据了解，部分AMD Radeon RX 6000系列显卡已开始采用美光的GDDR6显存，早期主要是搭载Radeon RX 6600/RX 6700系列GPU的产品，预计在2021年第四季度内就会开始出货。

美光是在2019年开始采用1z工艺生产DRAM颗粒，是其第三代10nm级工艺，按一般半导体工艺理解，大概是在12-14nm级别。目前美光已开始使用1α工艺节点生产，首款采用新工艺的8Gb DDR4芯片在今年已经批量出货了。与很多竞争对手不同，美光至少在未来几年内都不会使用EUV光刻技术来生产存储芯片，但仍需要增加存储芯片的密度以降低单位成本，因此要通过使用新材料等其他技术手段来缩小DRAM芯片的尺寸。

据Wccftech报道，AMD将会在2022年第一季度进一步扩展其Radeon RX 6000系列产品线，推出基于Navi 24核心的入门级显卡，其桌面版本的TGP将在100W至120W之间，高于此前传闻的75W。搭载Navi 24核心的产品属于Radeon RX 6500系列，竞争对手是英伟达GeForce RTX 3050系列，以及英特尔入门级的锐炫品牌显卡。

据称，虽然Navi 24核心规模较小，仅有Navi 23核心的一半，但频率可能会比较高，甚至达到2.8 GHz或以上。预计Navi 24将配置16个CU，拥有1024个流处理器，16MB的无限缓存、1MB的L2缓存、以及128KB的L1缓存，显存位宽为64位，配备4GB的GDDR6显存。此外，采用Navi 24核心的还可能会有Radeon RX 6400系列显卡。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Radeon RX 6000系列GPU参数表", header: ["型号","Radeon RX 6900 XT","Radeon RX 6800 XT","Radeon RX 6800","Radeon RX 6700 XT","Radeon RX 6700","Radeon RX 6600 XT","Radeon RX 6600","Radeon RX 6500"], 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: [ ["GPU","Navi 21 XTX","Navi 21 XT","Navi 21 XL","Navi 22 XT","Navi 22 XL","Navi 23 XT?","Navi 23 XL","Navi 24?"], ["CU数量","80","72","60","40","TBC","32","28","16?"], ["流处理器数量","5120","4608","3840","2560","TBC","2048","1792","1024?"], ["Infinity Cache","128MB","128MB","128MB","96MB","96MB","32MB","32MB","16MB?"], ["基础频率","1825MHz","1825MHz","1815MHz","1604MHz","TBC","2064MHz","1626MHz","TBC"], ["游戏频率","2015MHz","2015MHz","1815MHz","2424MHz","TBC","2359MHz","2044MHz","TBC"], ["Boost频率","2250MHz","2250MHz","2105MHz","2581MHz","TBC","2589MHz","2491MHz","TBC"], ["显存容量","16GB G6","16GB G6","16GB G6","12GB G6","12GB/6GB G6?","8GB G6","8GB G6","4GB G6?"], ["显存位宽","256-bit","256-bit","256-bit","192-bit","192-bit","128-bit","128-bit","64-bit?"], ["显存速度","16 Gbps","16 Gbps","16 Gbps","16 Gbps","14 Gbps?","16 Gbps","14 Gbps","TBC"], ["TGP","300W","300W","250W","230W","TBC","160W","132W","100W-120W?"], ["发布时间","December 2020","November 2020","November 2020","March 2021","TBC","August 2021","October 2021","2022Q1?"], ] });

近日，一款OPN代码为100-000000518-41_N的处理器出现在UserBenchmark数据库，显示其具有3.9 GHz的基本频率，以及4.1 GHz的加速频率。由于显示该款处理器采用的是FP7插座，加上OPN代码没有在其他地方出现过，基本确定是代号Rembrandt的Zen 3+架构APU。

基准测试数据显示，该处理器单核、双核和八核测试中，分数分别是111/228和740，相比Ryzen 7 5800H要低，后者对应项目分数分别是132/256和875。

