You need to decide which of the two gaming laptops to buy, the i5 or the i7. Please let me know your preference.
You need to decide which of the two gaming laptops to buy, the i5 or the i7. Please let me know your preference.
The laptops listed are:
MSI GF65 I5-10500H with 6 cores, 12 threads, up to 4.5 ghz, GTX 1660 Ti with 6GB GDDR6 VRAM, 16GB RAM, and Windows 10 on a 512GB SSD.
MSI GF65 I7-10750H with 6 cores, 12 threads, up to 5.0 ghz, GTX1660Ti with 6GB GDDR6 VRAM, 16GB RAM, and Windows 10 on a 512GB SSD.
Some might think the best option is clear, but I remain doubtful about the bottleneck in the i7 version, so I chose to seek advice from experts here.
Please let me know the recommended choice so I can buy the right one.
Thank you in advance.
It's tough to judge without considering the price gap.
The CPUs are almost the same except for clock speed.
Which limiting factor are you talking about? A CPU that's too fast for the GPU? Not possible.
CPU-intensive software and games will run the game engine at the pace the CPU can handle. If the i7 keeps its boost clock above the i5, it'll perform better. But with the same cooling, you probably won't notice a big difference when the heatsink is full.
GPU-heavy titles should behave similarly, but this depends on your settings. To get more performance, lower the settings. The higher your CPU speed, the higher your FPS will be.
The i5 model is offered at 75k rupees, while the i7 is priced at 82k. The i5 has 254 ratings with an average score of 4.5 out of 5, and the i7 has 25 ratings with an average of 3.7 out of 5. They share the same specifications except for the CPU. Appreciate your quick reply.
I didn't mention the CPU being too slow compared to the GPU's speed. I'm just uncertain about that point.
Regards
I think I’d likely choose the i5. Most of the time, the difference between 4.5Ghz and 5.0Ghz won’t be noticeable for single-threaded work. Plus, keeping those boost clocks stable is unlikely.
For gaming purposes, opting for an i7 CPU is always preferable. You'd be let down if it creates a bottleneck when using an i5 CPU during any game session. The range between i5 and i7 isn't just about clock speed; virtual processor counts also vary, which can noticeably impact performance in more detailed graphics and physics-based games.
Maybe you didn't evaluate these chips thoroughly. They share the same core count, thread count, and cache size—just the biggest difference is the maximum boost clock. The base frequency is only 100Mhz apart. For most non-parallel tasks, they should behave almost the same.