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Unlocking Performance: Acer Predator Helios 500 Thermal Testing

Updated on Jun 30,2024

Unlocking Performance: Acer Predator Helios 500 Thermal Testing

Table of Contents:

  1. Introduction
  2. Specifications
  3. Thermal testing Overview
  4. Idle Temperature Results
  5. Gaming Temperature Results
  6. Fan Speed and Temperature Analysis
  7. Stress Test Results
  8. CPU Clock Speeds
  9. Performance Boost in Games
  10. CPU Workload Performance
  11. GPU Overclocking
  12. External Temperature Analysis
  13. Fan Noise Assessment
  14. Summary and Conclusion
  15. FAQ Section

Is the Acer Predator Helios 500 a Reliable Gaming Laptop?

The Acer Predator Helios 500 is a high-performance gaming laptop that boasts impressive specifications. In this article, we will take an in-depth look at the thermal performance of the laptop and explore ways to enhance its gaming capabilities. We will analyze temperature results, fan speeds, stress tests, clock speeds, and performance improvements through CPU undervolting and GPU overclocking. Additionally, we will examine external temperatures, fan noise levels, and conclude with a comprehensive assessment of the laptop's reliability. By the end of this article, you will have a clear understanding of the Acer Predator Helios 500's thermal capabilities and its potential for optimal gaming performance.

Specifications

Before delving into the thermal performance of the Acer Predator Helios 500, let's first take a look at its specifications. The laptop is equipped with an Intel i7-8750H CPU and a full Nvidia 1070 graphics card, making it a powerful combination for gaming. Furthermore, the laptop offers an overclockable i9-8950HK CPU as an additional option, which may yield different results in terms of performance. With these specifications in mind, we can now proceed to evaluate the laptop's thermal performance.

Thermal Testing Overview

To assess the thermal capabilities of the Acer Predator Helios 500, extensive testing was conducted under various conditions. The room temperature during the tests was maintained at 18 degrees Celsius, which may result in warmer temperatures in a typical environment. The testing comprised idle temperature measurements, gaming temperature evaluations using Watchdogs 2 as a CPU demanding Game, and stress tests using Aida64 and the Heaven benchmark to maximize CPU and graphics utilization. Let's examine the results and analyze how the laptop performed under different scenarios.

Idle Temperature Results

During the idle tests, the CPU and graphics exhibited slightly elevated temperatures, indicated by the light blue bar Chart at the bottom. This slight increase in temperature resulted from the laptop's silent operation at idle. However, it is important to note that these temperatures were not a cause for concern at this stage. Now, let's proceed to evaluate the gaming temperature results to gain a better understanding of the Acer Predator Helios 500's thermal performance.

Gaming Temperature Results

For the gaming temperature evaluations, Watchdogs 2 was played at high settings to assess the laptop's thermal behavior. The temperatures recorded during gaming showed a significant rise, as indicated by the green bar chart. However, it is crucial to note that no issues, other than high temperatures, were observed at this point. It is worth mentioning that manually maximizing the fans resulted in a remarkable temperature reduction of approximately 20 degrees for both the processor and graphics card, as depicted by the yellow bar chart. Another effective method of temperature improvement was achieved by leaving the fans on the automatic profile while applying a -0.150v undervolt to the CPU, resulting in a slight temperature improvement, demonstrated by the orange bars. However, the most notable temperature reduction was observed when both the fans were maxed out and the undervolt was applied, as shown by the red bar chart. This combination of high airflow and undervolting successfully maintained cool temperatures during gaming Sessions. It is essential to mention here that only CPU undervolting was performed, but it indirectly affected GPU temperatures due to shared heat pipes. Based on these findings, it is evident that the Acer Predator Helios 500's thermal performance can be significantly enhanced through strategic fan control and CPU undervolting.

Fan Speed and Temperature Analysis

To provide a comprehensive analysis of the Acer Predator Helios 500's thermal performance, the relationship between fan speeds and temperatures was examined. The results revealed that manually maximizing the fans while running stressful tasks achieved a substantial temperature reduction of 20 degrees, as illustrated by the pink bar chart. However, it is worth noting that this reduction did not affect the power limitations of the laptop. On the other HAND, shifting the fan profile back to the automatic mode, represented by the purple bar chart, while applying a -0.150v undervolt to the CPU still led to power limit throttling. For optimal results under full load stress tests, it was necessary to maximize the fans and apply the undervolt simultaneously, as demonstrated by the top dark blue bar chart. These findings highlight the importance of finding a suitable balance between fan speeds, temperatures, and gaming performance.

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