据Wccftech报道，AMD已经确认下一代Ryzen Threadripper处理器将转向TR6平台，代号“Mustang Peak”。与代号“Venice”的EPYC服务器处理器一样，都将配备台积电（TSMC）2nm工艺制造的CCD，延续对DDR5内存的支持，另外还将支持新一代PCIe 6.0标准。

CCD采用了新的设计，单个CCD最多拥有12个Zen 6核心，另外每个CCD具有48MB的L3缓存，也就是说每个核心对应4MB，与现有Zen 5的配置一样。现有的Ryzen Threadripper 9000系列最多拥有96个核心192线程，支持8通道DDR5-6400内存，不知道“Mustang Peak”会不会提供更高的核心数，另外增加对新的内存模块支持。

按照AMD的开发计划，下一代Ryzen Threadripper处理器有可能在2027年下半年到来。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 9000系列","Threadripper Next"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak","Mustang Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5","sTR6"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5","Zen 6"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC","2nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD","TBC"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8","TBC"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","6400MHz","TBC"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0","6.0"], ["PCIe通道数","64","64/128","128","64/128","80/128","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T","TBC"], ["最大功耗","200W","280W","280W","350W","350W","TBC"], ["推出时间","2018","2019/2020","2022","2023","2025","2027?"], ] });

Ryzen Threadripper 9000系列配备了最高达64核心128线程、最高256MB三级缓存、支持四通道DDR5-6400内存，相较前代产品增强了对AVX-512的支持，提供了完整512位数据链路，并支持最高达80条PCIe 5.0通道，为多GPU与NVMe存储的先进配置提供优秀性能。

Ryzen Threadripper 9000系列处理器沿用与前代相同的sTR5插座，并维持了350W的TDP设置。这使得新产品能够与现有的Threadripper主板相兼容，全方位满足发烧友及专业人士的独特需求。

预览var tableid = settableid(); document.write(''); Table().init({ title: "Ryzen Threadripper 9000系列定价", header: ["型号", "核心/线程数", "加速/基准频率", "L3缓存", "TDP", "人民币定价"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["9980X", "64C/128T", "5.4/3.2 GHz", "256MB", "350W", "40980元"], ["9970X", "32C/64T", "5.4/4.0 GHz", "128MB", "350W", "20970元"], ["9960X", "24C/48T", "5.4/4.2 GHz", "128MB", "350W", "12960元"], ] });我们已经对Ryzen Threadripper 9980X / 9970X进行了评测，可点击此处看评测文章。

AMD已确定，Ryzen Threadripper 9000系列处理器将于2025年7月31日正式上市，通过其广泛的区域系统集成商及渠道合作伙伴网络进行销售。新产品配备了最高达64核心128线程、最高256MB三级缓存、支持四通道DDR5-6400内存，相较前代产品增强了对AVX-512的支持，提供了完整512位数据链路，并支持最高达80条PCIe 5.0通道，为多GPU与NVMe存储的先进配置提供优秀性能。

Ryzen Threadripper 9000系列处理器沿用与前代相同的sTR5插座，并维持了350W的TDP设置。这使得新产品能够与现有的Threadripper主板相兼容，全方位满足发烧友及专业人士的独特需求。

预览var tableid = settableid(); document.write(''); Table().init({ title: "Ryzen Threadripper 9000系列定价", header: ["型号", "核心/线程数", "加速/基准频率", "L3缓存", "TDP", "人民币定价"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["9980X", "64C/128T", "5.4/3.2 GHz", "256MB", "350W", "40980元"], ["9970X", "32C/64T", "5.4/4.0 GHz", "128MB", "350W", "20970元"], ["9960X", "24C/48T", "5.4/4.2 GHz", "128MB", "350W", "12960元"], ] });

Ryzen Threadripper PRO 9000 WX系列最多拥有96个核心192线程，最高主频能到5.4GHz，支持8通道DDR5-6400 ECC内存，可提供128条PCIe 5.0通道，采用sTR5处理器接口，兼容现有Storm Peak平台。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 9000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","384MB"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","6400MHz"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128","80/128"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T"], ["最大功耗","200W","280W","280W","350W","350W"], ["推出时间","2018","2019/2020","2022","2023","2025"], ] });

