Lisa Pearce重申了锐炫显卡对可变刷新率（VRR）和Resizable BAR的支持，并提及英特尔已建议其主板合作伙伴未来都默认打开Resizable BAR功能，同时会在未来的芯片组上继续提供支持。除了显卡供应问题以外，锐炫显卡面临的主要问题还有驱动程序不成熟，从安装到控制中心，再到游戏优化和兼容性，各方面都很难让人满意。

针对驱动程序方面的问题，Lisa Pearce表示近期已收到来自媒体的反馈，在最新的版本中修复了不少bug，包括UI问题、游戏的兼容性和性能优化等，正在学习如何才能取得成功。此外，Lisa Pearce称其中一些问题与英特尔驱动程序的安装程序以及初始安装后如何下载独特的组件有关，为此英特尔计划在今年底，将Arc显卡驱动程序和Arc控制中心合并，不需要安装驱动程序后再单独安装控制中心软件。除了提高安装驱动程序的效率，还能以减少安装过程中出现的问题。

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。

据VideoCardz报道，Meteor Lake的核显将采用Xe-LPG架构，这是独立显卡Xe-HPG架构的精简版本，会缺少XMG单元。根据近期英特尔图形编译器的补丁显示，Meteor Lake的核显可能支持光线追踪功能。

暂时还不清楚Meteor Lake会有多少个EU，最早的时候传言GPU模块采用的是台积电的N3工艺，EU数量为192个，近期有报道称换成了N5工艺，EU数量也由原计划的192个减少到128个。此外，Meteor Lake还会集成视觉处理单元（VPU），将会在处理器的核心运算模块旁边，其作用与苹果M1的神经网络引擎相似，以大幅度提升机器学习（ML）任务的处理速度。

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","Gen12?","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","LGA1851","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"] ] });

已修复的问题，包括：

《漫威蜘蛛侠：复刻版》（DX12）在英特尔锐炫A系列显卡上的性能可能低于预期。

将光线追踪阴影质量设置为高时，《古墓丽影》（DX12）的阴影可能会遇到应用程序崩溃，其中一种解决方法是更改为“中”或“关闭”设置。

《战地 2042》（DX12）在某些地图里可能会出现纹理损坏。

《光环：无限》（DX12）中某些对象和纹理可能会呈现黑色并且无法加载。

《Stray》（DX11）可能会在游戏过程中出现TDR或应用程序崩溃。

《地平线：零之曙光》（DX12）可能会在游戏过程中遇到应用程序崩溃或系统死机。

Windows更新可能会错误地覆盖较新版本的英特尔锐炫A系列显卡的驱动程序。

已知的问题，包括：

《漫威蜘蛛侠：复刻版》（DX12）在尝试拍摄帝国大厦的照片时可能会出现软锁。

《漫威蜘蛛侠：复刻版》（DX12）在加载到启用光线追踪反射的时候可能会出现应用程序崩溃。

在《使命召唤：先锋》（DX12）游戏菜单中的性能可能会不正常。

电影和电视应用程序在播放HDR视频或将视频更改为全屏的时候，应用程序可能会崩溃。

玩《穿越火线》的时候，地图纹理可能无法加载或加载为空白页面。

当应用程序的Windows“图形性能首选项”选项未设置为“高性能”时，《狙击精英5》可能会在某些混合图形系统配置上遇到应用程序崩溃。

在全屏播放录制的视频时，某些第三方相机应用程序可能会出现视频损坏。

《战争机器5》（DX12）在游戏过程中可能会遇到应用程序崩溃等问题。

某些英特尔锐炫A380系列显卡的风扇，可能会在显卡或系统空闲时继续运行。

该版驱动程序适用于第12代酷睿移动处理器的核显（Alder Lake-H和Alder Lake-P），以及锐炫A380 / A770M / A730M / A550M / A370M / A350M独立显卡。英特尔Arc显卡驱动程序30.0.101.3268 BETA下载地址：点此前往>>>

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"] ] });

近日，代号为Wall Street Canyon的NUC 12 Pro出现在SimplyNUC，最高可选配英特尔酷睿i7-1260P处理器。NUC 12 Pro提供了不同规格的外形，包括了纤薄（Slim）和容纳2.5英寸存储配件（Tall）的套件。

NUC 12 Pro基于Alder Lake-P系列移动处理器构建，可选酷睿i3-1220P（2P+8E）、酷睿i5-1240P（4P+8E）、以及酷睿i7-1260P（4P+8E）。NUC 12 Pro不会配备独立显卡，使用对应64EU、80EU或96EU的Xe核显。SimplyNUC表示稍后还会有酷睿i7-1260P（4P+8E），支持博锐（vPro）平台。

