Storage Upgrades

Older desktop PCs and laptops may use traditional mechanical hard drives. Where compatible, these can often be replaced with a larger or faster drive, including a suitable SSD.

• Existing drive type and interface.
• Physical drive size and mounting requirements.
• Available connections.
• Capacity requirements.
• Operating system and data migration requirements.

2.5-inch SATA SSDs are a common upgrade path for computers that use compatible SATA storage. They can provide a substantial improvement over many traditional mechanical hard drives.

• 2.5-inch SATA compatibility.
• SATA interface support.
• Physical mounting requirements.
• Available cabling and connections.
• Migration or fresh installation requirements.

M.2 describes a physical form factor rather than one single storage technology. An M.2 drive must match the computer’s supported interface and keying.

We check the exact computer before selecting an M.2 drive rather than assuming that every M.2 slot supports every M.2 SSD.

NVMe SSDs use the PCI Express interface and can provide high storage performance on compatible systems.

• Whether the motherboard or laptop supports NVMe.
• Supported PCI Express generation where relevant.
• M.2 physical format and keying.
• Available slot and physical clearance.
• Operating system and migration requirements.

Some desktop computers can accept an additional internal storage drive rather than replacing the existing drive.

We check available SATA ports, M.2 slots, physical space, mounting arrangements and power connections before confirming whether additional storage is practical.

Where appropriate, an existing operating system and data can be migrated from an old drive to a new compatible drive.

Migration requirements depend on the existing installation, drive capacities, partition structure, operating system and available destination space.

A new storage drive can also be used as the basis for a fresh operating system installation where this is the preferred approach.

A fresh installation is different from cloning because the operating system and applications are installed again rather than copying the existing installation wholesale.

Storage capacity should be selected according to how the computer is actually used.

• Everyday computing and office work.
• Gaming libraries.
• Photography and video.
• Professional applications.
• Large project files.
• Future storage requirements.

A computer becoming slow does not automatically mean the storage drive needs replacing. We can assess the symptoms and determine whether the issue is storage related.

• Drive health where supported.
• Storage errors.
• Unusual drive behaviour.
• Operating system errors.
• Read or write problems.
• Potential drive failure.

Laptop storage is highly model dependent. Some laptops provide accessible upgradeable storage, while others use integrated or otherwise restricted configurations.

We identify the exact laptop model before confirming what storage upgrade options are available.

Desktop PCs and workstations often provide more storage expansion options than laptops, but the available connections and physical space still need to be checked.

We can assess replacement drives, additional internal storage and suitable high-performance storage options.

Apple storage options vary significantly between generations and models. Some Macs and MacBooks have upgradeable storage arrangements, while many newer systems have storage that is integrated or otherwise not designed for conventional customer replacement.

We check the exact Mac or MacBook model before confirming whether a storage upgrade is possible.