直接跳到总结的看吧 High performance, on the other hand, is another story. I deliberately did not add any desktop processors to these benchmarks but needless to say - even Intel's 14nm desktop chips destroy the M1. The problem is that ARM architecture doesn't clock very high and has high leakage at high power levels (this is also conversely true, x86 is not very good at low power scenarios). This means that the x86 market's bread and butter segments are safe from Apple's ARM influence - unless companies like NUVIA have something to say about that too. https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in- cinebench-r23-benchmark-results/
用cinebench stress test在笔记本上跑分纯属jb行为艺术。这个测试完全就不能用在 笔记本上，事实上，你跑这个的话，200的hp可能会超过xps 12/13 【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】 : 直接跳到总结的看吧 : High performance, on the other hand, is another story. I deliberately did : not add any desktop processors to these benchmarks but needless to say - : even Intel's 14nm desktop chips destroy the M1. The problem is that ARM : architecture doesn't clock very high and has high leakage at high power : levels (this is also conversely true, x86 is not very good at low power : scenarios). This means that the x86 market's bread and butter segments are : safe from Apple's ARM influence - unless companies like NUVIA have something : to say about that too. : https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in-: ...................
【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】 : 直接跳到总结的看吧 : High performance, on the other hand, is another story. I deliberately did : not add any desktop processors to these benchmarks but needless to say - : even Intel's 14nm desktop chips destroy the M1. The problem is that ARM : architecture doesn't clock very high and has high leakage at high power : levels (this is also conversely true, x86 is not very good at low power : scenarios). This means that the x86 market's bread and butter segments are: safe from Apple's ARM influence - unless companies like NUVIA have something to say about that too. : https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in - cinebench-r23-benchmark-results/
【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】 : 直接跳到总结的看吧 : High performance, on the other hand, is another story. I deliberately did : not add any desktop processors to these benchmarks but needless to say - : even Intel's 14nm desktop chips destroy the M1. The problem is that ARM : architecture doesn't clock very high and has high leakage at high power : levels (this is also conversely true, x86 is not very good at low power : scenarios). This means that the x86 market's bread and butter segments are : safe from Apple's ARM influence - unless companies like NUVIA have something : to say about that too. : https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in-: ...................
你台搞笑了，人家是专业评测机构，干嘛要诋毁你，人只是告诉你一个事实就是m1这种arm架构就是贵点的chromebook。 别想着和正经x86系统比，不是一个档次的东西。 【 在 qr (非凡公子) 的大作中提到: 】 : 果黑尼玛这次再怎么诋毁都没用，intel全家桶不能正常播放和处理8k视频人果子600多 : 刀的机器就做到了！ : something to say about that too. : - cinebench-r23-benchmark-results/
直接跳到总结的看吧
High performance, on the other hand, is another story. I deliberately did
not add any desktop processors to these benchmarks but needless to say -
even Intel's 14nm desktop chips destroy the M1. The problem is that ARM
architecture doesn't clock very high and has high leakage at high power
levels (this is also conversely true, x86 is not very good at low power
scenarios). This means that the x86 market's bread and butter segments are
safe from Apple's ARM influence - unless companies like NUVIA have something to say about that too.
https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in-
cinebench-r23-benchmark-results/
用cinebench stress test在笔记本上跑分纯属jb行为艺术。这个测试完全就不能用在
笔记本上，事实上，你跑这个的话，200的hp可能会超过xps 12/13
【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】
: 直接跳到总结的看吧
: High performance, on the other hand, is another story. I deliberately did : not add any desktop processors to these benchmarks but needless to say -
: even Intel's 14nm desktop chips destroy the M1. The problem is that ARM
: architecture doesn't clock very high and has high leakage at high power
: levels (this is also conversely true, x86 is not very good at low power
: scenarios). This means that the x86 market's bread and butter segments are
: safe from Apple's ARM influence - unless companies like NUVIA have
something
: to say about that too.
: https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in-: ...................
果黑尼玛这次再怎么诋毁都没用，intel全家桶不能正常播放和处理8k视频人果子600多刀的机器就做到了！
【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】
: 直接跳到总结的看吧
: High performance, on the other hand, is another story. I deliberately did
: not add any desktop processors to these benchmarks but needless to say -
: even Intel's 14nm desktop chips destroy the M1. The problem is that ARM
: architecture doesn't clock very high and has high leakage at high power
: levels (this is also conversely true, x86 is not very good at low power
: scenarios). This means that the x86 market's bread and butter segments are: safe from Apple's ARM influence - unless companies like NUVIA have
something to say about that too.