近日有网友发现，华硕在Pro WS TRX50-SAGE WIFI的产品描述中已经提到了Ryzen Threadripper 9000系列处理器，并确认最高配备96核心。正如预期的那样，AMD将通过新一代基于Zen 5架构的产品取代旧款Zen 4型号，并保留相同的封装和插座支持。

TECHPOWERUP表示，近期技嘉为TRX50 AERO D主板提供了F10a BIOS更新，其中在发行说明里提到了“下一代CPU的支持”。结合其他方面的信息，AMD有可能会选择在下个月的Computex 2025上发布Ryzen Threadripper 9000系列处理器。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 9000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","5600MHz?"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T"], ["最大功耗","200W","280W","280W","350W","350W?"], ["推出时间","2018","2019/2020","2022","2023","2025?"], ] });

近日有网友透露，Ryzen Threadripper 9000系列处理器再次出现在海关的出货清单上，除了16核心和96核心外，还看到了32核心和64核心，TDP均为350W，基本上可以梳理出一条完整的产品线。与前代产品有所不同，暂时还没看到24核心。

目前的基于Zen 4架构的Ryzen Threadripper产品分为两个系列：一个是提供了24核心到96核心的Ryzen Threadripper PRO系列；另外一个是提供了24核心到64核心的普通Ryzen Threadripper系列。这次AMD似乎考虑添加16核心产品，降低了搭建新平台的门槛，也有可能是作为HEDT平台使用。考虑到EPYC 9005系列的上市安排，预计Ryzen Threadripper 9000系列会在今年内发布。

Ryzen Threadripper 9000系列将沿用现有DDR5 HEDT主板平台，包括TRX50和WRX90芯片组。与现有的Ryzen Threadripper 7000系列相比，主要变化在于CCD部分，引入了Zen 5架构，其中拥有96核心的旗舰型号包括了12个CCD和1个IOD。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 9000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","5600MHz?"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T"], ["最大功耗","200W","280W","280W","350W","350W?"], ["推出时间","2018","2019/2020","2022","2023","2025?"], ] });

据Wccftech报道，近日再次出现了Ryzen Threadripper 9000系列处理器相关的出货清单，是自8月以后的第二份，显示16核心和96核心产品在10月下旬就有出货，分别面向入门级和高端市场，TDP为350W。

目前的基于Zen 4架构的Ryzen Threadripper产品分为两个系列：一个是提供了24核心到96核心的Ryzen Threadripper PRO系列；另外一个是提供了24核心到64核心的普通Ryzen Threadripper系列。这次AMD似乎考虑添加16核心产品，降低了搭建新平台的门槛，也有可能是作为HEDT平台使用。考虑到Ryzen Threadripper 7000系列是在去年10月发布，以及EPYC 9005系列的时间表，预计Ryzen Threadripper 9000系列会在明年发布。

Ryzen Threadripper 9000系列将沿用现有DDR5 HEDT主板平台，包括TRX50和WRX90芯片组。与现有的Ryzen Threadripper 7000系列相比，主要变化在于CCD部分，引入了Zen 5架构，其中拥有96核心的旗舰型号包括了12个CCD和1个IOD。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 9000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","5600MHz?"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T"], ["最大功耗","200W","280W","280W","350W","350W?"], ["推出时间","2018","2019/2020","2022","2023","2025?"], ] });

据Overclock3d报道，近日一份出货清单显示了一款新的Ryzen Threadripper处理器，代号“Shimada Peak”说明了是基于Zen 5架构的产品，拥有96核心，包括了12个CCD和1个IOD，预计会沿用现有DDR5 HEDT主板平台，包括TRX50和WRX90芯片组。与现有基于Zen 4架构的Ryzen Threadripper 7000系列相比，主要变化在于CCD部分。

AMD很少谈及Ryzen Threadripper处理器，考虑到现有的Ryzen Threadripper 7000系列是在去年10月发布，那么新一代Ryzen Threadripper 9000系列很可能还要再等上一段时间，至少也要等同样是Zen 5架构的EPYC 9005系列上市以后才会安排。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 8000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","sTR5","sTR5"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","4nm TSMC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","12 CCD+1 IOD","12 CCD+1 IOD"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5200MHz","5600MHz?"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","96C/192T"], ["最大功耗","200W","280W","280W","350W","TBC"], ["推出时间","2018","2019/2020","2022","2023","2025?"], ] });

