A tech-focused blogger from a Canadian and American audience analyzed budget graphics cards, the AMD RX 580 and the NVIDIA GTX 1660 Super, by evaluating their performance in Full HD across a selection of widely played titles. The tests were reported by a tech portal known for hardware benchmarks.
In the results, the RX 580 averaged 113 frames per second in Apex Legends when run on custom settings with TSAA enabled, while the GTX 1660 Super achieved an impressive average of 155 fps. These figures illustrate the GTX 1660 Super’s superior ability to maintain higher frame rates in a fast-paced, competitive shooter at the same resolution and settings. The test conditions were kept consistent to ensure a fair comparison, with both cards examined on a desktop system that reflected mainstream PC configurations used by many gamers in North America and beyond.
For a more demanding scenario, Alan Wake 2 was tested at minimum graphics settings with FSR2 Quality enabled. Under those conditions, the RX 580 delivered around 17 fps, whereas the GTX 1660 Super produced about 55 fps. The contrast here underscores how even a mid-range card can struggle in newer, graphically intensive titles, while the GTX 1660 Super remains significantly more capable in similar budget-oriented hardware setups. As with the Apex Legends test, the tests aimed to mirror real-world gaming on common substrates to help readers gauge practical performance expectations.
Additional evaluations covered a broader lineup including Baldur’s Gate 3, Cyberpunk 2077, Call of Duty Modern Warfare II, Counter-Strike 2, Elden Ring, Hellblade II, Horizon Forbidden West, and Hogwarts Legacy. Across these varied titles, the GTX 1660 Super consistently demonstrated stronger performance relative to the RX 580, particularly in titles that leverage more modern rendering techniques and higher draw calls. The results align with widely shared observations that newer mid-range graphics hardware often outperforms older budget solutions in modern, graphically demanding games. The comparison also reflects how driver optimizations and architectural differences between the two GPUs influence frame delivery in contemporary game engines.
When the results were averaged across fifteen games, the RX 580 reached an overall 64 fps, while the GTX 1660 Super achieved an average of 90 fps. This translates to a roughly 41 percent performance advantage for the GTX 1660 Super in this particular test suite. It should be noted that the benchmark system used for these tests featured an AMD Ryzen 5 7600 processor and 16 GB of DDR5 memory, which provided a balanced platform for assessing CPU-GPU interaction and avoiding obvious bottlenecks that would skew GPU-centric measurements. The setup mirrors typical mid-range gaming desktops seen in North American and Canadian markets, offering readers a practical frame of reference for upgrade decisions and budget-conscious builds.
These benchmarks emphasize a simple takeaway: for gamers prioritizing higher frame rates in a broad mix of titles at 1080p, the GTX 1660 Super is generally the better option within the same budget bracket. The RX 580, while capable and still relevant for many games at medium settings, tends to fall behind the newer mid-range competitor in most modern titles that demand more shader throughput and memory bandwidth. Readers considering upgrades should weigh factors such as the value of higher frame rates in competitive play versus potential gains in visual fidelity on newer titles, as well as the availability and pricing of cards in different regions. This kind of analysis is particularly relevant for Canadian and American audiences who shop across local retailers and e-commerce platforms, where price-to-performance ratios can shift with stock and promotions. The broader implication is clear: for those building or upgrading a 1080p gaming rig, the GTX 1660 Super offers a stronger performance proposition in a wider array of games, while the RX 580 remains a viable option for players with tighter budgets or those who already own a unit and seek to maximize its lifespan with driver optimization and careful game settings. (Source attribution: Ferra portal).
In summary, the testing demonstrates that while both cards have value in budget-focused builds, the GTX 1660 Super generally provides a superior gaming experience at Full HD in the tested lineup, delivering higher averages and more comfortable frame rates across popular titles. The RX 580 can still perform well in many titles when paired with modest settings, but its relative gap to the GTX 1660 Super grows as games demand more modern rendering features and higher memory bandwidth. Readers are encouraged to consider their target games, desired frame-rate targets, and the prevailing price landscape in their region when deciding which card best fits their system and budget for 1080p gaming.