The Switch has way less of these bootloaders here.

Switch 在这里的引导加载程序要少得多。

As I said, there are a bunch of proprietary NVIDIA bootloaders.

正如我所说，有许多专有的 NVIDIA 引导加载程序。

Yeah, the Switch has custom bootloaders, and they have the security features of that chip enabled.

是的，Switch 有定制的引导加载程序，并且它们启用了该芯片的安全功能。

And then that NVT boot CPU loads a bootloader called Cboot.

然后 NVT 引导 CPU 加载一个名为 Cboot 的引导加载程序。

These are the big ARM cores that are started later by one of the bootloaders, and then code is executed there.

这些是较大的 ARM 内核，稍后由其中一个引导加载程序启动，然后在那里执行代码。

The next bootloader needs this stuff.

下一个引导加载程序需要这些东西。

I don't think it even has any of these, but I did not look at the Switch bootloaders, so I don't really know.

我认为它甚至没有这些，但我没有看过 Switch 引导加载程序，所以我真的不知道。

And the boot flow on the development board, we will see this later, consists of, I don't know, four bootloaders, I think.

开发板上的引导流程，我们稍后会看到，包括，我不知道，我想是四个引导加载程序。

That bootloader, again, loads NVT boot CPU because that's a bootloader that then runs on the CC-PLEX.

该引导加载程序再次加载 NVT 引导 CPU，因为这是一个随后在 CC-PLEX 上运行的引导加载程序。

So the bootloader just puts it there and tells the bootloader, yeah, I loaded you from this device and so on.

所以引导加载程序只是把它放在那里并告诉引导加载程序，是的，我从这个设备加载你等等。

If you're big enough, somebody like Nintendo is, you can also get the source code, but usually they don't give this out, and Nintendo, of course, customized the bootloaders for this, because they need security for their consoles.

如果你足够大，像任天堂这样的公司，你也可以获得源代码，但通常他们不会给出这个，当然，任天堂为此定制了引导加载程序，因为他们的控制台需要安全性。