此外，系统也列出了RDNA 2架构核显的ID（1CFA 0004），分配到的显存为512MB，在代号为Xenomorph的美商海盗船产品上进行的测试，采用的也是美商海盗船的DDR5-4800内存，共16GB。由于美商海盗船目前并没有笔记本电脑的产品线，所以也有可能是迷你PC。

AMD很可能在明年初的CES 2022大展上推出该款产品，传闻已量产。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD移动平台Ryzen APU参数", header: ["型号","Ryzen 4000系列","Ryzen 5000系列","Ryzen 6000系列","Ryzen 7000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","Renoir","Cezanne","Rembrandt","Phoenix"], ["插座","FP6","FP6","FP7","FP8"], ["架构","Zen 2","Zen 3","Zen 3+","Zen 4"], ["制造工艺","7nm","7nm","6nm","5nm"], ["内存类型","DDR4","DDR4","DDR5","DDR5"], ["GPU架构","Vega","Vega","RDNA 2","RDNA 2"], ["PCIe版本","3.0","3.0","4.0","5.0"], ["最大核心/线程数","8C/16T","8C/16T","8C/16T","TBC"], ["推出时间","2020年","2021年","2022年?","2023年?"], ] });

据推特用户@NNNiceMing透漏，AMD Ryzen 7000系列移动处理器除了会推出代号Phoenix的APU外，还会有一款高性能的移动处理器，可能代号为Raphael-H。在AMD的规划路线图里，Raphael是Ryzen 7000系列桌面处理器的代号，基于Zen 4架构，使用新一代的AM5插座，支持DDR5内存，应该会支持PCIe Gen5，并配有RDNA 2架构核显。而Raphael-H则意味着AMD计划将桌面处理器带入高性能移动平台，这个举动很可能是对英特尔的反制措施。

在英特尔新一代移动平台的规划里，Alder Lake-P覆盖12W-45W的产品区间，Alder Lake-M覆盖7W-15W的区间，而TDP为45W至55W的区间，会有一款称为H55的基于Alder Lake-S的芯片，最高会配置8个P-Core（Golden Cove）和8个E-Core（Gracemont）。这是英特尔在移动平台的性能最强的一款产品，AMD的Raphael-H也是类似的做法。

事实上，AMD计划在移动平台上推出Raphael处理器并不是无迹可寻。大概在一年半以前，曾有泄露指，AMD会在TDP为35W至65W的区间，发布基于Raphael的处理器。考虑到AMD的产品时间表，Raphael-H应该会和Phoenix一起，在2022年底至2023年初发布，届时Raphael-H将要面对的可能是英特尔基于Raptor Lake-S打造的产品

据TechPowerup介绍，Radeon RX 6600 MECH 2X配备了广受好评的微星TORX FAN 3.0风扇，并配有金属背板，加上Zero Frozr，使得该款显卡不但有高效的散热性能，而且能在必要时保持安静。据微星介绍，Radeon RX 6600 MECH 2X是以性能为中心，强大的散热系统加上坚固的工业设计，不但满足游戏的需求，还能很好地协助用户完成工作。

此外，据VideoCardz报道，微星很可能会推出基于Radeon RX 6600的ARMOR系列产品。这将是ARMOR系列系列里第一款基于Radeon RX 6000系列GPU的显卡，也是整个RDNA系列架构的第一张。与其他Radeon RX 6600显卡一样，将会是默认频率，配备一个8Pin外接电源。据了解，AMD并不鼓励合作伙伴发布更高规格的版本。

Radeon RX 6600 ARMOR采用了相对旧款的散热器，已经有很长时间没见到了。在ARMOR系列里，AMD和英伟达显卡最后一次更新分别是Polaris架构的Radeon RX 590 ARMOR（2018年）和Turing架构的GeForce RTX 2070 SUPER ARMOR（2019年）。这过去这一段时间里，微星将重点转移到MECH系列上。

近日，推特用户@TUM_APISAK泄露了另外一款Alder Lake-S处理器的测试成绩。图片上显示的是酷睿i7-12700K，在CPU-Z单线程基准测试中得到了800.2分，多线程基准测试里得到了9423.2分。与酷睿i9-12900K的8C+8c/24T不同，酷睿i7-12700K是8C+4c/20T的配置。从成绩上来看，单线程稍弱于酷睿i9-12900K，但也超过了800分，多线程则与AMD Ryzen 9 5900X相当。

