crwdns2933423:0crwdne2933423:0

HTC Vive Pro 拆解

crwdns2936315:0crwdne2936315:0
crwdns2936311:0crwdne2936311:0
crwdns2931653:06crwdne2931653:0
HTC Vive Pro Teardown: crwdns2935265:00crwdnd2935265:01crwdnd2935265:03crwdne2935265:0 HTC Vive Pro Teardown: crwdns2935265:00crwdnd2935265:02crwdnd2935265:03crwdne2935265:0 HTC Vive Pro Teardown: crwdns2935265:00crwdnd2935265:03crwdnd2935265:03crwdne2935265:0
  • Inside the covers, we spot familiar IR-friendly windows. All these purply dots are a bit like sunglasses for the IR sensors underneath—helping to filter out visible light so the sensors can more easily spot the IR beams from the Lighthouse base stations.

  • Much like on the original Vive, there's a spiderweb of photodiodes lying just under the sleek surface of the Pro—32 of them in total.

  • Unlike the Oculus Rift, this headset is looking for IR light—not emitting it.

  • Some day, someone wearing a Vive will bump into someone wearing a Rift, creating an inescapable vortex of recursive IR signals.

  • A couple more screws and we have faceplate liftoff—IR sensor array separation complete.

在封盖内,我们发现了熟悉的红外窗口。所有这些绰绰有余的孔洞有点像为下面的红外传感器戴上太阳镜 ——有助于滤除可见光,因此传感器可以更容易地接受来自Lighthouse基站的红外光束。

就像初代的Vive一样,有个蛛网般排布的光电二极管系统在其表面——总共32个a

跟Oculus Rift不同的是,这个头显是在接收红外信号,而不是发射

如果有一天一个戴着Vive的和一个戴着Rift的人相遇会发生什么不可告人的秘密呢(比如红外递进旋涡什么的......)

移除了更多的螺丝,我们让红外传感器模块螺旋升天——分离完成!

crwdns2944171:0crwdnd2944171:0crwdnd2944171:0crwdnd2944171:0crwdne2944171:0