Monitoring graphics card (GPU) and central processing unit (CPU) workload during gameplay.
Monitoring graphics card (GPU) and central processing unit (CPU) workload during gameplay.
My ASUS N550JX laptop specs are: i7 4720HQ processor, 8GB RAM, and GTX950m with 2GB of graphics. When I play games such as Rise of the Tomb Raider, I’m limited to a resolution of 1280x720, medium settings, and approximately 45 frames per second to maintain my CPU temperature below 75°C. Is this typical performance for a system like mine, or could there be an issue? While I am content with these configurations, I anticipated greater processing power from the i7 CPU without significant thermal throttling. My GPU consistently operates around 40°C and utilizes roughly 50% of its maximum potential. Increasing the graphics quality in games only resulted in a hotter CPU. Therefore, is this behavior normal, or am I making an error? Or could it simply be due to the laptop’s design, with components packed closely together and potentially more difficult to cool compared to a desktop computer?
Indeed, it’s a portable computer, and restricted airflow presents an issue.
The optimal approach is to maintain the ventilation pathways free from debris and any obstructions.
Furthermore, earlier fourth-generation processors paired with GTX 980ms exhibit lower energy efficiency compared to more recent technologies.
Indeed, it’s a portable computer, and restricted airflow presents an issue. The optimal solution is to maintain the ventilation paths free from debris and blockages. Furthermore, previous Intel fourth-generation processors and GeForce GTX 980ms exhibit lower energy efficiency compared to more recent models.