NUC 12 Pro最高支持64GB的DDR4-3200内存，并没有支持DDR5内存的计划。此外，NUC 12 Pro还会有一个“Lite”版本，可能会缺少最重要的双Thunderbolt 4端口（支持TBT3、USB4/3或DisplayPort 1.4a HBR3），对使用和扩展会有较大的影响。

SimplyNUC标示NUC 12 Pro的起售价为599欧元（约合人民币4131.6元），带有4GB的内存和256GB的存储空间，不过这样的配置在现今的应用场景中，甚至不足以满足日常使用的需求。

随着Wall Street Canyon的出现，新一代NUC产品线变得更加清晰，包括了：代号Dragon Canyon的Intel NUC 12 Extreme（Alder Lake-S+Arc A系列桌面GPU）代号Serpent Canyon的Intel NUC 12（Alder Lake-H+Arc A系列移动GPU）代号Alder County的Intel NUC X15（Alder Lake-H+Arc A系列移动GPU）代号Wall Street Canyon的NUC 12 Pro（Alder Lake-P）

Blender Cycles是一款基于路径追踪的物理渲染引擎，已经有十多年的历史了，目前支持NVIDIA CUDA/OptiX以及AMD OpenCL，可利用GPU显卡进行加速。在新版的Blender 3.3 LTS中也加入了对英特尔oneAPI的支持，让用户可以利用锐炫显卡加速。

演示的画面显示，锐炫A770显卡运行效果不错，演示场景里有4369466个顶点、8702031个边、4349606个面和8682950个三角形，不过暂时没有可用于比较的基准测试成绩或数据。

锐炫A770采用了完整规格的ACM-G10，拥有32个Xe核心、4096个ALU和32个光线追踪单元，显存为16GB的GDDR6，位宽为256位，配备了一个8Pin和一个6Pin外接供电接口。

预览var tableid = settableid(); document.write(''); Table().init({ title: "Intel Arc Alchemist系列桌面GPU 参数规格 ", header: ["型号","Arc A770","Arc A750","Arc A580","Arc A380","Arc A310"], 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","DG2-512EU","DG2-448EU","DG2-256EU","DG2-128EU","DG2-64EU"], ["Die","ACM-G10","ACM-G10","ACM-G10","ACM-G11","ACM-G11"], ["Xe内核数量","32","28","16","8","4"], ["光追单元数量","32","28","16","8","4"], ["执行单元(EU)数量","512","448","256","128","64"], ["流处理器(核心)数量","4096","3584","2048","1024","512"], ["显存位宽","256-bit","256-bit","128-bit","96-bit","64-bit"], ["显存容量","8/16GB G6","8GB G6","8GB G6","6GB G6","4GB G6"], ["显存速率","16 Gbps","16 Gbps","16 Gbps","15.5 Gbps","16 Gbps"], ["显卡功耗","225W","225W","175W","75W","75W"], ] });

按照微软的说法，这种模拟过程已经成为DirectX 9相对高的性能实现方式，理论上来说几乎与原生DirectX 9硬件支持一样好。对于英特尔而言，这种做法似乎是一个不错的选择，可以将驱动程序开发方面的资源集中，转移到DirectX 11的优化工作上。不过这种方法不是完全没有副作用，比如CPU占用率可能会升高，因为转换编译过程需要软件加速。

英特尔CEO帕特-基尔辛格（Pat Gelsinger）此前承认，在独立显卡驱动程序开发上犯了致命的错误，以为可以利用核显的驱动程序，改到独立显卡上，事实证明架构的巨大差异会产生各种问题，最后导致锐炫显卡的驱动程序推倒重写，整个项目都被延误了。

据VideoCardz报道，英特尔现在为获奖者提供了另外一种选择，向他们发送了电子邮件，询问是否选择以酷睿i7-12700K和酷睿i5-12600K代替锐炫A770和锐炫A750显卡，需要在8月19日以前做出选择。也许对应的酷睿处理器和锐炫显卡的定价并不是完全相同，但应该会比较接近。获奖者可以选择显卡，不过英特尔没有说明具体要等到什么时候。

近期涉及英特尔锐炫显卡的新闻并不少，只是大多都比较负面。最麻烦的一点是产品延期，英特尔所说的“今年夏天晚些时候”不知道是否还能兑现。在2022年第二季度财报电话会议上，英特尔CEO帕特-基尔辛格（Pat Gelsinger）表示，将会在第三季度推出锐炫A5和A7系列桌面显卡，但并没有提及具体的日期。