近期有玩家发现，超频可能会触发Ryzen Threadripper 7000系列处理器熔断机制导致故障，坊间传出超频会让这些处理器保修失效。AMD向TomsHardware表示，基于Zen 4架构的Ryzen Threadripper 7000系列处理器确认存在一个熔断器，启动超频时可能会发生熔断，不过这会让保修失效的说法并不正确。根据AMD的销售条款，超频导致处理器损坏确实不保修，但其他与超频无关的问题导致损坏仍会得到保修/更换。

简单来说，超频不会让Ryzen Threadripper 7000系列处理器失去保修，AMD也不反对超频，要不是主板厂商也不会将超频作为WRX90和TRX50平台的功能之一，但只有直接由超频造成的损坏才会让保修失效。

这意味着AMD知道玩家是否有对Ryzen Threadripper 7000系列处理器进行超频，而保修只是排除掉超频造成的损坏，至于如何检查和判断，AMD也没有详细说明，至少暂时也没有出现仅超频就拒保的情况。

首批Ryzen Threadripper PRO 7000处理器预计有六款，分别为Threadripper PRO 7945WX、7955WX、7965WX、7975WX、7985WX和7995WX，对应了12/16/24/32/64/96核心，均为Zen 4架构内核。据Wccftech报道，目前已经得到以上几款处理器的具体规格参数。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔第14代酷睿桌面处理器规格对比", header: ["型号", "核心/线程数量", "基础频率", "最高睿频", "L3缓存", "PCIe通道数", "TDP"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["Ryzen Threadripper 7995WX", "96C/192T", "2.50GHz", "5.15GHz", "384MB", "128 PCIe 5.0", "350W"], ["Ryzen Threadripper 7985WX", "64C/128T", "3.20GHz", "5.35GHz", "256MB", "64 PCIe 5.0", "350W"], ["Ryzen Threadripper 7975WX", "32C/64T", "4.00GHz", "5.35GHz", "128MB", "64 PCIe 5.0", "350W"], ["Ryzen Threadripper 7965WX", "24C/48T", "4.20GHz", "5.35GHz", "96MB", "64 PCIe 5.0", "350W"], ["Ryzen Threadripper 7955WX", "16C/32T", "4.50GHz", "5.35GHz", "64MB", "64 PCIe 5.0", "350W"], ["Ryzen Threadripper 7945WX", "12C/24T", "4.70GHz", "5.35GHz", "48MB", "64 PCIe 5.0", "350W"], ] });内存支持8通道或4通道，频率方面还没有得到证实，传闻TRX50 / WRX50平台支持的是DDR-5200，与Ryzen 7000系列处理器一致。暂时还不清楚Ryzen Threadripper PRO 7000系列处理器的定价，预计并不便宜。

首批Ryzen Threadripper 7000系列处理器预计有五款，分别为Threadripper PRO 7945WX、7955WX、7975WX、7985WX和7995WX，对应了12/16/32/64/96核心。最高配置的是Threadripper PRO 7995WX，为96核心192线程，L2缓存为96MB，L3缓存为384MB，TDP为350W。

性能方面，此前在Geekbench 5的数据库中的HP Z6 G5工作站测试数据显示，Threadripper PRO 7995WX加速频率高达5.14GHz，单线程得分为2095，多线程得分81408，不仅比上代的Ryzen Threadripper 5995WX有着很大的提升，而且多线程得分比现有世界记录——液氮超频下的Xeon w9 3495X跑出来的72786分要高出不少。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 8000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","SP5/SP6","SP5/SP6"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","TBC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","6/12 CCD+1 IOD?","TBC"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8?","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5600MHz?","TBC"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T","TBC"], ["最大功耗","200W","280W","280W","350W","TBC"], ["推出时间","2018","2019/2020","2022","2023","2025?"], ] });

此次CPU-Z 2.08版里，带来了对AMD下一代“Storm Peak”平台的支持更新，Ryzen Threadripper PRO 7000系列处理器的信息得到了进一步补充，显示首批产品共有五个型号，Zen 4架构内核数量从16核心到96核心。另外还初步支持AMD代号“Bergamo”的EPYC服务器处理器，并支持更多英特尔第14代酷睿处理器，包括酷睿i5和酷睿i3等中低端型号。