此外，虽然距离AMD发布Radeon RX 6600（10月13日）只有几天的时间，但是推特用户@9550pro已分享了一张Radeon RX 6600在3DMark中的测试成绩截图。从成绩上来看，Radeon RX 6600应该会弱于英伟达GeForce RTX 3060和GeForce RTX 2060 SUPER。不过不清楚参与测试的Radeon RX 6600的频率，是否存在超频，以及对应的驱动程序版本。从过往的情况来看，具体设置以及驱动程序版本对一些测试项目成绩也可能造成不小的影响。

据了解，Radeon RX 6600采用Navi 23 XL核心，其拥有28个CU，即1792个流处理器，显存位宽为128位，显存为8GB的GDDR6，显存速率为14 Gbps，基础频率为2044 MHz，加速频率为2491 MHz。

与Radeon RX 6600 XT相比，Radeon RX 6600的功耗会更低，预计为132W，降低了28W，而且AMD也不会发布公版。据VideoCardz报道，目前Radeon RX 6600的频率也已经确定，其基础频率为2044 MHz，加速频率为2491 MHz，显存速率为14 Gbps，显存带宽为224 GB/s，低于此前传言的16 Gbps。首发的Radeon RX 6600会配置8GB的GDDR6，未来不排除会推出4GB显存的版本。

AMD将该款GPU定位于主流市场，目标面向1080P分辨率游戏。根据AMD官方的说法，Radeon RX 6600整体性能和英伟达的GeForce RTX 3060会比较接近，预计官方建议零售价在299-329美元之间，当然实际交易价格会更高。现在距离10月13日剩下大概一周的时间，Radeon RX 6600很快就能与消费者见面了。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Radeon RX 6000系列GPU参数表", header: ["型号","Radeon RX 6900 XT","Radeon RX 6800 XT","Radeon RX 6800","Radeon RX 6700 XT","Radeon RX 6700","Radeon RX 6600 XT","Radeon RX 6600","Radeon RX 6500"], 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: [ ["GPU","Navi 21 XTX","Navi 21 XT","Navi 21 XL","Navi 22 XT","Navi 22 XL","Navi 23 XT?","Navi 23 XL?","Navi 24?"], ["CU数量","80","72","60","40","TBC","32","28?","16?"], ["流处理器数量","5120","4608","3840","2560","TBC","2048","1792?","1024?"], ["Infinity Cache","128MB","128MB","128MB","96MB","96MB","32MB","32MB","16MB?"], ["基础频率","1825MHz","1825MHz","1815MHz","1604MHz","TBC","1968MHz","TBC","TBC"], ["Boost频率","2250MHz","2250MHz","2105MHz","2581MHz","TBC","2589MHz","2491MHz","TBC"], ["显存容量","16GB G6","16GB G6","16GB G6","12GB G6","12GB/6GB G6?","8GB G6","8GB G6","4GB G6"], ["显存位宽","256-bit","256-bit","256-bit","192-bit","192-bit","128-bit","128-bit","64-bit?"], ["显存速度","16 Gbps","16 Gbps","16 Gbps","16 Gbps","14 Gbps?","16 Gbps","14 Gbps","TBC"], ["TGP","300W","300W","250W","230W","TBC","160W","TBC","TBC"], ["发布时间","December 2020","November 2020","November 2020","March 2021","TBC","August 2021","October 2021?","2021Q4?"], ] });

虽然距离AMD发布Radeon RX 6600还有一段时间，不过欧洲地区零售商似乎已经按耐不住了。据VideoCardz报道，蓝宝石会推出名为Radeon RX 6600 Pulse的双风扇型号，体积比较小巧，配备单个8Pin外接供电接口，零售商挂出的价格为589.9欧元。此外还有一款是微星Radeon RX 6600 MECH 2X 8GB，价格与蓝宝石的相近，为600.41欧元。据了解，零售商将会在10月13日发售这些显卡，与流传的Radeon RX 6600发布时间一致。

