Unlocking Performance: Delidding the Ryzen 5 2400G for Lower Temperatures!

Table of Contents

1. Introduction
2. Background on AMD and Raven Ridge APUs
3. The Surprise Factor: Conventional TIM Usage
4. Comparison with Previous AMD APUs
5. Cost-saving Measures and Target Market
6. User Reactions and Misconceptions
7. The Need for Cooling Solutions
8. testing the Delidding Method
9. Benefits of Delidding
10. Considerations and Warranty Voiding
11. Recommendations and Conclusion

Introduction

In this article, we will discuss the recent launch of AMD's new Raven Ridge APUs and the surprise it brought to many consumers and tech enthusiasts. We will delve into the use of conventional thermal interface material (TIM) instead of solder, which raised eyebrows among the community. Additionally, we will examine the cost-saving measures AMD employed and how they impact the target market of these APUs. Furthermore, we will explore the reactions and misconceptions surrounding this decision. To provide a comprehensive analysis, we will also cover the delidding process and its potential benefits for users. Finally, we will address the important topic of voiding warranties and provide recommendations based on our findings.

Background on AMD and Raven Ridge APUs

AMD, a prominent player in the semiconductor industry, recently launched its new Raven Ridge APUs. These APUs combine Zen CPU architecture and Vega GPU architecture, offering an integrated solution for budget-conscious users who require both processing power and graphics performance. The Raven Ridge lineup includes various models with different specifications, catering to different user needs and budgets.

The Surprise Factor: Conventional TIM Usage

One of the most surprising aspects of the Raven Ridge APUs was the use of conventional thermal interface material (TIM) instead of solder. Many consumers and tech enthusiasts were bewildered by this decision, as AMD had previously used solder on its high-end desktop CPUs. It is important to note that the decision to use conventional TIM on these APUs was driven by cost-saving considerations, as these processors target the budget market segment.

Comparison with Previous AMD APUs

To provide context and dispel any misconceptions, let's take a moment to compare the use of TIM on Raven Ridge APUs with previous AMD APUs. Looking back at the Trinity CPU and the Kaveri APU, both of which used TIM, we can confirm that this is not an entirely new approach for AMD. However, it is worth mentioning that not all AMD APUs use TIM, and the decision to use either TIM or solder may be influenced by factors such as thermal design power (TDP) requirements and manufacturing considerations.

Cost-saving Measures and Target Market

The choice to use conventional TIM on the Raven Ridge APUs Stems from AMD's aim to reduce costs. As these APUs target the budget market segment, cost optimization becomes crucial. By utilizing conventional TIM instead of solder, AMD can significantly cut down on production expenses. However, it is important to note that this cost-saving measure does not compromise the overall performance and functionality of the APUs.

User Reactions and Misconceptions

The launch of the Raven Ridge APUs elicited mixed reactions from users and tech enthusiasts. While some were already aware of AMD's previous usage of TIM on APUs, others were taken by surprise. The comment sections of reviews and YouTube videos were flooded with questions and concerns about the decision. It is essential to address these reactions and clarify any misconceptions surrounding the usage of TIM on these APUs.

The Need for Cooling Solutions

Given the use of conventional TIM, proper cooling solutions become critical for efficient heat dissipation. The choice of a suitable cooling solution depends on factors such as system configuration, intended usage, and budget. It is recommended to invest in an adequate cooler that matches the thermal requirements of the Raven Ridge APU to ensure optimal performance and longevity.

Testing the Delidding Method

To shed light on the potential benefits of delidding, we conducted tests to compare the temperatures before and after the delidding process. By carefully removing the heat spreader using a special adapter and applying liquid metal thermal compound, we aimed to improve heat dissipation. The tests involved running synthetic benchmarks such as Cinebench R15 and Prime95 to simulate CPU-intensive workloads.

Benefits of Delidding

The results of our tests showed promising improvements in temperatures after delidding the Raven Ridge CPU. For stock settings, we observed temperature reductions of up to 7 degrees Celsius during Cinebench R15 runs and up to 12 degrees Celsius during Prime95 runs. Overclocked settings yielded even more significant temperature reductions, with improvements of 10-15 degrees Celsius. Therefore, delidding can be considered a viable option for users seeking lower temperatures and potentially higher overclocking capabilities.

Considerations and Warranty Voiding

Before considering the delidding process, users must be aware of the potential risks involved. Delidding an APU voids the warranty, and there is a chance of damaging the CPU if not done carefully. It is crucial to weigh the benefits against the potential risks and assess whether the improved temperatures and potential overclocking gains outweigh the warranty loss.

Recommendations and Conclusion

Based on our findings, we recommend delidding as a viable option for users seeking improved temperatures on their Raven Ridge APUs. However, it is essential to proceed with caution and be aware of the associated risks. We advise users to thoroughly evaluate their cooling needs and consider investing in a suitable cooling solution before resorting to delidding. Ultimately, the decision to delid or not will depend on individual preferences and requirements.

Highlights

• AMD's Raven Ridge APUs surprised many with their use of conventional thermal interface material (TIM) instead of solder.
• Previous AMD APUs also used TIM, making it not entirely new for the company.
• The decision to use TIM on these APUs was driven by cost-saving measures.
• Users' reactions and misconceptions surrounding the usage of TIM on the Raven Ridge APUs varied.
• Adequate cooling solutions are essential due to the use of conventional TIM for efficient heat dissipation.
• Delidding the Raven Ridge CPU can yield temperature reductions and potential overclocking gains.
• Delidding voids the warranty and carries the risk of damaging the CPU, so caution is advised.
• Users should carefully consider their cooling needs before resorting to delidding.
• Delidding can be a viable option for users seeking lower temperatures and potential overclocking capabilities.
• The decision to delid or not depends on individual preferences and requirements.

Please find the FAQ section below for more information.

FAQ

Q: What are Raven Ridge APUs? A: Raven Ridge APUs are AMD processors that combine Zen CPU architecture and Vega GPU architecture, offering an integrated solution for users requiring both processing power and graphics performance.

Q: Why was there a surprise regarding the use of conventional TIM on Raven Ridge APUs? A: Many users and tech enthusiasts were surprised because solder had been used on high-end desktop CPUs in the past. However, previous AMD APUs also used TIM.

Q: Why did AMD choose to use conventional TIM on Raven Ridge APUs? A: The decision was driven by cost-saving measures, as these APUs target the budget market segment.

Q: Can delidding improve temperatures on Raven Ridge APUs? A: Yes, delidding has shown potential benefits in reducing temperatures on Raven Ridge APUs, especially when combined with suitable cooling solutions.

Q: What are the risks of delidding and voiding the warranty? A: Delidding voids the warranty, and there is a risk of damaging the CPU if not done carefully. Users should assess the benefits and risks before proceeding.

Q: Should I delid my Raven Ridge APU? A: The decision to delid depends on individual preferences and requirements. Users seeking lower temperatures and potential overclocking gains may find delidding beneficial but should proceed with caution.

Q: Can I use a conventional cooling solution with Raven Ridge APUs? A: Yes, using an adequate cooling solution is crucial for efficient heat dissipation, especially due to the use of conventional TIM on these APUs.

Q: Where can I find delidded AMD Raven Ridge CPUs and the necessary equipment? A: Delidded AMD Raven Ridge CPUs and the associated kits will be available at Caseking (links will be provided in the description).

Please note that these answers are for informational purposes only and should not replace professional advice.