BOOX Super Refresh Technology Explained
Reading a mystery novel on an ePaper device, as tension grows, you start flipping through the pages faster and faster to uncover who the murderer is. Second to spoilers, what may bother you could be ghosting—faint traces of previously displayed text lingering on the screen. For most E Ink products, that's a tricky problem. However, after years of study, BOOX came out with a solution—BOOX Super Refresh (BSR) technology.
Challenges Facing the ePaper Industry
In the ePaper industry, the trade-off between display and responsiveness is a long-existing puzzle. And the issue mostly comes down to how electronic ink works. The content you see on the screen is created by up to millions of microcapsules, each roughly the diameter of human hair. Within these microcapsules are charged black and white particles. Depending on varying electrical fields, different particles change positions, becoming either visible or invisible on the top of the capsule, thus forming what you see on the screen.
Challenges Facing the ePaper Industry
In the ePaper industry, the trade-off between display and responsiveness is a long-existing puzzle. And the issue mostly comes down to how electronic ink works. The content you see on the screen is created by up to millions of microcapsules, each roughly the diameter of human hair. Within these microcapsules are charged black and white particles. Depending on varying electrical fields, different particles change positions, becoming either visible or invisible on the top of the capsule, thus forming what you see on the screen.