我知道这不是你问的，但我建议你得到一个V2。现在，不建议将V1推荐为“不推荐用于新设计”。即使你要让V1工作，你的工作价值也会有限，因为它是针对一个过时的部分。但即便是V2现在也是NRND，而且价格昂贵。
你做STM32编程，还是只做Linux？ STEVAL-MKI108V2是一个带有加速度计，陀螺仪和磁力计传感器的裸模块，它们是“重要的”传感器。输出为I2C，如果要使用，还会显示DataReady信号。
如果您请求''iNemo Lite''代码，您可以使用您希望的任何输出协议为STM32编写解决方案。但是你需要一个编译器工具链和STM32的编程器（STM32演示板已经有板载编程器，最好是因为你需要FPU而得到STM32F4）。
以上来自于谷歌翻译
以下为原文
I know it is not what you asked, but I'd suggest that you get a V2. The V1 is deprecated to be a ''Not Recommended For New Design'' now. Even if you were to get the V1 working, your work would be of limited value because it's geared towards an obsolete part. But even the V2 is now NRND too, and it's expensive as well.
Do you do STM32 programming, or just Linux? The STEVAL-MKI108V2 is a bare module with the accelerometer, gyro, and magneometer sensors, which are the ''important'' ones. Output is I2C, and also presents the DataReady signals if you want to use those.
If you request the ''iNemo Lite'' code, you can code a solution for the STM32 using any output protocol you wish. But you'll need a compiler toolchain and programmer for the STM32 (an STM32 demo board already has the programmer onboard, preferably get the STM32F4 because you need the FPU).
我知道这不是你问的，但我建议你得到一个V2。现在，不建议将V1推荐为“不推荐用于新设计”。即使你要让V1工作，你的工作价值也会有限，因为它是针对一个过时的部分。但即便是V2现在也是NRND，而且价格昂贵。
你做STM32编程，还是只做Linux？ STEVAL-MKI108V2是一个带有加速度计，陀螺仪和磁力计传感器的裸模块，它们是“重要的”传感器。输出为I2C，如果要使用，还会显示DataReady信号。
如果您请求''iNemo Lite''代码，您可以使用您希望的任何输出协议为STM32编写解决方案。但是你需要一个编译器工具链和STM32的编程器（STM32演示板已经有板载编程器，最好是因为你需要FPU而得到STM32F4）。
以上来自于谷歌翻译
以下为原文
I know it is not what you asked, but I'd suggest that you get a V2. The V1 is deprecated to be a ''Not Recommended For New Design'' now. Even if you were to get the V1 working, your work would be of limited value because it's geared towards an obsolete part. But even the V2 is now NRND too, and it's expensive as well.
Do you do STM32 programming, or just Linux? The STEVAL-MKI108V2 is a bare module with the accelerometer, gyro, and magneometer sensors, which are the ''important'' ones. Output is I2C, and also presents the DataReady signals if you want to use those.
If you request the ''iNemo Lite'' code, you can code a solution for the STM32 using any output protocol you wish. But you'll need a compiler toolchain and programmer for the STM32 (an STM32 demo board already has the programmer onboard, preferably get the STM32F4 because you need the FPU).
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