Newton E-Paper Delivers Vibrant Full-Color Visuals
with No Power Cables, Low Carbon Output,
and Unmatched Portability
Vibrancy Meets Sustainability
Newton E-Paper redefines electronic signage by overcoming traditional limitations of e-paper signage—
bringing color, clarity, and cost-efficiency together in one sleek platform
Cable-Free Installation
This ultra-low-power display operates entirely on battery—enabling easy, clutter-free deployment in virtually any location.
Battery That Goes the Distance
Even with daily image updates, Newton E-Paper lasts over a year on a single battery, reducing maintenance and total cost of ownership.¹
Eco-Conscious Choice
Choosing Newton E-Paper helps reduce environmental impact compared to paper posters and conventional digital displays—making sustainability part of your everyday operations.
Flexible Mounting Options
Designed to fit any space or strategy:
Technical Specifications
This specification May varies depending on the installation environment and user scenario.
FAQ
Explore frequently asked questions about Newton E-Paper.
1
Does Newton E-Paper consume power continuously?
No. E-Paper technology only consumes power when content is updated. Once displayed, content remains visible without continuous power usage, helping reduce energy consumption compared to conventional digital signage.
2
What types of organizations can benefit from Newton E-Paper?
Newton E-Paper is ideal for retailers, restaurants, corporate offices, public institutions, transportation hubs, and any organization seeking a sustainable alternative to printed signage.
3
Why is Newton E-Paper a better alternative to printed posters?
Newton E-Paper enables centralized content updates across multiple locations, eliminating recurring printing and replacement costs while ensuring consistent messaging. Its ultra-low power technology also helps organizations reduce energy consumption and paper waste.
Comparative statements (such as ‘thinnest’) reflect SOLUM’s internal analysis based on competitor data available at the time of product launch. Market conditions or evaluation criteria may alter these comparisons over time.
Battery life time is based on one full charge for image retention (7,200mAh, 4.2V). Actual results may differ depending on operational conditions.