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正翻译步骤 8

步骤 8
Notably absent from our initial chip findings is the Balong 5000, HiSilicon's multi-mode networking chipset that is supposed to be the powerhouse of this 5G cell. On a hunch, we coarsely chisel off the extra Samsung LPDDR4X chip to find … HiSilicon Hi9500 GFCV101! This is most likely the Balong 5000 we're looking for.
  • Notably absent from our initial chip findings is the Balong 5000, HiSilicon's multi-mode networking chipset that is supposed to be the powerhouse of this 5G cell.

  • On a hunch, we coarsely chisel off the extra Samsung LPDDR4X chip to find …

  • HiSilicon Hi9500 GFCV101! This is most likely the Balong 5000 we're looking for.

  • Just to be sure, we pry up the Micron memory chip as well. Sure enough, underneath slumbers the HiSilicon Hi3680 GFCV150, also known as Kirin 980.

  • Our hot air station had the day off. Deal with it.

  • It looks like the 5G modem comes bundled with its own block of dedicated LPDDR4X memory—a whopping 3 GB of it, if we've decoded those Samsung package markings correctly. Is that a giant data buffer? This is the first 5G modem we've seen in the wild, so sound off in the comments if you know more than we do.

值得注意的是,我们最初的芯片发现中没有出现的是巴龙 5000,海思半导体的多模网络芯片组,应该是这款5G单元的强大之处。

在预感中,我们粗略地凿掉额外的三星LPDDR4X芯片以找到......

海思半导体 Hi9500 GFCV101!这很可能是我们正在寻找的巴龙 5000。

可以肯定的是,我们也撬开了Micron内存芯片。果然,下面就是海思半导体 Hi3680 GFCV150(也称为Kirin 980)。

我们的热空气站要休息一下。

看起来5G调制解调器捆绑了自己的专用LPDDR4X内存块 —— 如果我们在上一步中正确解码了这些三星包装标记,则需要高达3 GB。这是一个巨大的数据缓冲区吗?这是我们在野外看到的第一个5G调制解调器,如果你比我们知道得多,那么就来评论吧。

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