虽然此前的模拟测试显示，Radeon RX 6600显卡性能仅比GeForce RTX 3060低4%左右，预计官方建议零售价在300-330美元之间，不过零售商实际的售卖价格并不便宜，加上其性能，似乎很难成为玩家优先选择的对象。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Radeon RX 6000系列GPU参数表", header: ["型号","Radeon RX 6900 XT","Radeon RX 6800 XT","Radeon RX 6800","Radeon RX 6700 XT","Radeon RX 6700","Radeon RX 6600 XT","Radeon RX 6600","Radeon RX 6500"], 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: [ ["GPU","Navi 21 XTX","Navi 21 XT","Navi 21 XL","Navi 22 XT","Navi 22 XL","Navi 23 XT?","Navi 23 XL?","Navi 24?"], ["CU数量","80","72","60","40","TBC","32","28?","16?"], ["流处理器数量","5120","4608","3840","2560","TBC","2048","1792?","1024?"], ["Infinity Cache","128MB","128MB","128MB","96MB","96MB","32MB","32MB","16MB?"], ["基础频率","1825MHz","1825MHz","1815MHz","1604MHz","TBC","2359MHz","TBC","TBC"], ["Boost频率","2250MHz","2250MHz","2105MHz","2581MHz","TBC","2589MHz","TBC","TBC"], ["显存容量","16GB G6","16GB G6","16GB G6","12GB G6","12GB/6GB G6?","8GB G6","8GB G6?","4GB G6"], ["显存位宽","256-bit","256-bit","256-bit","192-bit","192-bit","128-bit","128-bit?","64-bit?"], ["显存速度","16 Gbps","16 Gbps","16 Gbps","16 Gbps","14 Gbps?","16 Gbps","16 Gbps?","TBC"], ["TGP","300W","300W","250W","230W","TBC","160W","TBC","TBC"], ["发布时间","December 2020","November 2020","November 2020","March 2021","TBC","August 2021","October 2021?","2021Q4?"], ] });

据VideoCardz报道，有消息指AMD要求AIB合作伙伴在9月15日之前提交样品清单，9月29日开始发送相关样品，会10月4日之后达到厂商处。根据时间表，AMD大概率会在10月13日正式发布Radeon RX 6600，这是整个Radeon RX 6000系列里第六款产品（不包括Radeon RX 6900 XT Liquid），使得AMD显卡产品线更加完整。

该款GPU定位于主流市场，目标面向1080P分辨率游戏。根据此前的模拟测试，Radeon RX 6600显卡性能仅比GeForce RTX 3060低4%左右，预计价格在300-330美元之间，看起来具备不错的竞争力。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD Radeon RX 6000系列GPU参数表", header: ["型号","Radeon RX 6900 XT","Radeon RX 6800 XT","Radeon RX 6800","Radeon RX 6700 XT","Radeon RX 6700","Radeon RX 6600 XT","Radeon RX 6600","Radeon RX 6500"], 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: [ ["GPU","Navi 21 XTX","Navi 21 XT","Navi 21 XL","Navi 22 XT","Navi 22 XL","Navi 23 XT?","Navi 23 XL?","Navi 24?"], ["CU数量","80","72","60","40","TBC","32","28?","16?"], ["流处理器数量","5120","4608","3840","2560","TBC","2048","1792?","1024?"], ["Infinity Cache","128MB","128MB","128MB","96MB","96MB","32MB","32MB","16MB?"], ["基础频率","1825MHz","1825MHz","1815MHz","1604MHz","TBC","2359MHz","TBC","TBC"], ["Boost频率","2250MHz","2250MHz","2105MHz","2581MHz","TBC","2589MHz","TBC","TBC"], ["显存容量","16GB G6","16GB G6","16GB G6","12GB G6","12GB/6GB G6?","8GB G6","8GB G6?","4GB G6"], ["显存位宽","256-bit","256-bit","256-bit","192-bit","192-bit","128-bit","128-bit?","64-bit?"], ["显存速度","16 Gbps","16 Gbps","16 Gbps","16 Gbps","14 Gbps?","16 Gbps","16 Gbps?","TBC"], ["TGP","300W","300W","250W","230W","TBC","160W","TBC","TBC"], ["发布时间","December 2020","November 2020","November 2020","March 2021","TBC","August 2021","October 2021?","2021Q4?"], ] });

