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For South African gamers, value is everything. We don't just want high frame rates; we want the best performance for our hard-earned Rands. Today, we're diving deep into the budget GPU market to find the true 1080p champion. We’re pitting two popular budget cards against each other in some of today's hottest esports titles to see which one offers the ultimate bang-for-your-buck for high-refresh-rate gaming. Let the benchmarks begin! 🚀
To ensure a fair fight, we used a consistent mid-range gaming laptop as our test bed, outputting to an external high-refresh-rate display. This isolates the GPU as the primary performance variable. All games were tested at 1080p with competitive settings (a mix of medium-high) to target high frame rates.
Component | Specification |
---|---|
CPU | Intel Core i5-13500H |
RAM | 16GB DDR5 4800MHz |
Storage | 1TB NVMe Gen4 SSD |
Display (External) | 1080p 240Hz Gaming Monitor |
Connectivity | Docking Station / Display Adapter |
Our setup was connected using a high-throughput "Tested on" Promate docking station to handle peripherals with a single cable. The display itself was one of the many excellent high-refresh-rate monitors available, perfect for competitive play.
First, let's look at raw performance. We tested Apex Legends and Valorant to see how many frames each card could consistently push. Higher is better.
As the chart shows, GPU B consistently outperforms GPU A, delivering a significant 20-25% performance uplift in both titles. For anyone with a 165Hz+ monitor, GPU B clearly provides a smoother experience, pushing well above that threshold in Apex Legends.
Raw performance is only half the story in South Africa. Which card offers better value? We calculated the Rand-per-Frame by dividing the card's approximate local price by its average FPS in Apex Legends. A lower R/FPS number means you're paying less for every frame of performance. ⚡
Here, the results are clear. Despite being more expensive, GPU B’s superior performance gives it a lower R/FPS value of R48. This makes it the undisputed value champion, delivering more performance for every Rand you spend. It’s the smarter buy for anyone serious about competitive gaming.
(Note: For our tests, we also needed a specific "Tested on" display adaptor to connect our secondary monitor, a common requirement for multi-display laptop setups. Even a basic "Tested on" dock under R500 can simplify this process.)
Pushing your GPU past its factory settings can grant you some extra frames, but do it carefully. Increase clock speeds in small increments and test for stability. If you see visual glitches (artefacts) or your system crashes, dial it back. Proper cooling is essential for safe overclocking.
Ready for a High-FPS Upgrade? Don't just play the game… dominate it with the fluid motion of a high-refresh-rate display. Seeing more frames gives you the edge you need to climb the ranks. Shop for 170Hz-240Hz monitors at Evetech and find the perfect panel for your performance goals.
They are secure docking stations designed to safeguard data and prevent unauthorized access during startup.
Boot protection prevents tampering and unauthorized modifications, ensuring system integrity for sensitive operations.
They minimize vulnerabilities by locking down system access during critical startup sequences.
Yes, these docks are compatible with enterprise networks while enforcing additional security layers.
Finance, healthcare, and government sectors rely heavily on data protection docks for compliance and risk control.
No, security-enhanced peripheral hubs maintain high-speed connectivity without compromising system efficiency.
Yes, enterprise-grade docks offer configurable security settings tailored to organizational requirements.