I think it is because clr virtual machine uses cpu directly without code opcode translation. It may be optimization for clr application or may be windows mobile/window phone 7 started on INTEL proccessor. Android platform based on linux and theoretically you can start android on virtual machine in i686 environment. In this case virtual machines such as vmware could execute some opcodes direcly. But this option will be allowed only if you write on the Java. Because the Java interpret their byte-code or precompile it before execution. see: http://www.taranfx.com/how-to-run-google-android-in-virtualbox-vmware-on-netbooks

I think it is because clr virtual machine uses cpu directly without code opcode translation. It may be optimization for clr application or may be windows mobile/window phone 7 started on INTEL proccessor. Android platform based on linux and theoretically you can start android on virtual machine in i686 environment. In this case virtual machines such as vmware could execute some opcodes direcly. But this option will be allowed only if you write on the Java. Because the Java interpret their byte-code or precompile it before execution. see: http://www.taranfx.com/how-to-run-google-android-in-virtualbox-vmware-on-netbooks

使用Genymotion代替模拟器。Genymotion的性能更好 https://www.genymotion.com

只是想说，在我安装了英特尔HAXM加速器并使用英特尔Atom映像后，模拟器的运行速度似乎快了50倍。差别是惊人的，看看吧!

http://www.developer.com/ws/android/development-tools/haxm-speeds-up-the-android-emulator.html

我建议让Genymotion转一转。它运行在Oracle的VirtualBox上，在一个中等的系统上可以达到60帧/秒。

下面是我的一个工作室的屏幕截图，运行在低端的2012款MacBook Air上:

如果你看不懂文字，这是一个以56.6帧/秒运行的Nexus 7模拟器。额外的(大!)奖励是谷歌播放和谷歌播放服务与虚拟机打包。

(演示动画的来源可以在这里找到。)

我一直在使用英特尔(86)CPU/ABI。我用ARM(armeabi-v7a)创建了另一个模拟器，我发现速度有了很大的提高。我使用的是平台4.1.2 API级别16