我发现，当针对移动设备（和廉价/小笔记本音箱对于这个问题），***是做两件事情给你的音频：

I've found that when targeting mobile devices (and cheap/small laptop speakers for that matter), it is best to do two things to your audio:

• 的COM pression：我的意思不是数据通信pression，我的意思是动态对比度COM pression。这将删除一些记录响亮而软部件之间的高度差，使这一切被听到更好。


• 正常化：：当你正常化的音频，你把声音最响亮的一部分，缩放整个音频剪辑向上，以便在最响亮的部分是可以被存储在音频文件中最响亮

• Compression: I do not mean data compression, I mean dynamic contrast compression. This will remove some of the level differences between loud and soft parts of the recording, allowing it all to be heard better.
• Normalization: When you normalize audio, you take the loudest part of the audio, and scale the entire audio clip up so that the loudest part is at the loudest that can be stored in the audio file.

您可以用任何音频编辑软件两者都做这些很容易，比如无畏。

You can do both of these easily with any audio editing software, such as Audacity.

最后，您还应该记住这样的小喇叭的可重复执行的频率。结果
大多数音箱都建在考虑演讲。正因为如此，你会发现，他们往往是在为700Hz-2.5KHZ范围内最响亮的。

Finally, you should also keep in mind the reproduceable frequencies on such small speakers.
Most of these speakers are built with speech in mind. Because of this, you will find that they tend to be the loudest in the 700Hz-2.5kHz range.

也就是说，如果你的声音效果在频率低（想想低音），那么这将是几乎不可能听到他们对手机的小喇叭不能复制这样的低频。

That is, if your sound effects are low in frequency (think bass), then it will be almost impossible to hear them on a phone's small speaker which cannot reproduce such low frequencies.

如果您有关于此事的更多疑问，请访问 http://avp.stackexchange.com/ 。

If you have more questions on the matter, please visit http://avp.stackexchange.com/.