虽然过去几个月里，通过各种渠道大概已了解到Raptor Lake的大致规格，不过仍有个别参数未能确定。目前Igor's LAB已拿到了第13代酷睿系列桌面处理器首发阵容的官方规格，最高端的酷睿i9-13900K睿频可达到5.8GHz，PL2也由上一代的241W提高到了253W，DDR5内存的支持规格也提升至5600MHz。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔第13代酷睿系列桌面处理器规格参数对比", header: ["型号", "Core i9-13900K", "Core i9-13900KF", "Core i7-13700K", "Core i7-13700KF", "Core i5-13600K", "Core i5-13600KF"], 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: [ ["核心数量", "24(8P+16E)", "24(8P+16E)", "16(8P+8E)", "16(8P+8E)", "14(6P+8E)", "14(6P+8E)"], ["核心和线程数量", "32", "32", "24", "24", "20", "20"], ["E-TVB?", "5.8 GHz", "5.8 GHz", "不适用", "不适用", "不适用", "不适用"], ["英特尔睿频加速Max技术3.0", "5.7 GHz", "5.7 GHz", "5.4 GHz", "5.4 GHz", "不适用", "不适用"], ["性能核最大睿频", "5.4 GHz", "5.4 GHz", "5.3 GHz", "5.3 GHz", "5.1 GHz", "5.1 GHz"], ["能效核最大睿频", "4.3 GHz", "4.3 GHz", "4.2 GHz", "4.2 GHz", "3.9 GHz", "3.9 GHz"], ["性能核基础频率", "3.0 GHz", "3.0 GHz", "3.4 GHz", "3.4 GHz", "3.5 GHz", "3.5 GHz"], ["能效核基础频率", "2.2 GHz", "2.2 GHz", "2.5 GHz", "2.5 GHz", "2.6 GHz", "2.6 GHz"], ["核显", "UHD 770", "不适用", "UHD 770", "不适用", "UHD 770", "不适用"], ["L3缓存容量", "36MB", "36MB", "30MB", "30MB", "24MB", "24MB"], ["L2缓存容量", "32MB", "32MB", "24MB", "24MB", "20MB", "20MB"], ["最高内存速度", "DDR5-5600DDR4-3200", "DDR5-5600DDR4-3200", "DDR5-5600DDR4-3200", "DDR5-5600DDR4-3200", "DDR5-5600DDR4-3200", "DDR5-5600DDR4-3200"], ["TDP", "125W", "125W", "125W", "125W", "125W", "125W"], ["最大睿频功耗", "253W", "253W", "253W", "253W", "181W", "181W"] ] });此外，新一代的Z790芯片组的规格泄露了，变化不大。相比Z690芯片组，Z790芯片组增加了PCIe 4.0通道的数量，从12条增加至20条，代价是减少了PCIe 3.0通道的数量，从16条减少到8条，另外还增加了一个USB 3.2 Gen2x2端口，达到了5个。

据Notebookcheck报道，Raptor Lake出色的性能表现让英特尔充满信心，不过目前定价上却陷入到了两难的困境中。有英特尔内部人士透露，英特尔原计划将各型号Raptor Lake-S的定价在Alder Lake-S基础上提高5%到30%不等，不过Zen 4架构的性能表现优于预期，而且AMD在Ryzen 7000系列上的定价比英特尔预期“更激进” ，如果英特尔仍采用既定的定价策略，性能提升带来的影响可能会被弱化。

Zen 4架构的性能表现和AMD在Ryzen 7000系列上的定价似乎让英特尔有点措手不及，同时AMD还准备了后手，让英特尔有所忌惮。此前有报道称，AMD接下来还会有采用3D垂直缓存（3D V-Cache）技术的Zen 4架构芯片，很可能会在CES 2023大展上首次亮相。首批产品瞄准的是高端市场，三款型号分别是Ryzen 9 7950X3D、Ryzen 9 7900X3D、以及Ryzen 7 7800X3D，而且未来还可能向主流市场扩散，推出更多Ryzen 7000X3D系列处理器。

