英特尔的3D NAND和存储业务一直专注于服务器和企业存储市场，而SK海力士则几乎面向所有存储领域，在整合后不可避免地会失去一些客户。将英特尔的存储业务部门作为一个独立实体，有助于减少双方在存储市场重叠造成的客户流失，但不确定新成立的子公司是否还会继续开发自己的3D NAND闪存。

SK海力士与英特尔这笔价值90亿美元的交易里涉及的条款有点复杂，即便想进行整合也并不轻松。在获得全球各地监管机构批准后，SK海力士将向英特尔支付70亿美元，购买包括英特尔位于中国大连的工厂在内的NAND闪存业务。交易在2025年3月份完成后，SK海力士会向英特尔支付剩余的20亿美元，购买剩下的资产。在此期间，英特尔的工厂会继续正常生产，直到合同最终完成。

安腾处理器最后一次更新是在2017年，推出了代号Kittson的安腾9700系列处理器，最多只有8核16线程，而且只是使用32nm HKMG工艺，内存仍停留在DDR3-1066。事实上在2012年发布代号Poulson的安腾9500系列处理器后，该系列就已经处于半放弃状态，不再升级架构和使用新工艺，所以到了安腾9700系列处理器，甚至不愿意升级到22nm工艺。

英特尔在2001年发布了第一代的安腾处理器，使用了与惠普合作开发的IA-64指令集，该指令集是以显式并行指令集运算（EPIC）为基础，针对服务器市场，英特尔和惠普称其为关键任务服务器使用的产品。虽然听上去很美好，但是定位高端、高昂的成本、以及需要放弃原有软件生态系统的支持等原因，使得安腾处理器自诞生起，在推广上一直都不太顺利。在AMD联合微软推出x86-64指令集，以及针对服务器市场发布皓龙系列（Opteron）处理器后，英特尔就变得十分被动。当英特尔决定也采用x86-64指令集起，安腾处理器的命运似乎已经注定了。

据Igor'sLAB报道，英特尔首发的Alder Lake-S处理器只有“K”和“KF”后缀的产品和Z690芯片组。其余的第12代酷睿系列处理器，以及H670、B660和B610芯片组要等到CES 2022上才会发布。此前已经有非“K”后缀的产品延迟发布的消息，这次通过其他渠道再次得到确认，应该是第二次更改发布时间了。

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","Lunar 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","2021","2021Q4","2022","2023?","2024?"], ["工艺节点","14nm","14nm","14nm","10nm Enhanced SuperFin","10nm Enhanced SuperFin?","7nm SuperFin?","7nm Enhanced SuperFin?"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden Cove+Gracemont","Golden Cove+Gracemont?","Redwood Cove+Gracemont?","TBC"], ["核显","Gen9","Gen9.5","Gen12","Gen12?","Gen12?","Gen 12?","Gen 13"], ["最大核心数","8","10","8","16 (8+8)","16 (8+8)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","LGA1700","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR5","DDR5","DDR5"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 4.0/5.0","PCIe 5.0","PCIe 5.0","PCIe 5.0"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列?","TBC","TBC","TBC"] ] });根据此前消息，酷睿i9-12900K QS版的PL1为125W，PL2为228W。持有酷睿i9-12900K QS版的消息人士称，在Cinebench R20里，其单线程基准测试成绩超过了810，而多线程基准测试成绩超过了11600，相比AMD Ryzen 9 5950X，单线程基准测试和多线程基准测试成绩分别为640和10400左右，酷睿i9-12900K QS版分别高出了25%和11%。

预览var tableid = settableid(); document.write(''); Table().init({ title: "Alder Lake-S系列处理器规格参数对比", header: ["型号", "Core i9-12900K", "Core i7-12700K", "Core i5-12600K"], 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: [ ["核心和线程数量", "8C16T+8c", "8C16T+4c", "6C12T+4c"], ["P-Core睿频(1-2个核心)", "5.3 GHz", "5 GHz", "4.9 GHz"], ["P-Core睿频(全核)", "5 GHz", "4.7 GHz", "4.5 GHz"], ["E-Core睿频(1-2个核心)", "3.9 GHz", "3.8 GHz", "3.6 GHz"], ["E-Core睿频(全核)", "3.7 GHz", "3.6 GHz", "3.4 GHz"], ["L3缓存容量", "30MB", "25MB", "20MB"], ["PL1", "125W", "125W", "125W"], ["PL2", "228W", "228W", "228W"], ] });

在今年5月份就有消息指出，很多厂商不愿意为了适应ATX12VO电源规范重新设计自己的产品，认为浪费钱也耗费时间。据推特用户@yuuki_ans的消息，目前大多数主板厂商都选择放弃英特尔的ATX12VO电源规范。在即将推出的英特尔600系主板上，包括旗舰级的Z690主板，绝大多数主板厂商都选择了传统的24Pin接口，只会有很少部分型号使用新10Pin接口。