近日，Bare Feats发布了相关的基准测试成绩，包括了Octane Render在内的多项内容创建类测试，比较了多款Radeon RX/Radeon Pro在内的AMD产品。如果将Radeon Pro W6800X Duo与以往英伟达RTX A6000的成绩对比，显示在Octane Render基准测试中比RTX A6000快了14%，这项测试以往通常是英伟达的显卡有更好的表现。此外，Radeon Pro W6800X Duo也比Radeon Pro Vega II Duo和Radeon Pro W6900X分别快了17.6%和36.4%。

Radeon Pro W6800X Duo是目前AMD RDNA 2架构里唯一的双芯片显卡，采用MPX模块设计，属于苹果Mac Pro独占产品，暂时仅Mac Pro 2019款可以使用，从Apple Store购买需要5000美元。Radeon Pro W6800X Duo的技术特点如下：

搭载两颗Radeon Pro W6800X GPU，每个GPU拥有60个CU，即3840个流处理器。

每个GPU配备32GB的GDDR6显存（显存带宽为512GB/s），共有64GB的GDDR6显存。

GPU核心频率为1979 MHz，提供30.2 TFLOPs的单精度（FP32）算力，或60.4 TFLOPs的半精度（FP16）算力。

配备4个Thunderbolt 3端口，以及1个HDMI 2.0端口

四路DisplayPort通过路由方式连接到系统内部，以支持Thunderbolt 3端口。

最多支持八台4K显示器、四台5K显示器、或六台Pro Display XDR显示器。

全高MPX模块，需要占用额外的功率与PCIe带宽。

板载Infinity Fabric Link连接，双向84GB/s连接两颗Radeon Pro W6800X GPU。

通过外部Infinity Fabric Link连接，可以连接两块Radeon Pro W6800X Duo。

Radeon Pro W6800X Duo的TDP为400W。

推特用户@greymon55的消息，AMD代号Rembrandt的Zen 3+架构APU已量产，在中国的封装厂（应该是通富微电）将准备好相关工作，确保明年上半年交货，首批共有六款产品。有传言指出，代号Rembrandt的APU属于Ryzen 6000系列，分别会向移动平台和桌面平台推出相对应的产品，而Ryzen 6000U和6000H系列会代替目前代号Cezanne的相关产品。

代号Rembrandt的APU很可能是AMD首批支持DDR5内存的产品，甚至早于代号Raphael的高端桌面处理器，后者预计会在明年年底推出。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD移动平台Ryzen APU参数", header: ["型号","Ryzen 4000系列","Ryzen 5000系列","Ryzen 6000系列","Ryzen 7000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","Renoir","Cezanne","Rembrandt","Phoenix"], ["插座","FP6","FP6","FP7","FP8"], ["架构","Zen 2","Zen 3","Zen 3+","Zen 4"], ["制造工艺","7nm","7nm","6nm","5nm"], ["内存类型","DDR4","DDR4","DDR5","DDR5"], ["GPU架构","Vega","Vega","RDNA 2","RDNA 2"], ["PCIe版本","3.0","3.0","4.0","5.0"], ["最大核心/线程数","8C/16T","8C/16T","8C/16T","TBC"], ["推出时间","2020年","2021年","2022年?","2023年?"], ] });据称，代号Rembrandt的APU很可能会在2022年的CES上宣布。在过去的几年里，CES一直是AMD发布移动处理器的地方。英伟达很可能也会在CES 2022上宣布推出GeForce RTX 30 SUPER系列产品，还有新款GA103 GPU，似乎和AMD联手打造新的移动游戏平台也是很合理的事情。