据称，英特尔内部暂时还未最终确定第13代酷睿系列处理器该如何定价，虽然希望能在第12代酷睿系列处理器基础上提价，但担心过高的定价会削弱新款处理器的竞争力，同时Ryzen 7000X3D系列有可能在明年第一季度发售，会带来更多不确定性。

Raptor Lake与Alder Lake有着类似的性能核（Performance Core）和能效核（Efficient Core）设计，前者将由Golden Cove架构改为Raptor Cove架构，不过基本没什么区别，而后者则沿用目前的Gracemont架构，两者采用的都是Intel 7工艺，不过桌面平台的Raptor Lake-S最高由8个P-Core和16个E-Core组成。

近日有网友发现，已经有加拿大零售商放出了Raptor Lake-S处理器的价格。如之前报道的那样，英特尔基于能源、原材料和劳动力成本增加等因素，加上已存在供过于求的问题，提高了产品的定价，这些第13代酷睿处理器相比上一代产品（以同一零售商价格对比）平均涨价了15%左右。

预览var tableid = settableid(); document.write(''); Table().init({ title: "部分英特尔第13代酷睿系列处理器价格", header: ["型号", "价格 (加元)", "核心/线程数量", "频率", "L3缓存"], 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: [ ["Core i9-12900K", "819.99", "8P+8E/24", "3.2~5.2 GHz", "30MB"], ["Core i9-12900KF", "770.99", "8P+8E/24", "3.2~5.2 GHz", "30MB"], ["Core i9-13900K", "940.99", "8P+16E/32", "3.0~? GHz", "36MB"], ["Core i9-13900KF", "900.99", "8P+16E/32", "3.0~? GHz", "36MB"], ["Core i7-12700K", "565.99", "8P+4E/20", "3.6~5.0 GHz", "25MB"], ["Core i7-12700KF", "539.99", "8P+4E/20", "3.6~5.0 GHz", "25MB"], ["Core i7-13700K", "662.99", "8P+8E/24", "3.4~? GHz", "30MB"], ["Core i7-13700KF", "625.99", "8P+8E/24", "3.4~? GHz", "30MB"], ["Core i5-12600K", "398.99", "6P+4E/16", "3.7~4.9 GHz", "20MB"], ["Core i5-12600KF", "355.99", "6P+4E/16", "3.7~4.9 GHz", "20MB"], ["Core i5-13600K", "460.99", "6P+8E/20", "3.5~? GHz", "24MB"], ["Core i5-13600KF", "423.99", "6P+8E/20", "3.5~? GHz", "24MB"], ] });目前人民币对加拿大元汇率为5.2917元，最高端的酷睿i9-13900K约合人民币4979.44元。

近日有网友发布了一张NUC 13 Extreme Compute Element的实物照片，虽然比较模糊，但是能看出整体比NUC 12 Extreme Compute Element要更长一些，英特尔应该重新设计了散热系统。NUC 13 Extreme Compute Element应该也会配备了标准的LGA 1700插座，以支持更换或升级处理器。值得关注的是，原有的NUC 12 Extreme Compute Element支持的是DDR4内存，新一代的NUC 13 Extreme Compute Element是否会改用DDR5内存。

此前有消息称，NUC 13 Extreme将继续支持全长PCIe x16显卡，不过整体体积会更大一些，达到13.9升，已赶上一些Micro-ATX机箱了，而目前NUC 12 Extreme整体约为8升，从侧面印证了NUC 13 Extreme Compute Element会采用更大的散热解决方案。

按照英特尔的规划，NUC 13 Extreme将搭载带“K/KF”后缀的第13代酷睿系列处理器（Raptor Lake），与新的计算模块NUC 13 Extreme Compute Element一起在今年第四季度发布。

