500Hz vs 1000Hz Gaming Monitors: Is the Speed Worth the Spend?

Extreme refresh rates, defined and evaluated up front

Extreme refresh rate gaming monitors are displays that push well beyond mainstream 144Hz–240Hz panels into 500Hz and even 1000Hz territory, targeting competitive players who care more about motion clarity and input latency than resolution or cinematic visuals, and who are willing to pay a significant premium for marginal performance gains that only show up in the fastest esports titles. The key debate is whether these extra frames translate into meaningful advantages or simply drain budgets for bragging rights. Right now, the smarter buy for most competitive gamers is the 500Hz gaming monitor, not the 1000Hz gaming monitor, because the cost jump and resolution drop make the highest advertised rate more marketing than practical upgrade.

500Hz vs 1000Hz on paper: what you really get

On one side, the Alienware AW2524HF is a 24.5-inch 1080p esports panel that runs at a native 480Hz and can be overclocked to 500Hz with a 0.5ms response time. On the other, Acer’s Nitro XV273U F5 is a 27-inch IPS panel with a 2560 × 1440 native resolution, 540Hz native refresh rate, and a dual-mode system that can reach a maximum 1,000Hz at 1280 × 720 resolution. Both offer height, tilt, swivel, and pivot stands for ergonomic setups. The Alienware focuses on traditional full HD esports performance, while the Acer piles on features: AMD FreeSync Premium, Nvidia G-Sync compatibility, VRB Pro motion blur reduction, 95% DCI-P3 coverage, and VESA DisplayHDR 600 certification with brightness up to 400 nits SDR and 600 nits HDR.

Esports monitor pricing: the $200 question

Price exposes how aggressive these extreme refresh displays are aimed at competitive diehards. The Alienware AW2524HF is currently available for USD 499.99 (approx. RM2,340), which is already called expensive for an FHD gaming monitor tailored towards hardcore gamers rather than casual players. Acer’s Nitro XV273U F5 appears on Amazon at USD 699.99 (approx. RM3,280), attaching a roughly USD 200 (approx. RM940) premium to its 1000Hz-capable package. For that money, Acer is not only selling higher resolution and HDR but a headline-grabbing maximum refresh rate that only activates when you accept a downgrade to 720p. The blunt truth: you are paying top-tier esports monitor pricing for technology you may not use most of the time, since Acer itself notes that many players will likely stay in the 1440p 540Hz mode instead.

Practical gains: 500Hz versus 1000Hz in real play

Both screens are overkill for casual gaming, but they carry different practical trade-offs. The Alienware’s 500Hz overclocked refresh rate already demands huge frame rates: hitting 500 FPS in modern games is challenging even at 1080p without help from DLSS or FSR upscaling. It delivers “super fast and responsive” performance at native 480Hz, with the 500Hz mode as icing, and maintains clean 1080p imagery that suits most esports titles. Acer’s Nitro XV273U F5 pushes further with a 1000Hz mode at 1280 × 720 resolution. That level of refresh rate is impressive but comes with a clear caveat: the drop to 720p means softer visuals, and the monitor’s own positioning suggests most users will stay at 1440p 540Hz. In other words, the real comparison is 480–500Hz 1080p versus 540Hz 1440p, not 500Hz versus 1000Hz.

So, is 1000Hz worth it?

If you strip away marketing, the value story is clearer than the spec sheets. The Alienware AW2524HF is already a niche purchase aimed at players who accept paying more for a 500Hz gaming monitor at 1080p. The Acer Nitro XV273U F5 adds a sharper 1440p canvas, higher color quality, HDR, and an experimental 1000Hz gaming monitor mode at 720p. For many, that sounds exciting—but not essential. The jump from 240Hz to 500Hz is transformative; the jump from 500Hz to 540Hz or even 1000Hz is far more incremental, and locked behind resolution compromises and escalating cost. Extreme refresh displays are entering a phase where the numbers climb faster than the meaningful benefits. Unless you are a top-tier competitor determined to test 1000Hz at any cost, the smarter move is to treat 500Hz as the current sweet spot and let 1000Hz tech mature before paying the premium.