Why Choose Mocom Solstice for 3D?

Challenges for current 3D projection displays

• Low Brightness (for active & passive 3D) 

• The polarization filter and polarized glasses reduce over 70% of the image brightness between the light source and viewer’s eyes.

• Polarization retention and cross-talk (for passive 3D)

• To enable stereoscopic vision, a special projection screen that preserves polarization is required.
• Standard screens diffuse lights and are therefore incapable of retaining polarization.“No polarization preservation = No 3D Capability”
• Poor polarization preservation adds “cross-talk”

New generation of 3D projection screen

The Solstice™ series is engineered to overcome the challenges that current 3D projection screens encounter.

It provides amplified 3D presence effect by adopting simulator screen technology.

• High brightness for both passive and active 3D

• Screen material

• Designed to compensate the loss of light-output that occurs during the 3D process.
• Optimized for any 3D format (active, passive linear and circular).

•  18x brightness when compared to a 1-gain matte white screen

• 7x brightness when compared to a conventional 3D silver screen.

• “Solstice” HD/3D projection screen reduces the headache, dizziness and eye strain caused when viewing dim images – Ambient lighting conditions are no long critical issues. Solstice enables 3D images to be viewed on a large screen under unfavorable / bright ambient lighting.

• High polarization reflection for passive 3D

Cross-talk (commonly known as ghosting) is inevitable on most 3D Silver Screens due to poor polarization preservation. However, Solstice HD/3D projection screen is designed with a material that reflects more than 99% of polarization. It virtually eliminates cross-talk / ghosting and allows for the best 3D images.

• Benefit of the curve

Precise lens-like curvature prevents hot-spotting and rejects ambient light sources. In addition, the curvature enhances the  3D effect by increasing the perceived depth.

• Accepts input from the highest-resolution source

The micro-fine diffusion lines along the scanning axis along with micron-sized particle surface achieves the highest possible resolution and displays the images as they are truly meant to be seen.