The GPU's fair share of a gaming PC budget shrinks slightly at lower tiers, since RAM and a power supply become a bigger fixed cost first. Evetech's gaming PCs at every price band reflect this realistic component split.
The graphics card should receive the largest performance share in a gaming PC, but there is no fixed percentage for every rand tier. At lower budgets, memory, storage, motherboard, case and a safe power supply consume a larger fixed portion. As the total grows, the GPU can claim more without leaving weak support. Build the platform floor first, then maximise graphics inside it.
For an entry tower, protect a capable CPU platform, 16GB matched memory, SSD and named PSU before choosing the GPU. At mid-range, let the GPU approach the largest single component line while 32GB and 1TB storage fit where useful. At the high end, keep GPU spend tied to the monitor; extra board, cooling and storage features can grow once the frame target is secure.
Suppose a case, PSU and SSD each have a practical quality floor. Those fixed components consume a larger fraction of a R15,000 build than a R40,000 one. The entry GPU share can therefore be smaller even though graphics performance matters most.
Platform prices also move. A processor may include a cooler or require one. A motherboard may support Wi-Fi or need an adaptor. Memory pressure can change how much remains. A percentage copied from another month has no product list behind it.
Use shares as a diagnostic after the basket exists, not a formula that creates the basket.
At the lowest balanced tier, start with the cheapest platform that meets the game and upgrade target without hidden costs. Choose a sound value CPU, mainstream board, 16GB in two modules and enough SSD capacity to operate.
The PSU needs suitable quality and connectors for the intended GPU. The case needs airflow and card clearance. These lines cannot be cut to zero, so the GPU takes what remains.
If the result cannot meet the target, raise the total or lower the performance goal. Buying a stronger GPU with an unknown PSU or one memory module is not a successful allocation.
Once the platform floor is covered, an extra rand can move the graphics tier. That may change 1080p to 1440p, raise refresh or preserve high textures and ray tracing.
The CPU should keep one-percent lows healthy in CPU-heavy games. Thirty-two gigabytes can support streaming and large titles, while 16GB can remain valid for a gaming-only machine. A 1TB or 2TB SSD changes convenience more than frames.
Compare complete current systems in the gaming PC deal range. Note which line changes between adjacent prices. The stronger model earns its step when the GPU changes, not when RGB and storage grow alone.
A premium graphics card has a job at high-refresh 1440p, 4K or heavy ray tracing. On a 1080p 60Hz monitor, much of its performance can remain unseen.
At this tier, more spend may belong to a better display, quiet cooler, larger SSD or creator memory rather than another small GPU step. The GPU remains central, yet its fair share can stop climbing when the target is already cleared.
Multi-purpose PCs complicate the split. Rendering and local compute may justify a stronger CPU or more memory. Score the working workload beside games instead of applying a gaming-only rule.
Competitive games at low settings can become CPU-limited. A large simulation can hit one or two processor threads. A cinematic game at 4K pushes the GPU.
Use per-core CPU time, GPU use and frame-time data. Low GPU use with a missed target suggests the processor or game engine. Near-full GPU use suggests graphics. Do not infer the limit from total CPU percentage.
The same parts can have different ideal shares at 1080p 240Hz and 4K 60Hz.
Memory: enough capacity, intended channel layout and stable profile. Storage: enough room for Windows, games and updates. Power: named quality unit with correct capacity and cables. Case: clear airflow and physical fit.
Those four areas define the minimum support. The exact rand amount changes, but their functions do not. A premium motherboard cannot compensate for a weak PSU, and a 4TB SSD cannot compensate for a GPU below target.
Use the PC best-seller page to compare how current complete systems balance these lines. Open exact models because broad product names can hide memory layout and PSU detail.
A graphics upgrade can require a larger PSU, roomier case or faster CPU to deliver its full gain. Include those enabling changes in the effective GPU share.
Partner-card coolers and factory settings also change cost without changing GPU class. Choose the exact card by case fit, noise and support. Paying more for a huge cooler can be useful in a quiet build, but it should not be mistaken for the next performance tier.
VRAM capacity deserves attention. A card can carry a high price and still have a texture limit that conflicts with the games and resolution you plan.
Build a minimum complete platform with the target CPU. Add the cheapest suitable GPU tier and test the goal through benchmarks. Move the GPU upward until the target is met or the total ceiling arrives.
Then revisit CPU, memory and storage. Add capacity only when workload evidence uses it. Improve the board or cooler for features, noise or future parts you have named.
This method gives the GPU the largest useful share without starving the system.
Use named product prices from the local pack and write as of July 2026 with each figure. Do not present a bare category minimum as the GPU or system floor.
Save the parts and prices together. If the basket is rebuilt later, recalculate every share. The old percentages describe an old market.
