AMD官宣Zen4锐龙7000!5nm AM5接口、支持DDR5/PCIe 5.0 AMD officially announced Zen4 Ryzen 7000! 5nm AM5 interface, support DDR5/PCIe 5.0 In addition to the Zen3+ architecture Ryzen 6000H/6000U series, Zen3 V-Cache plus Ryzen 7 5800X3D, AMD today also disclosed the next-generation new Zen4 for the first time Some details of the architecture.
The characteristics of Zen4 architecture products can be summarized in the "four fives": for the first time, they are manufactured using TSMC's 5nm process, the AMD platform supports next-generation DDR5 memory and PCIe 5.0 channels for the first time, and the new AM5 package interface is introduced for the first time.
The AMD Zen family Ryzen processors have always used AM4 package interface, which has excellent intergenerational compatibility.
The AM5 interface, also known as LG1718 (representing 1718 contacts), will be the first time AMD has abandoned PGA pin packaging on the desktop and changed to LGA contact packaging. Just like its server data center platform, it has also gone on the same road with Intel. .
Of course, the motherboard needs to be replaced, but the conscience is that the AM5 platform can still be compatible with the current AM4 radiator, because the mounting hole position and hole distance remain the same.
Zen4 Ryzen will be released in the second half of this year, named the Ryzen 7000 series.
This means that there will be no Ryzen 6000 series on desktop platforms.
AMD officially announced Zen4 Ryzen 7000! 5nm AM5 interface, support DDR5/PCIe 5.0

除了Zen3+架构的锐龙6000H/6000U系列、Zen3 V-Cache加成的锐龙7 5800X3D,AMD今天还首次披露了下一代全新Zen4架构的一些细节。

Zen4架构产品的特点可以用“四个五”来概括:首次采用台积电5nm工艺制造,AMD平台上首次支持下一代DDR5内存内存、PCIe 5.0通道,首次引入新的AM5封装接口。

AMD Zen家族锐龙处理器一直使用AM4封装接口,代际兼容性极佳。

AM5接口又名LG1718(代表1718个触点),将是AMD第一次在桌面上放弃PGA针脚式封装,改成LGA触点式封装,一如其服务器数据中心平台,也和Intel走到了一条路上。

主板当然要换新,不过良心的是,AM5平台依然可以兼容现在的AM4散热器,因为安装孔位、孔距都保持不变。

Zen4锐龙将在今年下半年发布,命名为锐龙7000系列。

这意味着,桌面平台将不会有锐龙6000系列。

AMD官宣Zen4锐龙7000!5nm AM5接口、支持DDR5/PCIe 5.0

 

声明:本站所有文章,如无特殊说明或标注,均为本站原创发布。任何个人或组织,在未征得本站同意时,禁止复制、盗用、采集、发布本站内容到任何网站、书籍等各类媒体平台。如若本站内容侵犯了原著者的合法权益,可联系我们进行处理。