有传言称英特尔其他的锐炫显卡最快要到9月份，这时间点与英伟达和AMD下一代GPU的发布相差并不远。

据TomsHardware报道，Mercury Research的最新报告显示，PC市场在2022年第二季度的形势更加严峻。从英特尔、AMD和英伟达近期的财报来看，复苏将是一个漫长的过程。相比之下，AMD似乎更能经受考验，目前仍在各个细分市场上攻城略地，从英特尔手上抢占市场份额。

在2022年第二季度里，AMD的营收为65.5亿美元，同比增长70%，环比增长11.3%。这是AMD季度营收首次突破60亿美元大关，同时已连续八个季度创下单季营收新高。目前AMD正在全力以赴准备新品，Ryzen 7000系列、Radeon RX 7000系列和基于Zen 4架构的EPYC系列都在蓄势待发。

预览var tableid = settableid(); document.write(''); Table().init({ title: "2022年第二季度桌面处理器市场份额", header: ["季度","2Q22","1Q22","4Q21","3Q21","2Q21","1Q21","4Q20","3Q20","2Q20","1Q20","4Q19","3Q19","2Q19","1Q19","4Q18","3Q18","2Q18","1Q18","4Q17","3Q17","2Q17","1Q17","4Q16","3Q16"], 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: [ ["AMD桌面市场份额","20.6%","18.3%","16.2%","17.0%","17.1%","19.3%","19.3%","20.1%","19.2%","18.6%","18.3%","18%","17.1%","17.1%","15.8%","13%","12.3%","12.2%","12.0%","10.9%","11.1%","11.4%","9.9%","9.1%"], ["季度增长","+2.3%","+2.1%","-0.8%","-0.1%","-2.3%","+0.1%","-0.8%","+0.9%","+0.6%","+0.3%","+0.3%","+0.9%","0%","+1.3%","+2.8%","+0.7%","+0.1%","+0.2%","+1.1%","-0.2%","-0.3%","+1.5%","+0.8%","-"], ["年度增长","+3.5%","-1.0%","-3.1%","-3.1%","-2.1%","+0.7%","+2.4%","+5%","+4.8%","+4.9%","+3.8%","+2.1%","+1.2%","+0.8%","+2.1%","+1.8%","-","-","-","-"], ] });新冠疫情、全球经济动荡和通货膨胀影响了整个市场，加上季节性因素，这些共同因素导致市场需求降低，桌面处理器销售低迷。不过AMD的市场份额实现了连续增长，在2022年第二季度里达到了20.6%。如果按销售金额算，AMD的收入份额同比增长0.7个百分点至18.8%。

预览var tableid = settableid(); document.write(''); Table().init({ title: "2022年第三季度移动处理器市场总份额", header: ["季度","2Q22","1Q22","4Q21","3Q21","2Q21","1Q21","4Q20","3Q20","2Q20","1Q20","4Q19","3Q19","2Q19","1Q19","4Q18","3Q18","2Q18"], 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: [ ["AMD移动市场份额","24.8%","22.5%","21.6%","22.0%","20.0%","18.0%","19%","20.2%","19.9%","17.1%","16.2%","14.7%","14.1%","13.1%","12.2%","10.9%","8.8%"], ["季度增长","+2.3%","+0.9%","-0.4%","+2.0%","+1.9%","-1.0%","-1.2%","+0.3%","+2.9%","+0.9%","+1.5%","+0.7%","+1%","+0.9%","-","-","-"], ["年度增长","+4.8%","+4.4%","+2.6%","+1.8%","+0.01%","+1.1%","+2.8%","+5.5%","+5.8%","+3.2%","+4%","+3.8%","+5.3%","-","-","-","-"], ] });2022年第二季度里，AMD继续在移动市场取得进步，份额再次创下了新纪录，达到了24.8%。如果按销售金额算，AMD收入份额同比增长12.1个百分点至27.0%，同样创下了历史新高。

预览var tableid = settableid(); document.write(''); Table().init({ title: "2022年第二季度服务器处理器市场总份额", header: ["季度","2Q22","1Q22","4Q21","3Q21","2Q21","1Q21","4Q20","3Q20","2Q20","1Q20","4Q19","3Q19","2Q19","1Q19","4Q18","3Q18","2Q18","4Q17"], 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: [ ["AMD服务器市场份额","13.9%","11.6%","10.7%","10.2%","9.5%","8.9%","7.1%","6.6%","5.8%","5.1%","4.5%","4.3%","3.4%","2.9%","3.2%","1.6%","1.4%","0.8%"], ["季度增长","+2.3%","+0.9%","+0.5%","+0.7%","+0.6%","+1.8%","+0.5%","+0.8%","+0.7%","+0.6%","+0.2%","+0.9%","+0.5%","-0.3%","-1.6%","+0.2%","-","-"], ["年度增长","+4.4%","+2.7%","+3.6%","+3.3%","+3.7%","+3.8%","+2.6%","+2.3%","+2.4%","+2.2%","+1.4%","+2.7%","+2%","-","+2.4%","-","-","-"], ] });AMD自己的服务器份额预测是基于IDC的预测，但仅限于单路和双路服务器市场，不包括四路及以上的服务器、网络基础架构服务器等设备。因此，Mercury Research的数字与AMD所引用的数字不同，后者预测的市场份额会更高。