由于AMD已经取消了代号Warhol的Zen 3+架构的CPU，或许Ryzen 6000系列和Ryzen 4000系列一样，只有APU了。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD桌面平台Ryzen APU参数", header: ["型号","Ryzen 4000G系列","Ryzen 5000G系列","Ryzen 6000G系列","Ryzen 7000G系列","Ryzen 8000G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","Renoir","Cezanne","Rembrandt","Phoenix","Strix Point"], ["插座","AM4","AM4","AM5","AM5","AM5"], ["架构","Zen 2","Zen 3","Zen 3+","Zen 4","Zen 5+Zen 4D?"], ["制造工艺","7nm","7nm","6nm","5nm","3nm"], ["内存类型","DDR4","DDR4","DDR5","DDR5","DDR5"], ["GPU架构","Vega","Vega","RDNA 2","RDNA 2","RDNA 2?"], ["PCIe版本","3.0","3.0","4.0","5.0","5.0"], ["最大核心/线程数","8C/16T","8C/16T","8C/16T","TBC","8C/16T+4c"], ["推出时间","2020年","2021年","2022年?","2023年?","2024年?"], ] });

AMD在现有的7个Sienna Cichlid（Navi 21）基础上增加了5个PCI ID，包括了0x73A5、0x73A8、0x73A9、0x73AC和0x73AD；在4个现有的Navy Flounder（Navi 22）基础上增加了5个PCI ID，包括了0x73DA、0x73DB、0x73DC、0x73DD和0x73DE；在4个现有的Dimgrey Cavefish（Navi 23）基础上增加了7个PCI ID，包括了0x73E8、0x73E9、0x73EA、0x73EB、0x73EC、0x73ED和0x73EF。

AMD可能会推出一些OEM或特别用途的版本，或者有个别的版本不一定出现在零售市场上，但一次性在Linux驱动程序中添加大量新的PCI ID，参照往常类似的情况，除了在现有核心上推出更多型号的产品外，另外还有可能是涉及GPU工艺的改变，也就是为未来采用6nm工艺的RDNA 2架构的GPU提前做准备。

据Chips and Cheese报道，根据泄露文件的AM5插槽处理器兼容性列表，AM5平台会有三种类型的处理器，均基于Family 19h（Zen 4）架构，而且都集成了图形单元。按照文件内容的描述，AMD在部分型号的处理器上会禁用图形单元，这种做法和市场定位将和英特尔“F”后缀的处理器类似。

按照之前的传闻，除了代号Raphael的Zen 4架构Ryzen系列处理器外，AMD还将使用RDNA 2架构核显更新Zen 3架构APU，比如面向移动平台、使用FP7插座、代号Rembrandt的APU，而这款APU也有可能在AM4或AM5平台上出现。不过以目前的资料来看，至少AM5平台上不会出现这样的产品，这意味着新平台的APU很可能是代号Phoenix或其他Zen 4架构产品。

还有一点值得注意，就是目前泄露的AM5平台的图片是有不同版本，区别在于右下方负责高速USB设备的4条PCIe Gen4通道。VideoCardz表示，其中一个版本是有专门列出支持DisplayPort 2.0输出，这表明下一代Ryzen系列处理器不但有核显，而且会支持新一代的显示输出标准。

预览var tableid = settableid(); document.write(''); Table().init({ title: "AMD桌面平台Ryzen处理器参数", header: ["型号","Ryzen 1000系列","Ryzen 2000系列","Ryzen 3000系列","Ryzen 5000系列","-","Ryzen 7000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","Summit Ridge","Pinnacle Ridge","Matisse","Vermeer","Warhol(已取消)","Raphael"], ["插座","AM4","AM4","AM4","AM4","AM4","AM5"], ["架构","Zen","Zen+","Zen 2","Zen 3","Zen 3+","Zen 4"], ["GPU架构","-","-","-","-","-","RDNA 2"], ["制造工艺","14nm","12nm","7nm","7nm","6nm","5nm"], ["内存类型","DDR4","DDR4","DDR4","DDR4","DDR4","DDR5"], ["PCIe版本","3.0","3.0","4.0","4.0","4.0","4.0?"], ["最大核心/线程数","8C/16T","8C/16T","16C/32T","16C/32T","16C/32T","16C/32T"], ["推出时间","2017年","2018年","2019年","2020年","2021年","2022年Q3?"], ] });