Bigme Announces New 80 FPS Technology, Significantly Enhancing E-Paper Display Speed!

Currently, Bigme's next-generation e-paper smartphones — the 'HiBreak Dual' dual-screen model and the previous flagship 'HiBreak Pro' — support high-frame-rate displays of up to 80 FPS. This enables a smooth, smartphone-like user experience on e-paper devices during browsing, text input, handwriting, and use of lightweight dynamic content.

Until now, e-paper devices have often been perceived by users as "eye-friendly and ideal for reading, but slow to refresh, prone to ghosting, and unsuitable for complex operations."

Bigme is changing this perception.

As a brand long dedicated to E Ink e-paper products, Bigme has consistently invested in optimizing refresh technologies. From e-book readers and e-paper tablets to e-paper smartphones, the company has steadily improved screen response speed, display transition smoothness, and ghosting control, expanding the use of e-paper devices beyond "reading-only" into more efficient mobile work, information browsing, and smart interaction.

The challenge with e-paper is not just about displaying faster.

Unlike LCD or OLED displays, E Ink e-paper displays use the movement of electronic ink particles to render images. Its strengths lie in paper-like display quality, low blue light, low flicker, and excellent visibility even under bright sunlight.

However, due to different display principles, e-paper has long faced technical challenges in refresh speed, dynamic display, and ghosting control.

Pursuing refresh speed alone may increase ghosting. Conversely, prioritizing screen clarity may slow down refresh processing. True excellence in e-paper refresh technology lies not in simply increasing numerical values, but in achieving an optimal balance between speed, clarity, and ghosting control.

Bigme's technological advancement lies precisely here.

With up to 80 FPS, e-paper enters a smoother era

Among Bigme's products, the HiBreak Dual and HiBreak Pro achieve a maximum refresh performance of 80 FPS. Within the E Ink smartphone segment, this represents a significant upgrade. By entering the E Ink Center and selecting the Hyper Refresh mode in Custom Mode, the frame rate can reach 80 FPS.

The improvements from high frame rates are clear:

- When scrolling pages, screen transitions become significantly smoother.
- When browsing social media or news, dragging lag is reduced.
- Text input response becomes faster.
- In handwriting, annotation, and document viewing, delays that cause discomfort are minimized.

For users, this means e-paper devices can now serve not only static reading but also business tasks, information browsing, light social media use, and focused work as capable smart devices.

From e-paper smartphones to tablets, readers, and monitors — Bigme enhances refresh experience across all products

Bigme's refresh technology is not limited to a single flagship model.

In addition to e-paper smartphones like HiBreak Dual and HiBreak Pro, Bigme continues to optimize refresh performance on products such as the B7Pro e-paper tablet, B10 e-paper tablet, B6 reader, and e-paper monitors.

The upcoming color e-paper monitor B251Pro, set for release soon, significantly improves frame rate over its predecessor B251, delivering a smoother user experience on its 25.3-inch large-color E Ink display.

The 7-inch e-paper tablet B7Pro also achieves a maximum frame rate of 80 FPS. The B10 reaches 50 FPS refresh performance, demonstrating that even large 10.3-inch e-paper devices can offer comfortable experiences for reading, work, annotation, meeting notes, and multitasking.

Automatic ghosting clearance keeps screens clear even with high-speed refresh

Another common challenge for e-paper users is "ghosting."

During reading, scrolling, page turning, or complex screen operations, remnants of previous content may linger on the screen, affecting display quality. Especially as refresh speed increases, controlling ghosting simultaneously becomes critical.

Bigme employs automatic ghosting-clearing technology to automatically optimize display effects based on different usage scenarios. During reading, browsing, handwriting, image viewing, or app usage, the system optimizes refresh according to screen changes, suppresses ghosting accumulation, and maintains a clearer, more stable display.

Additionally, for users who prioritize reading, Bigme includes a ripple page-turning animation effect. In Magazine Mode, Comic Mode, or Custom Mode, enabling page-turning animations makes transitions more natural and reduces ghosting.

This is the core value of Bigme's refresh technology — not merely chasing "speed," but maintaining screen clarity and readability alongside speed.

Scene-adaptive refresh strategy

E-paper device usage spans multiple scenarios.

When reading e-books, users prioritize text clarity and low power consumption. When browsing web pages, smooth scrolling is desired. When reading comics or magazines, richer colors and clear tonal gradation are important. For lightweight dynamic content, continuous display is required.

To meet these diverse needs, Bigme offers multiple refresh modes in the E Ink Center. Users can select and adjust Default Mode, Comic Mode, Magazine Mode, Video Mode, or Custom Mode based on their usage scenario.

By selecting Hyper Refresh Mode in Custom Mode, devices can achieve higher frame rate performance. For example, products like the HiBreak Dual can reach 80 FPS, with adjustable color saturation.

Balancing eye-friendly display with smooth operation

Historically, users chose e-paper devices to reduce eye strain from blue light, flicker, and prolonged screen viewing. However, they had to accept trade-offs like slow refresh rates and limited operability.

Bigme aims to change this trade-off.

From HiBreak Dual and HiBreak Pro to B7Pro, B10, and B6, Bigme integrates high frame rates, automatic ghosting clearance, open Android systems, stylus pens, AI office functions, and mobile connectivity into e-paper devices.

Users can enjoy the comfortable reading experience of E Ink displays while also engaging in modern