CPU-Z 2.08版主要的更新支持内容：

改进了对英特尔Meteor Lake处理器的支持。

英特尔酷睿i5-14400F / 14400T / 14400 / 14500 / 14500T处理器。

英特尔酷睿i3-14100F / 14100T / 14100处理器。

Intel 300 / 300T处理器 (RPL, 双核, 65/35W)。

AMD Threadripper PRO 7995WX (STP, 96c) / 7985WX (STP, 64c) / 7975WX (STP, 32c) / 7955WX (STP, 16c) / 7945WX (STP)。

初步支持AMD“Bergamo”EPYC服务器处理器。

修正了版本检查产生的延迟。

日志中显示，Ryzen Threadripper PRO 7000系列处理器里规格最低的是7945WX，不过没有标出具体的内核数量，很可能少于16个，毕竟7955WX也仅仅配置了16个内核。根据之前泄露的PPT内容，新产品相比上一代基于Zen 3架构的Ryzen Threadripper 5000系列会有20%的性能提升，这应该是指单核的性能提升幅度。

CPU-Z 2.08版，地址：点此前往>>>

AMD一直都没有透露具体的发布时间，不过有网友泄露了相关的PPT，显示基于Zen 4架构的Ryzen Threadripper 7000系列处理器会在秋天发布，对于北半球来说就是9月22日之后。根据其中一张PPT上的说法，新产品相比上一代基于Zen 3架构的Ryzen Threadripper 5000系列会有20%的性能提升，这应该是指单核的性能提升幅度，不过没有说明测试的标准和平台配置。

另外一张PPT提及了渲染任务中，拥有96核心的新款处理器仅需要657秒，比起竞争对手英特尔56核心112线程的Xeon W9-3495X处理器的1125秒要快得多。

之前泄露的信息显示，首批Ryzen Threadripper 7000系列处理器至少有四款，分别为Threadripper PRO 7945WX、7975WX、7985WX和7995WX，对应了16/32/64/96核心。其中最高配置的是Threadripper PRO 7995WX，为96核心192线程，L2缓存为96MB，L3缓存为384MB，TDP为350W。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 8000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","SP5/SP6","SP5/SP6"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","TBC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","6/12 CCD+1 IOD?","TBC"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8?","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5600MHz?","TBC"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T?","TBC"], ["最大功耗","200W","280W","280W","TBC","TBC"], ["推出时间","2018","2019/2020","2022","2023H2?","2025?"], ] });

如果要使用这款处理器，需要搭配新的TRX50主板，不过现在还没有对应的产品上市，将提供4通道DDR5内存和64条PCIe 5.0通道。此前华擎已经向ECC（欧亚经济委员会）提交了TRX50 WS主板的信息，专为工作站而设计，主打强劲性能、易管理性与高可靠性。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Ryzen Threadripper系列处理器参数", header: ["型号","Threadripper 2000系列","Threadripper 3000系列","Threadripper 5000系列","Threadripper 7000系列","Threadripper 8000系列"], width: '92%', columnWidth: 'MAX', //表格单元宽度，"MAX"最大内容显示，""AVG"平均，"AUTO"自动，指定[15,16,20] id: tableid, data: [ ["代号","Coflax","Castle Peak","Chagall","Storm Peak","Shimada Peak"], ["插座","sTR4","sTRX4sWRX8","sWRX8","SP5/SP6","SP5/SP6"], ["架构","Zen","Zen 2","Zen 3","Zen 4","Zen 5"], ["制造工艺","14nm GF","7nm TSMC","7nm TSMC","5nm TSMC","TBC"], ["最大L3缓存","64MB","256MB","256MB","384MB","TBC"], ["芯片结构","4 CCD","8 CCD+1 IOD","8 CCD+1 IOD","6/12 CCD+1 IOD?","TBC"], ["内存类型","DDR4","DDR4","DDR4","DDR5","DDR5"], ["内存通道数","4","4/8","8","4/8?","4/8?"], ["内存频率","2933MHz","3200MHz","3200MHz","5600MHz?","TBC"], ["PCIe版本","3.0","4.0","4.0","5.0","5.0?"], ["PCIe通道数","64","64/128","128","64/128?","TBC"], ["最大核心/线程数","32C/64T","64C/128T","64C/128T","96C/192T?","TBC"], ["最大功耗","200W","280W","280W","TBC","TBC"], ["推出时间","2018","2019/2020","2022","2023H2?","2025?"], ] });