And this is the eMMC port, kind of.

这是 eMMC 端口。

There are some test points where the eMMC traffic is.

eMMC流量所在的测试点有一些。

This port here, I think, is for the eMMC.

我认为这里的这个端口是用于 eMMC 的。

So for example, on a switch, if you rip off the eMMC of the board, it can't load stuff.

因此，例如，在交换机上，如果你撕掉板上的 eMMC，它就无法加载东西。

We wrote that in there, and the SOC is configured to look at the eMMC for loading the code.

我们把它写在那里，SOC 被配置为查看 eMMC 以加载代码。

There is a boot ROM that loads code from a mass storage device like an eMMC.

有一个引导 ROM，可从 eMMC 等大容量存储设备加载代码。

You rip off the eMMC board, and it can't boot.

你撕掉了 eMMC 板，它无法启动。

The EMMC, which is a fancy SD card, essentially, on a chip, which is way faster than a normal SD card because it just has more pins.

EMMC 是一种奇特的 SD 卡，本质上是在芯片上，它比普通 SD 卡快得多，因为它的引脚更多。

So we hooked up an FPGA to do that and wrote some code to analyze the eMMC traffic, and we used the last transaction as a trigger.

因此，我们连接了一个 FPGA 来执行此操作，并编写了一些代码来分析 eMMC 流量，我们使用最后一个事务作为触发器。

If the boot ROM fails to load NVT boot, for example, from the eMMC because the eMMC isn't there or it's corrupted or whatever, then it goes into this RCM path.

如果引导 ROM 无法加载 NVT 引导，例如，由于 eMMC 不存在或已损坏或其他原因，无法从 eMMC 加载 NVT 引导，那么它将进入此 RCM 路径。

And then you can talk to this thing and you can reflash the eMMC or whatever mass storage device you have on your board or on your device where the operating system lives.

然后你可以与这个东西交谈，你可以重新刷新 eMMC 或你的主板或操作系统所在设备上的任何大容量存储设备。