AMD延续了连续三年的增长势头，市场份额已连续13个季度增长，并创下了新纪录，达到了13.9%。如果按销售金额算，AMD收入份额同比增长11.3个百分点至22.9%。

预览var tableid = settableid(); document.write(''); Table().init({ title: "2022年第一季度处理器市场总份额", header: ["季度","2Q22","1Q22","4Q21","3Q21","2Q21","1Q21","4Q20","3Q20","2Q20","1Q20","4Q19","3Q19","2Q19","4Q18","3Q18"], 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: [ ["AMD x86市场份额","?","27.7%","25.6%","24.6%","22.5%","20.7%","21.7%","22.4%","18.3%","14.8%","15.5%","14.6%","13.9%","12.3%","10.6%"], ["季度增长","?","+2.1%","+1.0%","+2.1%","+1.8%","-1.0%","-0.7%","+4.1%","+3.5%","-0.7%","+0.9%","+0.7%","-","-","-"], ["年度增长","?","+7.0%","+3.9%","+2.2%","+4.2%","+6.0%","+6.2%","+6.3%","+1.2%","-","+3.2%","+4%","-","-","-"], ] });虽然部分统计数据里的细分市场并不将半定制和物联网等涵盖在内，但Mercury Research的数据是包括在内的。虽然最终的数据还没有出来，不过AMD在2022年第二季度x86处理器整体市场的份额毫无疑问会再创新高，这意味着将连续三个季度创下新纪录。

据Igor's Lab报道，在近日举行的SIGGRAPH 2022上，英特尔展示了旗下的锐炫显卡和Arc Pro系列工作站显卡，有工作人员表示，英特尔可能会通过oneAPI实现对多GPU的支持。这次活动中英特尔没有展示多GPU解决方案，是由于目前可进行演示的系统使用的是NUC机箱，只能安装一张显卡。

oneAPI是一个跨架构的编程工具，旨在简化跨GPU、CPU、FPGA和AI加速器之间的编程，可以与英特尔自身设备，或其他厂商的芯片配合使用，以优化工作负载。英特尔的工作人员称，目前oneAPI的多GPU支持工作是围绕消费级的锐炫显卡展开的，不过未来Arc Pro系列工作站显卡同样也会支持。

在工作站显卡支持多GPU很容易理解，目前英伟达也会这么做的，比如两张RTX A6000使用NVLink技术实现互联。暂时还不清楚英特尔利用oneAPI对多GPU的优化程度，以及实现条件，不过能提供支持始终是一件好事情。

随着锐炫显卡的进一步推广，或许未来几个月英特尔会公布更多的细节。

英特尔预计全年收入将减少80亿到110亿美元，全年的营收预期也调低到650到680亿美元之间，估计今年PC销量将下降10%。更糟糕的是，英特尔的锐炫显卡已落后于原计划，至今还没有完全投放市场，持续恶化的市场环境，让英特尔雄心勃勃的GPU项目陷于两难境地。

由于整个消费市场的需求都在萎缩，同样影响了制造MCU芯片、显示IC、面板等相关制造商的需求。Elan Microelectronics主要生产笔记本电脑的MCU芯片和触摸屏的控制器，预计这个季度收入将下降30%。另外Chromebook的出货量也受到了重大打击，预计将下跌50%到60%。PC方面，笔记本电脑和台式机今年的出货量分别下跌10%和15%，无论游戏还是商用产品都难以推动销售。

AMD和苹果都通过某种方式避开了行业遇到的问题。AMD在2022年第二季度的营收为65.5亿美元，同比增长70%，环比增长11.3%，服务器和嵌入式处理器增长的部分抢占的是原本属于英特尔的市场。苹果正在推进其自研芯片计划，随着产品线全面以M系列英特尔的x86处理器，既提高了自身的供应量，同时也让英特尔失去大量订单，预计整个Macbook产品线在2022年的销量会继续增长，出货量将达到创纪录的2800万台。