The rapid deployment of generative AI requires an unprecedented amount of computing power, and traditional digital displays are fueling this global energy crisis. From smartphones to digital billboards, glowing screens are constantly draining power grids while causing severe eye strain and cognitive distraction. What if the future of display technology lies in low energy sustainability?
In this COMPUTEX 2026 Special, we welcome Bryan Chan, Associate Vice President of North America BU at E Ink, to deliver expert tech insights on the evolution of ePaper technology. Chan explains how ePaper’s unique bi-stable, no refresh, no power characteristic is disrupting the display industry, offering an eco friendly infrastructure solution for smart cities heading toward a carbon neutral future.
We also examine the practical execution of display segmentation, where light emitting screens handle real time interaction while reflective displays take over long form reading and digitized classrooms to protect student vision and rebuild focus. From full color architecture integration to AI powered electronic shelf labels (ESLs) that automate retail inventory and pricing across different time zones, discover how this invisible technology minimizes waste and bridges the gap between digital innovation and our daily lives.
KEY HIGHLIGHTS:
THE POWER PARADIGM SHIFT IN THE AI ERA
As artificial intelligence infrastructure fuels an exponential rise in global electricity demand, display hardware must transform to survive. This segment breaks down the physics behind E Ink’s bi-stable architecture, demonstrating how commercial display frameworks can eliminate standby power consumption entirely.
REFLECTIVE DISPLAYS AND CLINICAL VISION HEALTH
Spending hours in front of traditional light emitting screens has created a global epidemic of eye fatigue and myopia. We unpack how reflective ePaper technology mimics natural light interaction, providing a structural layout that reclaims human health and mental clarity during long form research and learning workflows.
THE DEMOCRATIZATION OF INTELLIGENT RETAIL LOGISTICS
Modern retail businesses want to deploy automation but struggle with heavy operational labor costs. Discover how connecting color electronic shelf labels to cloud based AI models creates an autonomous command center capable of adjusting pricing, tracking expiration dates, and managing warehouse inventories in real time.
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