Phosphor Digital Hour Clock e-Ink Watch Review

A current is only required to alter the position of the electrodes, and not to sustain the display - which is why it uses so little energy. Alternatively, and LCD display must always have power running through it in order to be "on" (although that amount is low, LCD devices that use a lot of energy have most of the juice going to the processor, RAM, and/or the backlight.E-ink is named as such because the high contrast display looks a lot like ***. Meaning it is easy to read and easy on the eyes (with no backlight required in lit instances. This is the first watch you'll have where people don't need to ask you what time it is. They can clearly see it on your wrist without having to ask. So the company is Phoshpor and the model is the Digital Hour Clock watch. Dismiss the awkward name and focus on the immediately pleasing to the eye display as well as watch case. The first generation of Phosphor e-ink watches used a round case with analog hands on top of an e-ink display. This next generation of watches from the brand finally become more comfortable with the technology and the unique benefits of e-ink, so they removed all things "analog."The case is long and rectangular. I was actually quite pleased with the dimensions of the watch once I got it on my wrist.Welcome to the watch for nontraditional watch lovers. This is something even people who claim their mobile phones are enough for time telling can get behind with ease. In a nutshell you have a nicely designed angular rectangle watch, using an innovative e-ink display, at a very reasonable price. So let's get the e-ink discussion out of the way. I was under the impression that everyone knew what e-ink was, until I started talking about it and people gave me a blank stare. Are you familiar with the Amazon Kindle e-book device? Well that is probably the most popular use of e-ink today. Unlike LCD screens, e-ink uses a different system for providing very high contrast, easy to read screen. They only use electricity when "changing" (the image on the screen changes) so they use very little battery power. The screen is made of positively and negatively charged electrodes that work in an "on" or "off" position. Meaning it either displays the positively charged (light color) electrodes, or the negatively charged (dark color) electrodes.