Nothing Phone (3) to Feature Pixel Art Notifications with New Glyph Matrix
Nothing is gearing up to unveil its next smartphone, the Nothing Phone (3), and ahead of the launch, the company has teased a significant design evolution. At the heart of this update is the Glyph Matrix—a compact, expressive, and programmable micro-LED lighting system.
What is the Glyph Matrix? -
As noted by Christian de Looper of Design Milk, the Glyph Matrix replaces the larger segmented light strips found in earlier models with a dense cluster of micro-LEDs located in the top-right corner on the back of the device. This refined lighting system enables pixel-level animations, symbolic visuals, and reactive effects that respond to audio cues and user interactions.
Adam Bates, Head of Design at Nothing, shared:
“The Glyph Matrix continues our philosophy of using subtle, ambient light cues to keep users informed without being distracting. It transforms the back of the phone into a responsive, expressive interface that feels both personal and alive.”
Highlights and Key Features -
- Greater Programmability - The micro-LEDs support advanced animations and visuals beyond the capabilities of segmented lighting.
- Improved Space Efficiency - Its smaller footprint allows for better internal hardware optimization.
- Distinctive Design - The compact, circular LED array delivers a bold and easily recognizable appearance.
- Customized Interactions - Users can assign specific lighting effects to apps and notifications for a unique touch of personalization.
Other Confirmed Specs -
The Nothing Phone (3) will be powered by the Snapdragon 8s Gen 4 processor and is expected to include a 16GB RAM variant. Like previous models, it will be manufactured in India to support local production initiatives and meet market demand.
Launch Date -
The Nothing Phone (3) will officially launch on July 1, 2025, at 6 PM BST (10:30 PM IST). The event will be live-streamed on YouTube, where the company is expected to unveil more details, including the complete design and pricing information.
