Approximately 1/3 the current consumption thanks to a smaller LCD and a super efficient low power FPGA designed for mobile devices. The refresh rate of this LCD is 12x higher than the ags101 so blur is completely eliminated. A color palette similar to the AGS 101 LCD. Offers 4x linear up-scaling, zero conversion lag, frame locked 59.9hz to the GBCs original video. This would give an image similar to the GB boy Color.
There are larger LCDs which would require shell modding and non linear scaling. This was the best LCD choice after considering aspect ratio which to me is more important than filling the viewing window. The image size is comparable to the existing image size on the ags101 LCD. And I have returned to share my trove of knowledge with you, so you don’t have to try quite as hard to enjoy these old games on the hardware that originally played them.The new drop in back-lit GBC solution! What do you think? I’ve spent the last month researching the subtle differences between different Game Boy production runs, watching dark blurry YouTube videos, learning to solder, and spending more time crawling through Reddit and forum posts than I care to remember. If you don’t want to wait around for Nintendo to start re-releasing old portables, the good news is that there’s a vibrant repair and modding scene out there for anyone who wants to make their old Game Boy hardware as good as (or even better than) new. But Hyperkin’s backlit Game Boy clone and the (heretofore totally unsubstantiated) rumors about a Game Boy Classic Edition suggest that people want to relive their long childhood car trips just like they want to relive hours in the basement parked in front of a TV and an NES. Nintendo’s retro revival has so far focused mostly on the classic boxes that you hooked to a TV, ignoring the portables that buoyed Nintendo when home consoles like the GameCube and Wii U faltered. Further Reading Hyperkin plans to release a new (old) Game Boy in 2018
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