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Cellid Inc. Unveils an Innovative Micro Projector for Augmented Reality Glasses

In a significant development within the realm of augmented reality (AR), Cellid Inc. has announced the successful creation of a state-of-the-art micro projector designed for next-generation AR glasses. This new device boasts a remarkable 60° field of view (FOV), a feat that has previously been considered challenging to achieve with current technology. The innovation stands to revolutionize the AR experience by providing users with wider and more immersive images.

The Evolution of AR Glasses

The AR glasses market is still in its nascent phase, seeing traction through practical applications that enhance daily human activities. Such applications include displaying notifications, providing weather updates, and offering translation services—all of which are crucial for the initial phase of market penetration. During this phase, small and lightweight devices featuring limited viewing angles have sufficed by delivering essential user value even with their constraints.

As we anticipate the future trajectory of AR technology, the demand is expected to shift toward more immersive experiences, involving video streaming, interactive 3D content, and spatial computing. Accordingly, the importance of wide viewing angles and high definition display capabilities is projected to escalate. In alignment with these trends, Cellid Inc. embarked on developing an advanced micro projector that significantly outperforms existing technologies while remaining compact and energy-efficient.

Overcoming Industry Challenges

Cellid previously made waves with its introduction of the world’s first waveguide lens for AR glasses supporting a 60° field of view. However, engineers have faced hurdles in crafting a micro projector capable of producing high-definition images with a wider field of view, especially functioning within the constraints of an eyeglass frame.

Utilizing proprietary optical systems and advancements in barrel structure technology, Cellid has triumphed over these challenges, constructing a micro projector that optimally aligns optical components to prevent anomalies in image quality. This precision engineering ensures that even slight variations in component alignment don't detract from the clarity and uniformity of the projected images. Through this groundbreaking approach, the company has successfully produced a device that fits neatly into the compact nature of eyeglass-type AR systems, without compromising image quality.

Key Features of the Micro Projector

The key specifications of the new micro projector developed by Cellid are striking:

• - Size and Weight: With dimensions measuring just 5.8mm x 5.8mm and a weight of merely 0.3g, this projector is designed to integrate seamlessly with standard eyeglass-type AR glasses.
• - Wide Viewing Angle: It supports an impressive 60° FOV projection (with 70° planned for future models by 2025).
• - Optical Performance: Utilization of unique precision barrel construction optimizes the angle of light incidence for improved optical performance, enhancing the viewing experience.

In an optimistic forward-looking statement, Cellid aims to refine optical performance further and boost manufacturing stability. This ambition includes expanding their product offerings to accommodate FOV settings ranging from 50° to 70° and establishing a robust mass-production framework by the close of 2025.

Transforming User Experience

By developing both wide-view micro projectors and waveguides internally, Cellid outstrips potential performance capabilities that might otherwise occur if these components were produced separately. Further augmenting these advancements are newly announced software correction technologies, expected to enhance clarity and user interaction with AR glasses significantly.

Satoshi Shiraga, CEO of Cellid, remarked, “The successful development of a wide micro projector with a 60° FOV signifies a critical milestone in creating versatile AR glasses that cater to diverse applications. Our focus on combining optical technology and design prowess has allowed us to overcome prior technological barriers, heralding a new era for AR glasses. We will persist in our journey to enhance these technologies, making AR tools accessible and beneficial for everyday users.”

About Cellid

Cellid Inc. is at the forefront of developing next-gen AR display modules, focusing on waveguides and spatial recognition engines. The company employs innovative optical simulations and proprietary manufacturing techniques to create display modules comparable in thinness and weight to standard eyeglass lenses. As a leader in AR technology, Cellid is committed to transforming how users interact with the physical and digital realms, providing practical tools for enhanced experiences in a variety of sectors.

It is clear that with innovations like this compact yet powerful micro projector, Cellid is setting the stage for a substantial evolution in the augmented reality industry.