近期英特尔代号为Wall Street Canyon的NUC 12 Pro已经上市了，不过代号Alder County、配备Alder Lake和Arc GPU的新款NUC X15系列笔记本电脑因锐炫独立显卡在交付上出现了问题，发售时间推迟了，而原计划是在2022年第二季度上市。

近日，有UP主曝光了第13代酷睿桌面处理器的阵容，涵盖了最高端的酷睿i9到低端的酷睿i3，共有14款处理器。不确定这是否是完整的阵容，最终或许会有增减。旗舰级的酷睿i9-13900K将配置8个P-Core和16个E-Core，共24核心32线程；酷睿i7的E-Core会减半，只有8个；酷睿i5则在酷睿i7基础上减少P-Core，或者同时减少P-Core和E-Core；酷睿i3的P-Core只有4个，同时不会配备E-Core，只有4核8线程。

预览var tableid = settableid(); document.write(''); Table().init({ title: "部分英特尔第13代酷睿系列处理器规格对比", header: ["型号", "核心/线程数量", "基础频率", "L3缓存", "核显", "TDP", "修订版"], 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: [ ["Core i9-13900K", "8P+16E/32", "3GHz", "36MB", "32EU", "125W", "B-0"], ["Core i9-13900KF", "8P+16E/32", "3GHz", "36MB", "-", "125W", "B-0"], ["Core i9-13900", "8P+16E/32", "2GHz", "36MB", "32EU", "65W", "B-0"], ["Core i9-13900F", "8P+16E/32", "2GHz", "36MB", "-", "65W", "B-0"], ["Core i7-13700K", "8P+8E/24", "3.4GHz", "30MB", "32EU", "125W", "B-0"], ["Core i7-13700KF", "8P+8E/24", "3.4GHz", "30MB", "-", "125W", "B-0"], ["Core i7-13700", "8P+8E/24", "2.1GHz", "30MB", "32EU", "65W", "B-0"], ["Core i7-13700F", "8P+8E/24", "2.1GHz", "30MB", "-", "65W", "B-0"], ["Core i5-13600K", "6P+8E/20", "3.5GHz", "24MB", "32EU", "125W", "B-0"], ["Core i5-13600KF", "6P+8E/20", "3.5GHz", "24MB", "-", "125W", "B-0"], ["Core i5-13600", "6P+8E/20", "2.7GHz", "24MB", "32EU", "65W", "C-0"], ["Core i5-13500", "6P+8E/20", "2.5GHz", "24MB", "32EU", "65W", "C-0"], ["Core i5-13400", "6P+4E/16", "2.5GHz", "20MB", "24EU", "65W", "C-0"], ["Core i3-13100", "4P/8", "3.4GHz", "12MB", "24EU", "60W", "H-0"] ] });这些Raptor Lake-S的核显大多有32个EU，除了定位较低的型号减为24个EU。此外，暂时还没有奔腾或赛扬的信息，或者在入门级处理器上，仍沿用Alder Lake的芯片。

据ProHardver报道，Raptor Lake会拥有新的出厂超频模式，除了原有的PL1和PL2之外，酷睿i9系列将加入350W的功率限制。不过想使用新功能，需要配合某些700系主板使用。毫无疑问，这样的功率对处理器的散热提出了更高的要求，需要性能非常强大的散热器。

Alder Lake-S在功率设定上没有在PL2基础上进一步提高，原因是其设计上就没有这方面的考虑，即便再提升功率也没有明显的性能提升。不过Raptor Lake-S已考虑到这点，可以在相关支持的平台上扩展。据称，新功能可以将处理器的性能提高15%左右。

