While it doesn’t seem to be as big of an issue as it was with the glass-backed Nexus 4, there are many reports that the Nexus 5 display isn’t holding up to even minor impact. If you’d rather go the DIY route than going through a repair company (both of which will void your warranty) ETrade Supply points us to an instructional video from LE55ONS that will walk you through every step of replacing the display assembly. You’ll of course need to pick up a Nexus 5 replacement screen, but otherwise the tools required are pretty standard: Phillips and flathead drivers, pry tools, tweezers, etc. The video goes over other parts of the Nexus 5 as well, but there is a step-by-step guide focusing only on the display here.
Google’s Sergey Brin revealed at the 2012 Google I/O Developers Conference in June that a pair of beta, or “Explorer Edition”, Google Glasses cost $1,500 and would start shipping to I/O attendees in 2013, but Lee realized the components to such a headset display must be readily available if Google was able to start developing one. And so, he decided to build his own—admittedly rough—version.
After promptly selecting the Myvu head-mounted video display, Lee tried to find an onboard computer:
I settled on a fourth-generation iPod Touch. I had to “jailbreak” it, which eliminates limitations built into the iOS software by Apple. Once that was done, I could mirror the Touch’s main display to the microdisplay using its composite video output. This choice of onboard computer meant that for a point-of-view camera (used to record images and video), I needed one that could communicate via the iPod Touch’s Wi-Fi or Bluetooth wireless interfaces. I used a Looxcie Bluetooth camera, which is small enough to be mounted on the side of the frame once you strip it from its plastic shell; you can order it online for around $150. (I’m already building a second iteration of my prototype around a Raspberry Pi. This will allow more control over the camera than is currently possible with the iOS apps that work with the Looxcie and better integration of sensors such as accelerometers.)
Lee tested the prototype once the assembly process was over, and he noted his world immediately changed forever:
My world changed the day I first wore my prototype. At first there was disappointment—my software was rudimentary, and the video cable running down to the onboard computer was a compromise I wasn’t particularly pleased with. Then there was discomfort, as I felt overwhelmed while trying to hold a conversation as information from the Internet (notifications, server statuses, stock prices, and messages) was streamed to me through the microdisplay. But when the batteries drained a few hours later and I took the prototype off, I had a feeling of loss. It was as if one of my senses had been taken away from me, which was something I certainly didn’t anticipate.
Lee continued to give insight into how Google Glass and his iOS prototype could provide immense value. Unfortunately, he only corroborated his post with a few illustrations and no images. Go to IEEE for more details.