: https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in
- cinebench-r23-benchmark-results/
很多人还在纠结苹果？这事儿和苹果没有屁关系！本质是移动设备上ARM和x86之争！失去笔记本这块市场，x86就输的底裤都没有了！苹果只不过是第一个全面转向ARM的厂商。
★ 发自iPhone App: ChinaWeb 1.1.5
属实。现在M1太抢手了，看好苹果股票。
arm不会全面取代台式机市场，但是和手机市场一样，笔记本和移动设备很快就会是arm的天下。这还只是第一代m1
【 在 skybluewei (weilan) 的大作中提到: 】
: 很多人还在纠结苹果？这事儿和苹果没有屁关系！本质是移动设备上ARM和x86之争！失
: 去笔记本这块市场，x86就输的底裤都没有了！苹果只不过是第一个全面转向ARM的厂商。
: ★ 发自iPhone App: ChinaWeb 1.1.5
熟食
要看看M1x的性能，才会知道这一波冲击力有多大。
【 在 allaninla (Allan) 的大作中提到: 】
: 属实。现在M1太抢手了，看好苹果股票。
: arm不会全面取代台式机市场，但是和手机市场一样，笔记本和移动设备很快就会是
arm
: 的天下。这还只是第一代m1
: 商。
移动市场也不会完全取代啊！你有需求就去买i9+Nvidia的显卡啊！又不是没得卖了。
微软跟进之后，你需要在ARM的windows笔记本和x86的笔记本选择而已。和苹果没有屁
关系。
【 在 allaninla (Allan) 的大作中提到: 】
: 属实。现在M1太抢手了，看好苹果股票。
: arm不会全面取代台式机市场，但是和手机市场一样，笔记本和移动设备很快就会是
arm
: 的天下。这还只是第一代m1
: 商。
★ 发自iPhone App: ChinaWeb 1.1.5
擦，博导你太衰了，黑果子，黑EV，粉疮破，全都大反指。
【 在 daemonself (新晋川粉，前mit行为艺术专业博士后导师) 的大作中提到: 】
: 直接跳到总结的看吧
: High performance, on the other hand, is another story. I deliberately did : not add any desktop processors to these benchmarks but needless to say -
: even Intel's 14nm desktop chips destroy the M1. The problem is that ARM
: architecture doesn't clock very high and has high leakage at high power
: levels (this is also conversely true, x86 is not very good at low power
: scenarios). This means that the x86 market's bread and butter segments are
: safe from Apple's ARM influence - unless companies like NUVIA have
something
: to say about that too.
: https://wccftech.com/intel-and-amd-x86-mobility-cpus-destroy-apples-m1-in-: ...................
每一次都押错
奇葩中的列巴
【 在 CrushHaters (Crushhhhh) 的大作中提到: 】
: 擦，博导你太衰了，黑果子，黑EV，粉疮破，全都大反指。
: something
lol，我作为股板第一个给tsla喊出1888的id居然是反指？好吧
【 在 CrushHaters (Crushhhhh) 的大作中提到: 】
: 擦，博导你太衰了，黑果子，黑EV，粉疮破，全都大反指。
: something
你台搞笑了，人家是专业评测机构，干嘛要诋毁你，人只是告诉你一个事实就是m1这种arm架构就是贵点的chromebook。 别想着和正经x86系统比，不是一个档次的东西。
【 在 qr (非凡公子) 的大作中提到: 】
: 果黑尼玛这次再怎么诋毁都没用，intel全家桶不能正常播放和处理8k视频人果子600多
: 刀的机器就做到了！
: something to say about that too.
: - cinebench-r23-benchmark-results/
别神话什么X86。也就是兼容性和专利壁垒，单论性能的话早就臃肿不堪了
【 在 daemonself1 (daemon) 的大作中提到: 】
: 你台搞笑了，人家是专业评测机构，干嘛要诋毁你，人只是告诉你一个事实就是m1这种
: arm架构就是贵点的chromebook。 别想着和正经x86系统比，不是一个档次的东西。
果粉眼中apple拉的粑粑也是 真香！