There is no universal figure. Cover the platform floor, then give the GPU the largest useful share that meets the monitor and game target.
The GPU can take a smaller percentage because fixed support parts consume more of the total, even while graphics remains the performance priority.
Yes. It is over-allocated when the PSU, CPU, memory, case or monitor prevents the card delivering safe, visible performance.
Build the safe platform floor first, then expand GPU spend only until the exact games and monitor reach their measured target.
There is no universal figure. Cover the platform floor, then give the GPU the largest useful share that meets the monitor and game target.
The GPU can take a smaller percentage because fixed support parts consume more of the total, even while graphics remains the performance priority.
Yes. It is over-allocated when the PSU, CPU, memory, case or monitor prevents the card delivering safe, visible performance.
Cold-foam density can influence firmness and support, but a material label does not reveal a numeric density or guarantee longevity. The HERO TX is confirmed with comfortable cold-foam, so buyers can assess its seated feel while avoiding an unsupported density figure.
Read more
Controller features are worth paying for when they improve compatibility, input control or everyday convenience on the buyer's devices. The G7 Pro combines three platform-specific connection paths with TMR sticks, configurable triggers, four macro buttons and a dock.
Read more
A 44,000 DPI ceiling is far beyond the sensitivity many players need, but it provides sensor range rather than forcing one setting. On the G305 X SUPERLIGHT, the useful value is freedom to tune the Hero 44K alongside in-game sensitivity and 678 IPS tracking.
Read more
Anbernic built its name on affordable retro-emulation handhelds. With no South African distributor, the RG35XX line ships direct from Anbernic's store and can take weeks to arrive. Evetech's handheld range is on hand locally instead.
Read more
Choose a wireless mobile controller by checking device fit, game support, connections and the controls your routine actually uses. At R699, the Android-compatible GameSir X5s adds tri-mode connectivity, Hall sticks and a lightweight design for portable play.
Read more
The Arctic Liquid Freezer III is an AIO liquid cooler line built around strong thermal performance at a value price point, with an onboard fan controller and multiple radiator sizes.
Read more
BFCM gaming monitor is a cautious guide for seasonal tech deal planning. Compare spec priorities, timing, warranty support, and realistic SA price checks for SA buyers without assuming live prices, availability, or exact benchmark results.
Pre-Black Friday student laptop is a cautious guide for seasonal tech deal planning. Compare spec priorities, timing, warranty support, and realistic SA price checks for SA buyers without assuming live prices, availability, or exact benchmark
Gen 5 NVMe vs Gen 4 NVMe for Cinematic Story Games comes down to load behaviour, capacity, motherboard lanes, heat, and real game or workflow needs. SA buyers should match the choice to their setup instead of assuming one option always wins.
MMO and live-service games show Gen 5 NVMe vs Gen 4 NVMe differences through installs, patching, and busy asset loads. SA players should weigh capacity, heat, update sizes, and platform support before buying.
Wi-Fi 7 router upgrade FPS drops often mean latency, adapter roaming, drivers, or background traffic. Use this SA gamer checklist to separate internet stutter from true frame-rate loss after changing network gear.
USB DAC FPS drops in South Africa often trace to drivers, shared USB controllers, audio apps, or Windows sound modes. Use local PC gaming checks to confirm whether the DAC is involved before changing parts.
8000Hz polling is overrated for most SA gamers because gains are often hard to feel. Sandton players should weigh monitor refresh, CPU load, wireless battery drain, and game support before chasing a higher mouse polling rate.
Ryzen X3D chips dominate SA gaming PCs when cache-sensitive games benefit from stronger CPU-side frame delivery. Check monitor refresh, GPU tier, motherboard path, and SA build priorities before making a gaming CPU upgrade.
Cold-foam density can influence firmness and support, but a material label does not reveal a numeric density or guarantee longevity. The HERO TX is confirmed with comfortable cold-foam, so buyers can assess its seated feel while avoiding an unsupported density figure.
A Gen3 NVMe drive is still worth buying in 2026 for everyday use and game storage, since real-world speed barely differs from Gen4 while carrying a lower price during the NAND shortage. Evetech stocks Gen3 NVMe as a middle ground between SATA and pricier Gen4 stock.
Controller features are worth paying for when they improve compatibility, input control or everyday convenience on the buyer's devices. The G7 Pro combines three platform-specific connection paths with TMR sticks, configurable triggers, four macro buttons and a dock.
A heatsink SSD is worth it for the PS5, since Sony's spec requires thermal control on the expansion drive to sustain rated speed without throttling. Evetech stocks PS5-compatible NVMe drives with the correct low-profile heatsink built in, ready for the console's bay.
