This Modern $1000 Laptop, though updated, may not perform well for gaming.
This Modern $1000 Laptop, though updated, may not perform well for gaming.
Hello,
This laptop model is available here: https://www.acer.com/gb-en/support/produ...02/details. It claims RDNA 2 graphics, but I found it only has 512MB of dedicated VRAM. With 16GB RAM, how can I temporarily use more RAM for gaming? What is the maximum VRAM capacity it can increase to?
Additionally, how can I unlock the highest TDP Watts Power for gaming while it’s connected? Where should I adjust settings in Windows 11 to avoid performance bottlenecks? When plugged in, it should automatically switch to the best performance and revert to Eco mode when charging. How do I enable this?
Regarding the HDMI V2.1 port, can it display 4K at 120Hz with Freesync? Are there further optimizations in Windows or AMD settings to maximize performance for gaming on this device?
I’m also curious about the best PC games according to Metacritic reviews that support 4K at 60Hz or higher, especially remastered titles. Are these optimized for such settings?
Lastly, when playing games, I notice block borders appear on the top and bottom of my 16:10 screen. In AMD settings, how can I enable full-screen mode without image distortion?
it requires a $2500 desktop and additional components to achieve 4k at 120+ hz. no adjustments needed for an office laptop without a dedicated GPU will fall far short of that goal. your expectations are quite out of reach for the equipment you currently have.
you're essentially wondering how to transform your family sedan into a $2 million hyper sports car—your solution is clear: you need a $2 million hyper sports car.
you require a gaming laptop equipped with top-tier hardware to meet this demand. not an office machine meant for basic office tasks.
Can it handle a 4k 120hz display, perhaps but that would be minimal? The gap is significant—just showing a screen versus rendering in a game. It could allow you to run a Windows desktop at that resolution or watch a Netflix movie. Remember, even with a 4090, the price is high and it’s hard to get 4k at 120hz in most games unless you lower the settings or use fake frame generators to boost frames. In titles like Cyberpunk, a 4090 might only manage around 60 frames at maximum settings. You’re probably going to see only acceptable frame rates at 1080p with 60hz on most games. As others have said, this setup isn’t built for gaming.
VRAM isn't the issue here. Having an ample amount of VRAM wouldn't solve your problem.
This setup uses the Radeon 660M integrated graphics, which are improving but still fall short of AMD's top-tier discrete GPU offerings. They're not as powerful as the GTX 560, a mid-range GPU launched in 2011. Running similar titles would be feasible on a mid-range GPU from around 12 to 13 years ago. However, you won't be able to handle modern high-resolution games or AAA titles at all—expect a frustrating experience.
The main concern lies in the hardware selection for gaming purposes. This laptop is a mid-range office model with a decent OLED display at its price point, which is offset by weaker overall specifications. It isn't designed for gaming.
Gaming will always be a challenge with such a device, but to get the most out of it at this price, you must focus on gaming features like a dedicated GPU while ignoring other aspects such as display quality, touchscreen, or portability.
I own several laptops, but only one truly delivers acceptable gaming performance—a 15 R4 with a GTX 1070, purchased around five years ago for about $1300. A cheaper model with a GTX 1060 existed, but it lacked the necessary performance for a satisfying gaming experience.
To obtain such a GPU at that cost and make it viable for gaming, you'd have to compromise on other elements: the display is of average quality, it's not a touchscreen, it's not a dual-purpose device, and its size makes it bulky enough to be cumbersome.
If you're seeking a gaming laptop with all the essentials, you'd need to invest in a $2000 to $3000 machine. Within the $1000 range, you must decide which features are most important and adjust your expectations accordingly, as you won't receive everything.
The integrated GPU in your Ryzen 6600U offers a theoretical performance of 1.46 teraflops. TFLOPS don't always accurately reflect real-world performance compared to other GPUs, but if the comparison holds true here, your laptop's graphics power would match that of an Xbox One rather than a more powerful system. Considering this, you'll primarily be able to run older titles in 4K, or very basic indie games. You'll likely need to settle for lower resolutions for newer releases. Many Xbox One games were designed for 720p to 900p. Concerning VRAM, it seems the system will adjust memory allocation dynamically to the iGPU as required. It won't be limited to a fixed 512 MB. Your laptop's BIOS might also allow you to specify a dedicated amount of RAM for video processing if desired.
I believe AMD refers to it as FSR3, which is comparable to the DLSS features from Nvidia. More frames mainly serve to increase the count, which is why many people refer to them as fake frames. A straightforward illustration would be showing the same frame repeated twice... does that truly alter anything beyond the frame count? You notice two primary actions they take. First, they run the resolution at a higher setting, like 1024, and then apply advanced upscaling to make it appear as if it’s 4K. Is that actually delivering 4K quality? Next, they generate new frames and place them in between the existing ones. This is somewhat speculative, and close inspection often reveals artifacts or distortions. The drawback here is that input lag increases because the video processing becomes more intensive. I don’t think it’s worth it. Integrated GPUs likely lack the capability for such enhancements.
The price of $1k is a scam. That amount can buy you a gaming laptop with a 4060 chip.