此外，英特尔还要求每个主板厂商至少要有一款支持ATX12VO电源规范的主板，这迫使个别厂商为使用新接口的主板配套转接线。上有政策下有对策，传闻有主板厂商虽然会有支持ATX12VO电源规范的主板，不过并不会正式发布，以应付英特尔的要求。

英特尔表示，这场新技术会议会将重点聚焦在最新技术上，包括人工智能、5G、边缘计算、云计算和PC解决方案，同时会更加深入介绍展示这次“英特尔加速创新：制程工艺和封装技术线上发布会”上公开的一系列技术和更新的工艺制程路线图，以及英特尔的一些合作和远景规划。在这场峰会里，英特尔很可能会介绍Alder Lake使用的big.LITTLE混合架构，其最多可配置8个“Golden Cove”性能（大）核心和8个“Gracemont”效率（小）核心。

虽然有人猜测英特尔会在这场峰会上推出首款基于10nm Enhanced SuperFin工艺的桌面处理器，毕竟距离传闻中第12代酷睿系列处理器的发布时间并不遥远，但暂时没有更多确切的消息。

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","Lunar 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","2021","2021Q4","2022","2023?","2024?"], ["工艺节点","14nm","14nm","14nm","10nm Enhanced SuperFin","10nm Enhanced SuperFin?","7nm SuperFin?","7nm Enhanced SuperFin?"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden Cove+Gracemont","Golden Cove+Gracemont?","Redwood Cove+Gracemont?","TBC"], ["核显","Gen9","Gen9.5","Gen12","Gen12?","Gen12?","Gen 12?","Gen 13"], ["最大核心数","8","10","8","16 (8+8)","16 (8+8)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","LGA1700","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR5","DDR5","DDR5"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 4.0/5.0","PCIe 5.0","PCIe 5.0","PCIe 5.0"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列?","TBC","TBC","TBC"] ] });

近日，据推特用户@yuuki_ans的消息，2022款的Mac Pro似乎会使用英特尔至强W-3300系列（IceLake-SP）处理器。英特尔这款LGA 4189插座的产品，最多可提供38核心76线程，采用10nm工艺制造，睿频达4 GHz，拥有57MB的L3缓存，最高支持4TB的八通道DDR4-3200内存，TDP为270W，相比此前Mac Pro采用的至强W系列处理器在规格上有了很大提升。

目前至强W-3300系列处理器已经开始出现在经销商的页面上，这意味着英特尔可能会很快推出这款处理器。

预览var tableid = settableid(); document.write(''); Table().init({ title: "Xeon W规格参数对比", header: ["型号", "Xeon W-3323", "Xeon W-3335", "Xeon W-3345", "Xeon W-3365", "Xeon W-3375"], 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/线程数量", "14/28", "16/32", "24/48", "32/64", "38/76"], ["睿频", "4.0 GHz", "4.0 GHz", "4.0 GHz", "4.0 GHz", "4.0 GHz"], ["L3 缓存", "21MB", "24MB", "36MB", "48MB", "57MB"], ["价格", "1071.45美元", "1465.58美元", "2930美元", "5295.97美元", "6196.32美元"] ] });这或许能说明，在高端处理器上，苹果想通过自研芯片代替英特尔产品并不容易。苹果在面向普通消费者的主流市场做得不错，但想在工作站和服务器领域做到同样的效果，暂时可能还有差距，所以在未来一段时间内，像Mac Pro这样的高端高性能产品仍会继续沿用英特尔x86处理器。

据推特用户@momomo_us透露，英特尔准备推出基于Rocket Lake的Xeon E-2300系列处理器，除了有Cypress Cove微架构，还会有Xe-LP架构核显，支持AVX-512和DDR4-3200内存，提供20条PCIe 4.0通道。新的Xeon E-2300系列处理器将会有十款不同的型号，TDP分别为65W、80W和95W，包括了三款8核、三款6核和四款4核处理器，与Tatlow平台的LGA 1200插座主板兼容。

整体而言，Xeon E-2300系列与Xeon W-1300系列处理器比较接近，另外十款处理器中有六款带有核显，一般来说会经过专业图形程序认证，对入门级工作站或一般VDI应用非常重要。新的Tatlow平台会有四个DIMM插槽、三个PCIe插槽、两个M.2插槽和八个SATA端口，旨在为小型企业（SMB）或政府/企业客户提供多功能服务器（可以支持适当的安全功能），以及不需要在处理器中集成高性能媒体处理能力的CSP机器。 

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔 Xeon E-2300系列CPU", header: ["型号","E-2388G","E-2386G","E-2378G","E-2378","E-2374G","E-2356G","E-2336","E-2334","E-2324G","E-2314"], 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/线程数量","8/16","6/12","8/16","8/16","4/8","6/12","6/12","4/8","4/8","4/8"], ["基础频率","3200MHz","3500MHz","2800MHz","2600MHz","3700MHz","3200MHz","2900MHz","3400MHz","3100MHz","2800MHz"], ["睿频","5100MHz","5100MHz","5100MHz","4800MHz","5000MHz","5000MHz","4800MHz","4800MHz","4600MHz","4500MHz"], ["是否有核显","有","有","有","无","有","有","无","无","有","无"], ["L3缓存","16MB","12MB","16MB","16MB","8MB","12MB","12MB","8MB","8MB","8MB"], ["TDP","95W","95W","80W","65W","80W","80W","65W","65W","65W","65W"], ] });

