Is upgrading from a hard drive to an SSD worth it?

Yes — it's the single most noticeable upgrade for an older PC. Windows boots in seconds, apps and games load much faster, and the whole system feels more responsive. Even a SATA SSD transforms a machine that runs Windows off a mechanical drive, and an NVMe SSD is faster still.

What's the difference between a SATA SSD and an NVMe SSD?

Both are solid-state, but they connect differently. A SATA SSD uses the same interface as a hard drive and tops out near 550MB/s. An NVMe SSD plugs into an M.2 slot on the motherboard and runs several times faster. For booting and general use both feel quick; NVMe pulls ahead on large file transfers and asset-heavy games.

Will an M.2 NVMe drive fit my PC or laptop?

It depends on your hardware. You need a free M.2 slot that supports NVMe (PCIe), and the right length — 2280 is the most common. Some budget boards only take slower SATA M.2 drives. Check your motherboard manual or laptop specs against the drive's listing before buying so you get the right type.

How much storage do I need for gaming?

Modern AAA games are large, so a small drive fills fast. A roomy SSD for Windows and your current games, plus a larger HDD for everything else, is a sensible split for most gamers. Buy more than you think you need — drives perform worse when nearly full, and game sizes keep growing.

Can I have both an SSD and a hard drive in one PC?

Yes, and it's a common setup. Run Windows and your active games on the SSD for speed, and use a large HDD for media, backups and less-used games for cheap capacity. Most desktops have spare SATA ports and drive bays for this; many also have a spare M.2 slot for an NVMe drive.

Do NVMe SSDs need a heatsink?

Fast NVMe drives can heat up under sustained heavy writes and throttle to protect themselves. Many motherboards include an M.2 heatsink, and some drives ship with one, which keeps speeds steady during large transfers. For light everyday use it's less critical, but a heatsink is good insurance on high-speed PCIe 4.0 drives.

Should I pick 5400 or 7200 RPM for a hard drive?

7200 RPM drives are faster and suit a drive you actively use; 5400 RPM drives run cooler and quieter and are well-suited to backups and bulk storage. For an everyday system drive, an SSD beats both; reserve mechanical drives for capacity rather than speed.

Do internal drives come with a warranty in South Africa?

Yes — internal HDDs and SSDs from Evetech carry local warranty, with terms varying by drive and brand. That means claims are handled here in South Africa rather than overseas. Check the warranty period on the product page, keep your invoice, and back up important data regardless, since no drive is immune to failure.

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Internal Hard Drives

Internal Hard Drives & SSDs 💽

An internal drive is the storage that lives inside your PC or laptop and holds Windows, your games and your files. There are two broad types: mechanical hard drives (HDDs), which give you the most capacity per rand for bulk storage, and solid-state drives (SSDs), which are far faster and make the system feel quicker to boot and load.

For your main drive — where Windows and the games you play live — an SSD is the upgrade that makes the biggest day-to-day difference. Use a large HDD alongside it for media, backups and the games you play less often. SSDs come in two forms: 2.5-inch SATA, which fits almost any machine, and M.2 NVMe, which is much faster but needs a compatible M.2 slot on your motherboard or laptop.

Evetech stocks internal HDDs and SSDs from bulk-storage hard drives to fast NVMe drives, all with local warranty and nationwide delivery. Check the connection your system supports below, and pair a fast SSD for Windows with a large HDD for everything else.

Internal HDDs & SSDs for Desktops & Laptops (9)

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Seagate SkyHawk 1TB Surveillance HDD

Seagate SkyHawk 2TB Surveillance HDD - Image 1

Seagate SkyHawk ST2000VX017 2TB

Seagate SkyHawk ST4000VX016 4TB Video HDD

Seagate Ironwolf ST6000VN006 6TB NAS

seagate-ironwolf-st8000vn004-8tb-nas-hdd - Image 1

Seagate IronWolf ST8000VN004 8TB NAS 7200RPM

seagate-exos-7e10-8tb-3-5-sata-internal-hdd - Image 1

Seagate Exos 7E10 8TB 3.5in HDD

SEAGATE Exos X24 20TB Enterprise HDD

SEAGATE SkyHawk AI 24TB Surveillance HDD

SEAGATE Exos M 30TB Enterprise HDD

How to Choose an Internal Drive

Two questions decide it: how fast do you need it, and how much space do you need. An SSD for speed where it counts, an HDD for cheap bulk capacity — most builds use both. After that, the key thing is matching the drive's form factor and connection to what your PC or laptop actually supports. The guide below walks through it.

An SSD has no moving parts and is dramatically faster, so it's the right choice for your main drive where Windows and your games live — boot, load and copy times all improve. A mechanical HDD is slower but gives far more capacity per rand, making it ideal for bulk media, backups and games you don't play often. Many builds use a smaller SSD plus a large HDD to get both.

A 2.5-inch SATA SSD connects with the same cables as a hard drive and tops out around 550MB/s — a huge jump over an HDD and compatible with almost any PC. An M.2 NVMe SSD plugs straight into the motherboard and is several times faster again, but needs a free M.2 NVMe slot. For everyday use both feel fast; NVMe shines for large file transfers and fast-loading games.

Check three things: that your board or laptop has a free M.2 slot, that it supports NVMe (PCIe), not just SATA M.2, and the length it accepts (2280 is the common size). Older or budget boards sometimes only take SATA M.2, which is slower. The product page and your motherboard manual list the supported M.2 type and length — confirm before buying.

Buy for what you store, with headroom — drives slow down and Windows misbehaves when nearly full. A modern OS plus a few large games fills space quickly, so a roomy main SSD is worth it, backed by a larger HDD for media and archives. It's usually better value to buy one larger drive than to run several small ones near capacity.

On mechanical drives, 7200 RPM is quicker and better for an active drive, while 5400 RPM runs cooler and quieter and is fine for backups and bulk storage. On fast NVMe SSDs, heat can cause throttling under sustained load — many motherboards include an M.2 heatsink, or the drive ships with one, which keeps speeds consistent during big transfers.