现在几乎所有主板厂商都在自己的旗舰产品上配备非常复杂的电压调节模块（VRM），为处理器提供数百瓦的功率不成问题，因此大部分Z790主板很可能都能支持350W的极限性能模式，只不过不知道这些主板的定价会不会更高。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔酷睿桌面处理器参数表", header: ["规格","Coffee Lake-S","Comet Lake-S","Rocket Lake-S","Alder Lake-S","Raptor Lake-S","Meteor Lake-S","Arrow Lake-S","Lunar Lake-S","Nova Lake-S"], 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: [ ["发布年份","2018","2020","2021Q1","2021Q4","2022","2023?","2024?","2024+?","2026?"], ["工艺节点","14nm","14nm","14nm","Intel 7","Intel 7","Intel 4 & 20ATSMC N3","Intel 4 & 20ATSMC N3","Intel 18ATSMC N2?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden CoveGracemont","Raptor CoveGracemont","Redwood CoveCrestmont","TBC","Lion CoveSkymont","Panther CoveDarkmont"], ["核显","Gen9.5","Gen9.5","Gen12","Gen12","Gen13?","Gen 13?","TBC","TBC","TBC"], ["最大核心数","8","10","8","16 (8+8)","24 (8+16)","TBC","40 (8+32)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","TBC","TBC","TBC","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR4/DDR5","DDR5","TBC","TBC","TBC"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 5.0","PCIe 5.0","PCIe 5.0?","PCIe 5.0?","PCIe 5.0?","PCIe 6.0?"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列","Intel 700系列?","TBC","TBC","TBC","TBC"] ] });

这次使用的英特尔酷睿i9-13900K似乎是零售版本，拥有24核心及32线程，8个P-Core加上16个E-Core，2个以内P-Core最高睿频为5.8GHz，8个P-Core睿频均可到5.5GHz，E-Core都能稳定在4.3GHz。测试中使用了两种配置文件，分别是“功率限制”和“无功率限制”。

在“功率限制”配置文件下，这颗酷睿i9-13900K在Cinebench R23测试中的单线程成绩为2290分，多线程成绩为35693分，最大功耗约为254W，换成“无功率限制”配置文件以后，单线程成绩基本相同，为2288分，多线程成绩提高到40616分，提升了14%，最大功耗也大幅度飙升至345W，增加了36%。测试中使用了360mm规格的一体式水冷散热器，温度也达到了90摄氏度。

与酷睿i9-12900K相比，在“功率限制”和“无功率限制”下，酷睿i9-13900K多线程成绩分别提高了30%和48%，如果与AMD Ryzen 5950X相比，则分别提高了47%和67%。传闻Raptor Lake可能会在10月17日发布，而在9月的“Intel Innovation”峰会或许英特尔会带来更多消息。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔酷睿桌面处理器参数表", header: ["规格","Coffee Lake-S","Comet Lake-S","Rocket Lake-S","Alder Lake-S","Raptor Lake-S","Meteor Lake-S","Arrow Lake-S","Lunar Lake-S","Nova Lake-S"], 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: [ ["发布年份","2018","2020","2021Q1","2021Q4","2022","2023?","2024?","2024+?","2026?"], ["工艺节点","14nm","14nm","14nm","Intel 7","Intel 7","Intel 4TSMC N5?","Intel 4 & 20ATSMC N3?","Intel 18ATSMC N2?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden CoveGracemont","Raptor CoveGracemont","Redwood CoveCrestmont","TBC","Lion CoveSkymont","Panther CoveDarkmont"], ["核显","Gen9.5","Gen9.5","Gen12","Gen12","Gen13?","Gen 13?","TBC","TBC","TBC"], ["最大核心数","8","10","8","16 (8+8)","24 (8+16)","TBC","40 (8+32)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","TBC","TBC","TBC","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR4/DDR5","DDR5","TBC","TBC","TBC"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 5.0","PCIe 5.0","PCIe 5.0?","PCIe 5.0?","PCIe 5.0?","PCIe 6.0?"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列","Intel 700系列?","TBC","TBC","TBC","TBC"] ] });