虽然在台式机和笔记本电脑分别有15%和40%的销量增长，但是收益是以降价为代价，两者平均售价分别下降了5%和17%，这表明英特尔正采取降低手段与AMD抢占市场份额。除了个人电脑外，在财报中的亮点仍是自动驾驶系统公司Mobileye，其季度营收为3.27亿美元，同比大幅度增长了128%，英特尔希望Mobileye可以成为自动驾驶系统的主流品牌，目前已经开始在纽约市进行路面测试了，是纽约唯一一家持有自动驾驶汽车测试许可证的公司。数据中心部门则表现不佳，营收为65亿美元，同比下跌了9%，英特尔表示会面临更加激烈的竞争环境。

此前英特尔投资35亿美元对新墨西哥州的晶圆厂进行升级，将会在该厂配备先进的半导体封装技术，包括了Foveros封装技术。此外，英特尔表示目前使用10nm工艺制造的晶圆比14nm更多，同时成本同比下降了45%。

不过市场对英特尔的财报反应消极，在公布后股价应声下跌。

SimplyNUC目前已经开启了NUC 11 Extreme的预订，目前有基于两种不同处理器的配置可选。基本配置是搭载酷睿i7-11700KB处理器，价格为1399美元，而升级配置是搭载酷睿i9-11900KB处理器，价格为1599美元。两款配置都标配8GB DDR4-3200内存，以及256GB PCIe NVMe SSD。

相信对于许多想购买NUC 11 Extreme的潜在用户来说，无论内存还是存储空间的规格都难以满足需求，这样的搭配是不足够的。NUC 11 Extreme的两条SO-DIMM插槽可最高支持64GB内存，而且有三个M.2插槽（其中一个直连CPU），升级余地还是很大的。

SimplyNUC表示两款配置的主机现在都可以预订，将会在9月份发货。

预览var tableid = settableid(); document.write(''); Table().init({ title: "英特尔 Tiger Lake 桌面处理器 ", header: ["型号","i9-11900KB","i7-11700B","i5-11500B","i3-11100B"], 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","Tiger Lake"], ["工艺节点","10nm SuperFin"], ["核心架构","Willow Cove"], ["CPU插座","FCBGA1787"], ["核心/线程数量","8/16","8/16","6/12","4/8"], ["基础频率","3300MHz","3200MHz","3300MHz","3600MHz"], ["睿频","4900MHz","4800MHz","4600MHz","4400MHz"], ["TVB频率","5300MHz","5300MHz","5300MHz","5300MHz"], ["核显","Intel UHD Graphics"], ["核显基础频率","350MHz"], ["核显加速频率","1450MHz"], ["L3缓存","24MB","24MB","12MB","12MB"], ["TDP","65W(可配置55W)","65W(可配置55W)","65W","65W"], ] });

据Phoronix报道，英特尔最近在现有的e1000e网络驱动程序中添加了对Lunar Lake的支持，将其引入到Linux，该驱动程序此前已支持Tiger Lake和Alder Lake等产品。硬件启用工作会在今年秋天通过Linux 5.15实现，事实上英特尔在今年三月份就开始在e1000e网络驱动程序中逐步添加Lunar Lake的信息。

对已经启用的功能进行快速检查，表明英特尔在Lunar Lake平台上会继续使用i219系列网卡芯片，不过几年后，相信PC制造商会更多地选择2.5GbE、5GbE或10GbE网卡芯片。通过Linux的支持补丁，或许未来几年在Lunar Lake正式推出前可以了解到更多的细节信息。

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","Lunar 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","2021","2021Q4","2022","2023?","2024?"], ["工艺节点","14nm","14nm","14nm","10nm Enhanced SuperFin","10nm Enhanced SuperFin?","7nm Enhanced SuperFin?","TBC"], ["核心架构","SkyLake","SkyLake","Cypress Cove","Golden Cove+Gracemont","Golden Cove+Gracemont?","Redwood Cove+Gracemont?","TBC"], ["核显","Gen9","Gen9.5","Gen12","Gen12?","Gen12?","Gen 12?","Gen 13"], ["最大核心数","8","10","8","16 (8+8)","16 (8+8)","TBC","TBC"], ["插座","LGA1151","LGA1200","LGA1200","LGA1700","LGA1700","LGA1700","TBC"], ["内存支持","DDR4","DDR4","DDR4","DDR4/5","DDR5","DDR5","DDR5"], ["PCIe版本","PCIe 3.0","PCIe 3.0","PCIe 4.0","PCIe 4.0/5.0","PCIe 5.0","PCIe 5.0","PCIe 5.0"], ["主板芯片组","Intel 300系列","Intel 400系列","Intel 500系列","Intel 600系列?","TBC","TBC","TBC"] ] });