Canon U.S.A. Introduces the New Canon MREAL System for Mixed Reality
Canon U.S.A., Inc., a leader in digital imaging solutions, today announced the introduction of its Canon MREAL System for Mixed Reality (MR), a new imaging solution that simultaneously merges virtual objects with the real world, at full scale and in three dimensions. By combining the rich, visual information of the real world and the flexibility offered by computer-generated images, MR offers an imaging experience that is a step ahead of existing virtual reality technology, which currently only produces computer-generated environments. The MREAL System and its associated professional services inclusive of MR implementation, integration to customer systems, and custom development can benefit companies in a variety of industries, including manufacturing, automotive, construction, aerospace, medical, defense, and entertainment, to name a few.
“In today’s competitive markets, companies are constantly looking for solutions that can help them introduce new products to market in a timely and efficient fashion. The new Canon MREAL System for Mixed Reality allows decision-makers to evaluate a product’s design and operability like never before,” said Sam Yoshida, vice president and general manager, Marketing, Business Imaging Solutions Group, Canon U.S.A. “Canon has a very strong commitment to the augmented reality space, and by leveraging our strong heritage and leadership in optics, we intend to deliver solutions based upon Mixed Reality for use in industries including manufacturing, aerospace and entertainment.”
Key benefits of the MREAL System are:
- Productivity: Effective product lifecycle management places an emphasis on maximizing productivity to help reduce time to market, optimize designs, improve product quality, and save time, cost and resources. The MREAL System enables customers to develop digital prototypes, identify potential design concerns to reduce prototype iterations, incorporate required characteristics more quickly and get products to market sooner.
- Interaction: The MREAL System allows customers to make the leap from screen to seen. With this new system, you can experience, examine, modify, manipulate, discuss, analyze, or present designs with a level of realism that allows complicated ideas and plans to come to fruition quickly and efficiently.
- Attention To Detail: The MREAL System brings users to a 3D world where they can interact with virtually any given scene, landscape, environment or object. Designers can closely examine how components manufactured at different locations are expected to come together, or see how light will reflect off the interior trim of a car. Users can view intricate details of the 3D image from almost any angle.
- Feedback: When the audience is immersed in the MR experience, users gain tremendous insight. Whether collaborating on ideas, discussing new product designs, securing customer input, generating investor interest, winning management buy-in, or just entertaining an audience, MR brings many levels of value to all participants.
The Canon MREAL System for Mixed Reality – which consists of a head-mounted display (HMD) HM-A1 and the MR Platform Software MP-100 – creates the illusion that computer-generated visuals exist within the real world by deploying the following Canon technologies:
Head-Mounted Display (HMD)
Two video cameras inside the head-mounted display (HMD), located in front of each eye, capture video from the real world, which is then processed and sent to a computer. Using state-of-the-art Canon image processing and directional-sensor data, the computer-generated graphics and the real world are combined with high precision and are displayed on the small monitors located inside the head-mounted display (HMD).
An advanced optical system enlarges the video displayed on the small monitors to create high-impact, three-dimensional images. The innovative and patented free-form prism features a unique three-sided configuration that produces clear, solid-looking images with low distortion, reducing the impact of optical aberrations, even in peripheral areas, and further enhances the realism of the experience.