由于版本较早，且频率较低，在测试方面的可操作性比较有限，所以我们决定进行更有意思的操作，就是开盖，看看Raptor Lake的Die到底是怎么样的，尺寸有多大。

Raptor Lake ES版本采用的应该是钎焊工艺，开盖的过程并不是那么完美，还掉了颗小电容。

根据测量的数据，Raptor Lake的核心尺寸约为23.8 x 10.8 mm，约为257.04 mm2，比Alder Lake（20.4 x 10.2 mm/208.08 mm2）大了约49 mm2，相当部分应该被增加的8个E-Core所占据，不过仍然要比采用14nm工艺制造的Rocket Lake（24 x 11.7 mm/280.8 mm2）小一些。

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手机通道：哔哩哔哩

Intel CEO帕特·基辛格在公司与财务分析师和投资者举行的财报电话会议上表示：“在当前市场中，我们还看到我们在消费者和商业领域服务的高端细分市场的相对实力，我们希望通过推出我们的下一代产品系列Raptor Lake，从今年秋天开始推出我们的桌面SKU，然后在年底前推出我们的移动系列，从而在这一势头的基础上再接再厉。”

也就是说他们打算在今年秋季推出13代酷睿桌面处理器，而在年底前就推出移动版，而不是等到明年年初的CES。由于Raptor Lake只是在Alder Lake的基础上进行优化，并且继续沿用现有的LGA 1700平台，所以这时间表其实问题不大。

至于为什么这样做，可能是他们想赶在圣诞节和年末的传统销售旺季时拿出搭载新一代处理器的笔记本，毕竟笔记本处理器的出货量比台式机多得多。

今年Intel的Innovation大会已经从10月提早到了9月27/28日，在这个时间点上发布Raptor Lake是最大可能的，然后在10月开始大批量上市。

目前Geekbench数据库中，已经有酷睿i7-13700K分别搭配DDR4-3600和DDR5-5200的成绩，对应的主板是华擎的Z690 Steel Legend WiFi 6E和Z690 Steel Legend WiFi 6E/D5，区别仅在内存支持上。搭配DDR5内存的时候，虽然单核成绩略有下降，但多核成绩提高了近20%。

无独有偶，酷睿i5-13600K也有类似的测试结果，搭配DDR5内存的时候，多核成绩提高了11%。两颗不同处理器的对比结果，似乎都说明了Raptor Lake对DDR5内存的支持会更好。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔酷睿桌面处理器参数表", header: ["规格","Coffee Lake-S","Comet Lake-S","Rocket Lake-S","Alder Lake-S","Raptor Lake-S","Meteor Lake-S","Arrow Lake-S","Lunar Lake-S","Nova Lake-S"], 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: [ ["发布年份","2018","2020","2021Q1","2021Q4","2022","2023?","2024?","2024+?","2026?"], ["工艺节点","14nm","14nm","14nm","Intel 7","Intel 7","Intel 4 & 20ATSMC N3","Intel 4 & 20ATSMC N3","Intel 18ATSMC N2?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden CoveGracemont","Raptor CoveGracemont","Redwood CoveCrestmont","TBC","Lion CoveSkymont","Panther CoveDarkmont"], ["核显","Gen9.5","Gen9.5","Gen12","Gen12","Gen13?","Gen 13?","TBC","TBC","TBC"], ["最大核心数","8","10","8","16 (8+8)","24 (8+16)","TBC","40 (8+32)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","TBC","TBC","TBC","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR4/DDR5","DDR5","TBC","TBC","TBC"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 5.0","PCIe 5.0","PCIe 5.0?","PCIe 5.0?","PCIe 5.0?","PCIe 6.0?"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列","Intel 700系列?","TBC","TBC","TBC","TBC"] ] });

酷睿i7-13700K配备了16个核心24线程，配备8个性能核（Performance Core）和8个能效核（Efficient Core），前者将由Golden Cove架构改为Raptor Cove架构，而后者则沿用目前的Gracemont架构。此外，酷睿i7-13700K拥有30MB的L3缓存和12MB的L2缓存，基础频率为3.4GHz，睿频为5.3GHz。

