Which graphics card is best for 1080p gaming?

A current 60-class card (e.g. RTX 5060) is the sweet spot for 1080p, delivering high frame rates in most titles without paying for headroom you can't use at that resolution. If you play fast-paced competitive games on a high-refresh monitor, a 70-class card gives extra frame-rate margin.

What GPU do I need for 1440p?

A 70-class card (e.g. RTX 5070 or Radeon RX 9070) is the natural fit for 1440p high-refresh gaming, balancing frame rate and settings well. For 1440p with ray tracing maxed out, or as future-proofing, stepping up toward an 80-class card gives more headroom.

How much VRAM do I actually need?

8GB is workable at 1080p but tightening in demanding games; 12GB is a comfortable 1440p baseline; and 16GB or more is best for 4K, ray tracing and creator or AI work. If you keep a card for several years, favour more VRAM within your chosen tier rather than a slightly faster chip.

Does the power supply matter when upgrading my GPU?

Yes. Each card has a recommended PSU wattage and a required power connector (6+2-pin PCIe or 12V-2x6). Add headroom above the card's rating for the rest of your system, and confirm your PSU has the right cables. Mid-range cards run on modest supplies, while 90-class cards need substantial wattage.

Will a new graphics card fit my case?

Check the card's length against your case's listed GPU clearance, plus slot height and any front-radiator conflicts. Compact cases suit shorter two-fan models, while full-tower builds can take triple-fan cards. If unsure, our custom-PC team can confirm compatibility before you buy.

Should I choose NVIDIA or AMD?

NVIDIA GeForce RTX generally leads on ray tracing and DLSS upscaling maturity, while AMD Radeon often offers strong rasterisation and more VRAM per rand. Pick based on the games and features you care about and your budget; both brands cover every tier from 1080p to 4K.

Are graphics cards on Evetech covered by a local warranty?

Yes. Every GPU sold here ships with a local South African warranty and is dispatched quickly from local stock, so support and returns are handled in-country rather than through overseas channels.

Is it worth waiting for a deal on a higher-tier GPU?

It can be, but the better question is whether the extra performance suits your monitor. A discounted 80-class card is only worth it if you game at 4K or do creator and AI work; for 1080p or 1440p, a well-priced 60- or 70-class card usually delivers better value per rand.

Graphics Card Deals South Africa - GPU Specials

GPU Deals

Graphics Card Deals

Current GPUs for gaming, creation and AI

Compare live deals across current-generation NVIDIA GeForce RTX and AMD Radeon graphics cards, sorted by what actually matters: the resolution you play at and the VRAM you need. A 60-class card suits 1080p, a 70-class card is built for 1440p high-refresh, and 80/90-class cards target 4K and heavy creator and AI workloads. Every card ships with a local warranty and fast delivery across South Africa.

How to Choose a Graphics Card

The right GPU is the one matched to your monitor, not the most expensive one you can stretch to. Start from your resolution and refresh rate, then work backwards: a 60-class card handles 1080p at high frame rates, a 70-class card is the sweet spot for 1440p, and 80/90-class cards are for 4K, ultra settings and creator or AI work. Buying more card than your screen can show is money left on the table.

Resolution is the single biggest driver of how much GPU you need. For 1080p gaming a current 60-class card (e.g. RTX 5060) is ample. For 1440p high-refresh, aim at a 70-class card (e.g. RTX 5070 or Radeon RX 9070). For 4K, ultra settings and future headroom, look at 80/90-class cards. Buying above your monitor's resolution rarely pays off until you upgrade the screen too.

Video memory determines how comfortably a card handles high-resolution textures and future titles. 8GB is workable at 1080p but increasingly tight in demanding games; 12GB is a healthier 1440p baseline; and 16GB or more suits 4K, ray tracing and creator or AI workloads that load large models. If you keep GPUs for several years, lean toward more VRAM within your tier.

Every GPU lists a recommended power-supply wattage and a specific power connector (6+2-pin PCIe or the newer 12V-2x6). Add headroom above the card's rating for the rest of your system and transient spikes, and make sure your PSU physically has the right cables. Higher-tier cards draw more power, so a mid-range GPU may run happily on a PSU that a 90-class card would overload.

Modern cards are large. Check the GPU's length against your case's clearance, and confirm slot height and any front-radiator conflicts. Two-fan models suit compact builds and run quieter under light loads; triple-fan and larger coolers hold clocks better under sustained load and stay cooler in warm rooms. Good case airflow matters as much as the cooler itself.

Upscaling (NVIDIA DLSS, AMD FSR) reconstructs a higher-resolution image from a lower render, lifting frame rates with little visible loss, and frame generation can add more on top. NVIDIA generally leads on ray-tracing performance and DLSS maturity; AMD often gives more raw rasterisation and VRAM per rand. Decide which games and features you care about, then pick the brand that serves them best in your budget.

Once you have the tier, check the practical fit: enough VRAM for your resolution and games, a power supply with the right wattage and connectors, physical clearance in your case, and a cooler design you can live with. Upscaling and frame-generation tech (NVIDIA DLSS, AMD FSR) can lift frame rates meaningfully, so factor it into the decision rather than raw raster numbers alone.

Graphics Card Deals

Graphics Card Deals

How to Choose a Graphics Card

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How to Choose a Graphics Card