Google Glass Vision

Google has been keeping rather quiet about Glass since the Explorer program was put to bed, but industry sources have come forward with information about the next iteration of Google Glass – the ‘Enterprise Edition’.

Several sources familiar with advanced prototypes of the product suggest that the Enterprise Edition will feature a larger prism display, a higher performance Intel Atom processor and moderately improved battery life.

The larger prism display is designed to reduce the eye strain issues that affected Explorer users after a prolonged time spent with the headset. By extending the prism width, the user simply has to look up to view the display, rather than looking up and to the right, which should reduce the effort required to view the display. No details about any changes to the display’s resolution were given, but it is apparently “better” than before.

In addition to the new prism design, Google is also said to have opted for a new low-energy Intel Atom processor to power the Enterprise Edition; gone is the Texas Instruments SoC as previously rumored. The exact SoC model has not been specified, but the clock speeds are apparently slightly above the current processors found in high-end smartwatches. As a result, heat and performance are improved in the second generation Glass.

Sadly, battery life, one of the biggest complaints about the original Google Glass edition, is only moderately improved in the new model. Again we don’t have any figures, but Enterprise Edition devices with a Google-made external battery pack have been spotted, which suggests that a separate battery is required to keep heavy users juiced up throughout the day.

We are still waiting on a timeframe for the launch of the next Google Glass model. Although previous rumors have suggested that we may hear something official soon.

Robert Triggs
Lead Technical Writer at Android Authority, covering the latest trends in consumer electronics and hardware. In his spare moments, you'll probably find him tinkering with audio electronics and programming.
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