测试使用的是华擎Z690 Steel Legend主板，搭配的是32GB的DDR4-3600内存。结果显示酷睿i7-13700K的单核基准测试成绩为2090分，多核基准测试成绩为16542分。如果与此前搭配DDR4内存的酷睿i5-13600K（单核1980分/多核14425分）相比较，单核基准测试成绩高出5.5%左右，多核基准测试成绩高出14.7%左右。酷睿i7-13700K的多核基准测试成绩也高出目前酷睿i7-12700K大概17%，毫无疑问也击败了AMD旗舰级的Ryzen 9 5950X。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔酷睿桌面处理器参数表", header: ["规格","Coffee Lake-S","Comet Lake-S","Rocket Lake-S","Alder Lake-S","Raptor Lake-S","Meteor Lake-S","Arrow Lake-S","Lunar Lake-S","Nova Lake-S"], 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: [ ["发布年份","2018","2020","2021Q1","2021Q4","2022","2023?","2024?","2024+?","2026?"], ["工艺节点","14nm","14nm","14nm","Intel 7","Intel 7","Intel 4 & 20ATSMC N3","Intel 4 & 20ATSMC N3","Intel 18ATSMC N2?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden CoveGracemont","Raptor CoveGracemont","Redwood CoveCrestmont","TBC","Lion CoveSkymont","Panther CoveDarkmont"], ["核显","Gen9.5","Gen9.5","Gen12","Gen12","Gen13?","Gen 13?","TBC","TBC","TBC"], ["最大核心数","8","10","8","16 (8+8)","24 (8+16)","TBC","40 (8+32)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","TBC","TBC","TBC","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR4/DDR5","DDR5","TBC","TBC","TBC"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 5.0","PCIe 5.0","PCIe 5.0?","PCIe 5.0?","PCIe 5.0?","PCIe 6.0?"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列","Intel 700系列?","TBC","TBC","TBC","TBC"] ] });

在这次“Intel Innovation”峰会上，英特尔的CEO帕特-基尔辛格（Pat Gelsinger）和CTO格雷格-拉文德（Greg Lavender）都会有自己的主题演讲，涵盖人工智能、客户端、云计算/加速计算、物联网和5G网络以及安全性的话题。

由于时间临近英特尔代号Raptor Lake的第13代酷睿系列处理器发布，相信会有不少人期待英特尔分享一些新产品的信息。去年10月27日至28日在旧金山举行的“Intel Innovation”峰会中，英特尔就曾介绍代号Alder Lake的第12代酷睿系列处理器。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔酷睿桌面处理器参数表", header: ["规格","Coffee Lake-S","Comet Lake-S","Rocket Lake-S","Alder Lake-S","Raptor Lake-S","Meteor Lake-S","Arrow Lake-S","Lunar Lake-S","Nova Lake-S"], 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: [ ["发布年份","2018","2020","2021Q1","2021Q4","2022","2023?","2024?","2024+?","2026?"], ["工艺节点","14nm","14nm","14nm","Intel 7","Intel 7","Intel 4 & 20ATSMC N3","Intel 4 & 20ATSMC N3","Intel 18ATSMC N2?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden CoveGracemont","Raptor CoveGracemont","Redwood CoveCrestmont","TBC","Lion CoveSkymont","Panther CoveDarkmont"], ["核显","Gen9","Gen9.5","Gen12","Gen12","Gen12?","Gen 12?","TBC","Gen 13","TBC"], ["最大核心数","8","10","8","16 (8+8)","24 (8+16)","TBC","40 (8+32)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","TBC","TBC","TBC","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR4/DDR5","DDR5","TBC","TBC","TBC"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 5.0","PCIe 5.0","PCIe 5.0?","PCIe 5.0?","PCIe 5.0?","PCIe 6.0?"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列","Intel 700系列","TBC","TBC","TBC","TBC"] ] });