AMDCPU 3 years
After 3 years of normal use, the AMD Ryzen processor has almost no significant performance degradation, and the stability remains good, and most users will not notice the performance change. Modern Ryzen (Zen3/4/5 architecture) has been designed with long-term stability in mind. The official provides a 3-year quality assurance period, and it can still be used stably for many years after that. The main attention needs to be paid to the "shrinkage" problem caused by the decrease in heat dissipation efficiency, the aging of silicone grease and extreme overclocking, but these can be solved through regular maintenance. Overall, AMD CPUs are a reliable choice in the current market to provide a "buy once and use three years without falling behind" experience.
${{shopModel.rebate>0?shopModel.discountPriceStr:shopModel.formattedAmount}}
$ {{shopModel.formattedAmount}}
Like
{{item.name}}
Quantity：
Estimated Delivery Date: Dec 01 - Dec 01
Frequently Asked Questions
How can I contact customer service?
Do you ship overseas?
How long will it take to get my order?
Specifications
{{item.name}}
{{item.value}}
1. Performance stability: the test of time
1. Performance attenuation: almost negligible
Normal usage scenarios: AMD CPUs that are normally used in the temperature range of 30-85 ° C, the performance attenuation does not exceed 3% after 3 years, and the user can hardly perceive
Technical principle: Although the internal transistors of the CPU will age over time, modern processors are designed with redundant circuits, and individual transistor failure does not affect the overall performance
Compared with Intel: AMD processors do not exist, such as Intel 13/14 The obvious "shrinkage" problem of the generation Core, the performance decline is more gentle, and there is rarely a cliff drop
2. The phenomenon of "fighting the future" with improved performance
Some users found that the performance test score of AMD processors (especially the thread ripper series) after 3 years of use improved by about 15% , mainly due to:
driver continuous optimization
operating system scheduling improvements
Software adapts better to multi-core architectures
CUSTOMER REVIEWS
{{commentStat.averageRating}}
{{commentStat.total}} Revirews
All({{commentStat.total}})
Images({{commentStat.imgSum}})
5 Star({{commentStat.praiseSum}})
{{item.comments}}