends on the editing software, resolution, effects, and overall workflow.
Generally, yes. SSDs provide faster access and data-transfer performance than traditional HDDs, making them well suited to active video editing. HDDs remain useful when large amounts of relatively inexpensive storage are needed for backups and archives.
No. Thunderbolt is a high-speed connection technology rather than a storage medium. It connects a computer to compatible storage devices and other peripherals. The actual storage capacity comes from the connected SSD, HDD, or storage array.
Cloud storage can be valuable for off-site backups, remote access, and collaboration, but it may not be ideal as the only storage solution for a business that produces large video files. A combination of local NAS storage plus cloud or external backups can provide better performance and protection.
RAID (Redundant Array of Independent Disks) is a method of combining multiple drives to provide redundancy, performance, or both, depending on the RAID level.
RAID 1 mirrors data between two drives. If one drive fails, the other drive contains a copy of the data. However, RAID does not protect against accidental deletion, malware, theft, or physical disasters, so it should always be combined with an independent backup strategy.
For Elise, the most practical long-term setup is a two-bay NAS with two drives configured in RAID 1, supported by a separate backup solution. This gives her and James centralized access to their video projects while providing redundancy and room for future growth.
An external SSD can complement the NAS by providing fast storage for active editing, while cloud storage or an external HDD can provide an additional backup layer. This combination gives a growing video production business a stronger balance between performance, collaboration, affordability, scalability, and data protection.
Apple. (n.d.). MacBook Pro: Tech specs. Apple. https://www.apple.com/macbook-pro/specs/
QNAP Systems, Inc. (n.d.). What is NAS? QNAP. https://www.qnap.com/en/solution/what-is-nas
Synology Inc. (n.d.). DiskStation Manager. Synology. https://www.synology.com/en-global/dsm
Western Digital. (n.d.). SSD vs. HDD: What’s the difference? Western Digital. https://www.westerndigital.com/solutions/ssd-vs-hdd
