Le revirement d'AMD et la 10ème génération d'Intel

Table of Contents

1. Introduction
2. AMD Reverses Decision to End Support for 400 Series Chipsets
   • 2.1 Technical Difficulties and Confusion
   • 2.2 Limited Support for Older Processors
   • 2.3 Implications for the Used Motherboard Market
3. The Future of the B450 and X470 Chipsets
   • 3.1 Potential for a New Socket and DDR5
   • 3.2 AMD's Commitment and Upgrade Path
4. Mistakes Made with the AM4 Platform
   • 4.1 BIOS Size Limitation Issue
   • 4.2 Lack of Proactive Measures
   • 4.3 Marketing's Role in the Problem
5. Intel's Tenth Generation Core Processors
   • 5.1 Is it Really a New Generation?
   • 5.2 Performance Comparison with AMD
   • 5.3 The Battle of Process Nodes: 14nm vs 7nm
6. Intel's Challenges with Power Consumption
   • 6.1 A Redesigned Heat Spreader and Die
   • 6.2 Thermal Limits and Overclocking
7. The Future of the Processor Market
   • 7.1 AMD's Advancements with Zen 3
   • 7.2 Intel's Pursuit to Catch Up
8. Conclusion

📰 AMD Reverses Decision to End Support for 400 Series Chipsets

AMD has made an unexpected move by reversing its decision to discontinue support for the 400 series chipsets with their upcoming Zen 3 processors. While this decision excludes the 300 series chipsets, it brings relief to users who have invested in the 400 series. However, this reversal comes with some technical challenges and potential confusion. To ensure compatibility, users will need to fork some BIOS versions for different processors and verify with their motherboard manufacturers if they possess a Zen 3 CPU. Downgrading the BIOS to a version that supports previous processors will no longer be possible. This may pose issues for those in the used motherboard market or individuals repurposing older parts. Furthermore, the limitation for older Ryzen processors based on Zen 1 and Zen plus architectures unable to handle a BIOS larger than 16GB may explain the difficulties in flashing the BIOS back. While AMD has clarified that Zen 3 will be the final architecture supported on the 400 series chipsets, the future upgrade path for the B450 and X470 seems uncertain. However, with the anticipation of new sockets and DDR5, it is likely that AMD will introduce a new platform soon, making it less probable for another architecture to be supported on the AM4.

💡 The Future of the B450 and X470 Chipsets

Looking ahead, the future of the B450 and X470 chipsets seems uncertain. With the possibility of a new socket and the advent of DDR5 technology, AMD has only committed to supporting the AM4 platform until the end of 2020. It is highly probable that a new platform will be introduced, given these developments. While the B450 and X470 have provided an extended upgrade path, the upcoming changes may result in a less robust and adaptable platform. As consumers, we hope that the next platform will be more Durable and capable of accommodating future architectures. Although the transition from the AM4 platform to a new one has not been without flaws, it is important to acknowledge that extended platforms like AM4 have been beneficial for customers and offered a smoother upgrade experience. However, AMD could have taken measures to anticipate problems such as the BIOS size limitation that has caused difficulties for users. Other manufacturers, like MSI, were proactive in using 32 Meg BIOS versions. Consequently, AMD should have enforced this requirement earlier. Additionally, AMD's marketing campaign criticizing Intel for requiring frequent motherboard upgrades has contributed to this issue. Dropping support for a chipset also necessitates a motherboard change, thus contradicting the message that AMD conveyed. Going forward, it is crucial for AMD's marketing department to exercise more caution when making promises and choose their words wisely.

⚙️ Intel's Tenth Generation Core Processors

Intel has recently unveiled its tenth generation Core processors. However, questions arise as to whether this can truly be considered a new generation. These processors still operate on the 14nm process node, sparking debates about whether they are essentially overclocked versions of the ninth generation. Nonetheless, Intel's latest offerings do exhibit improvements over their predecessors. The i9 processors now boast two additional cores, and hyperthreading has been enabled across the range. Initial benchmark comparisons between the i9 processors and AMD's 3900X reveal only marginal advantages for Intel in terms of gaming performance, with the 3900X actually being slightly cheaper. According to various sources, Intel holds a modest lead of approximately 10-15% in gaming performance at 1080p resolution. However, this advantage diminishes at higher resolutions where the GPU plays a more prominent role. In contrast, AMD's 3900X outperforms Intel's offering significantly in multi-core performance and productivity tasks, with scores 20-40% higher. It is worth noting that the i9 processors' power consumption has been criticized, although Intel has managed to mitigate this issue with a redesigned heat spreader and die. At stock speeds, the temperatures appear manageable, but overclocking these processors pushes them to their thermal limits. Despite the challenges, Intel's ability to match AMD's current lineup while remaining on the 14nm process node is noteworthy. This competition will undoubtedly spur further advancements in the processor market, especially with AMD's highly anticipated Zen 3 architecture on the horizon.

🔮 The Future of the Processor Market

The future of the processor market is poised for exciting developments. AMD's upcoming Zen 3 architecture promises significant performance improvements, continuing the trend of processors getting better with each iteration. Meanwhile, Intel faces the challenge of catching up to AMD's advancements. The battle between the two companies will undoubtedly result in more powerful and efficient processors. AMD's commitment to the AM4 platform until the end of 2020 indicates a high likelihood of a new platform being introduced. With the arrival of DDR5, it becomes increasingly unlikely for another architecture to be supported on the AM4 platform. As consumers, we can look forward to impressive innovations and competition between Intel and AMD, ultimately benefiting us with improved options and performance. The processor market is indeed a thrilling space, and we eagerly await the next breakthroughs.

Highlights

• AMD reverses decision to end support for 400 series chipsets, providing relief to users who invested in this platform.
• Technical challenges and potential confusion arise as users need to fork BIOS versions for different processors and verify compatibility.
• The future of the B450 and X470 chipsets becomes uncertain with the possibility of a new socket and the advent of DDR5.
• AMD's marketing campaign criticizing Intel for frequent motherboard upgrades contributes to the confusion and contradicts their actions.
• Intel's tenth generation Core processors maintain the 14nm process node, offering marginal improvements but lagging behind AMD in multi-core performance.
• Intel faces power consumption challenges with its latest processors, although notable improvements have been made in mitigating thermal issues.
• The competition between Intel and AMD continues to drive advancements in the processor market, with AMD's Zen 3 architecture on the horizon.

FAQs

Q: Will the reversal of AMD's decision affect users with older Ryzen processors? A: The reversal only applies to the 400 series chipsets, excluding the 300 series. Older Ryzen processors may not receive support for Zen 3.

Q: What are some potential challenges with the transition to a new platform? A: The used motherboard market may be affected, and individuals repurposing older parts might encounter difficulties. Downgrading the BIOS to support previous processors is no longer possible.

Q: How does the performance of Intel's tenth generation Core processors compare to AMD's line-up? A: Intel holds a slight advantage in gaming performance at 1080p resolution, while AMD's processors excel in multi-core performance and productivity tasks.

Q: Are there any limitations or drawbacks with Intel's latest processors? A: Intel's tenth generation processors have been criticized for their power consumption. While stock speeds exhibit manageable temperatures, overclocking pushes them to their thermal limits.

Q: What can we expect from the future of the processor market? A: With AMD's Zen 3 architecture promising significant performance improvements and Intel racing to catch up, consumers can anticipate powerful and efficient processors in the near future.

Resources

• AMD Official Website
• Intel Official Website