Following the completion of the first version of an ECHO holographic 3D display in
“It is both satisfying and exciting to finally be able to publicly demonstrate the directional pixel technology that we have been working so hard for many years to create. Regardless of how much we write or speak about our vison and our successful development efforts, the only way to really experience what ECHO can do is with your own eyes. I am confident that this showcase will be a special moment for everyone attending if they have any interest in the future of how 3D content will be experienced in social settings,” says Realfiction’s CEO
Short description of the three ECHO display demonstrations:
- The multiview demo is aimed at applications where it is of crucial importance (such as personal safety concerns/regulations) to enable people to see different 2D content on the same display. This can be for privacy reasons or to prevent potentially dangerous distractions.
- The 3D multiuser demo shows that the ECHO technology is unique in its capacity to show 3D content to more than one user at the time, even without lowering the screen resolution to half or less, which is the normal approach with glasses-free 3D display technology. While shown on a 17-inch display, the ECHO technology can be scaled up to large TV sizes.
- The HybridScan MicroLED version is a proof-of-concept that effectively demonstrates how the ECHO time-multiplexing driving system is capable of showing different content for 5 3D viewers or 10 2D viewers at the same time, with a refresh rate of 130 frames per second for each view and still without loss of resolution.
The company has as mentioned in a press release in
The ECHO licensing deals pursued would be based on Realfiction’s developed and filed patent applications for technologies that enable production of multiuser and glasses-free 3D displays. Some of the company’s patent applications have received “patented” status, and more are expected to follow. Additionally,
If you want to attend at any of the ECHO demonstrations in
This project is supported by Innovation Fund Denmark.
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