Tempestglen 发表于 2012-12-18 09:26
你们不是照样沉浸在silvermont的ppt里面?是明年还是后年啊?atom能活到那一天?
Tempestglen 发表于 2012-12-18 10:51
图表上,对应的工作点,A15功耗是A7的4-5倍,四核A7@1.2Ghz跑整数测试(部分满载)是1.2w,那么四核A15大概 ...
the_god_of_pig 发表于 2012-12-18 12:09
笑死人了,40%是你做梦时梦见的吧
Tempestglen 发表于 2012-12-18 12:02
这就是某人yy 的Y系列ivy。intel在玩概念游戏,阉割最厉害的ivy是没有睿频功能的,1.1Ghz的,TD=10w的货色 ...
Tempestglen 发表于 2012-12-18 13:03
根据摩尔定律,下一代工艺的面积一般是上一代的50%。
三星45nm SION的下一代是已经生产的32nm HKMG。
...
raini 发表于 2012-12-18 13:20
就算真的减少40%,又能怎么样?三爽不是要塞4个A15的核进去吗?光塞进去就已经超过现在双核A15的功耗了
Whereas the E3-1220Lv2 has only two CPUs running at 2.3GHz, AppliedMicro expects
X-Gene to provide four CPUs at 2.4GHz within the same power envelope. If the X-Gene
CPU can generate the same performance per megahertz as Ivy Bridge, this chip would
have about 2.5x the performance of Xeon for the same power. A similar comparison
matching an eight-core X-Gene against a six-core Intel E5-2640 gives X-Gene a 2.7x
advantage in performance per watt. AppliedMicro has not actually benchmarked the
unfinished X-Gene CPU, however, and matching Intel’s performance per megahertz will
not be easy.
Tempestglen 发表于 2012-12-18 13:44 http://www.21ic.com/news/eda/201112/102548.htm
据TSMC负责研发的资深副总裁蒋尚义博士介绍,TSMC的 ...
Tempestglen 发表于 2012-12-18 13:44
http://www.21ic.com/news/eda/201112/102548.htm
据TSMC负责研发的资深副总裁蒋尚义博士介绍,TSMC的 ...
Tempestglen 发表于 2012-12-18 14:11
The 28nm Process Family
TSMC's 28nm technology delivers twice the gate density of the 40nm proces ...
Tempestglen 发表于 2012-12-18 13:44
http://www.21ic.com/news/eda/201112/102548.htm
据TSMC负责研发的资深副总裁蒋尚义博士介绍,TSMC的 ...
Tempestglen 发表于 2012-12-18 14:26
Krait和连法克四核A7用的是28nm LP,垃圾工艺,如果用28nm HPM,四核A7满载也就0.75w的样子,四核A15也就 ...
Tempestglen 发表于 2012-12-18 15:23
32nm HKMG 工艺的ipad2(A5 r2)续航秒杀45nm poly/sion工艺的ipad2(A5)。
根据三星的数据,exyn ...
Tempestglen 发表于 2012-12-18 16:03
那个啥,你不去研究? one x 的att版是双核krait,而不是四核t3。
国际版one x是t3,电池和note II是不 ...
Tempestglen 发表于 2012-12-18 14:26
Krait和连法克四核A7用的是28nm LP,垃圾工艺,如果用28nm HPM,四核A7满载也就0.75w的样子,四核A15也就 ...
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