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Passo 16
These super-thin, Samsung-made displays act as yet another thermal management tool—backed by layers of copper and graphite to dissipate the heat generated by other components inside the phone. The camera hole punched into those layers is, of course, intentional and carved away "pixel by pixel" by a laser. The hole runs through both midframe and motherboard back to the camera itself. Unlike the camera, the hidden proximity and fingerprint sensors can "see" directly through the OLED matrix, allowing for the most "edge-to-edge" screen we've seen in a teardown. You'd probably never see them during normal use, but here with the displays detached, they're easy to spot.
  • These super-thin, Samsung-made displays act as yet another thermal management tool—backed by layers of copper and graphite to dissipate the heat generated by other components inside the phone.

  • The camera hole punched into those layers is, of course, intentional and carved away "pixel by pixel" by a laser. The hole runs through both midframe and motherboard back to the camera itself.

  • Unlike the camera, the hidden proximity and fingerprint sensors can "see" directly through the OLED matrix, allowing for the most "edge-to-edge" screen we've seen in a teardown. You'd probably never see them during normal use, but here with the displays detached, they're easy to spot.

この超薄型ディスプレイはSamsung製で、さらに温度管理ツールの役割も果たしています。つまり、コッパーと黒鉛のレイヤーが付いており、デバイス内部の他のコンポーネントから発生する熱を拡散させています。

このレイヤー上に開けられたカメラの穴は、もちろん意図的なデザインで、レーザーで開けられています。 穴はミッドフレームとマザーボードの両方を通ってカメラに到達します。

カメラとは違い、隠れている近接センサーと指紋認証センサーはOLEDマトリックスから直接”確認”できます。これまで分解したガジェットの中で、最大の"エッジからエッジ"のスクリーンです。おそらく通常の利用では確認できませんが、ディスプレイが外れると見やすくなります。

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