Sensics - Panoramic Head-Mounted Displays


 

    

The Sensics xSight™ HMD offers a previously-unattainable combination of panoramic field of view, high resolution and lightweight design. The xSight is truly unique: other displays with comparable field of view offer lower resolution and typically weigh three times as much as the xSight. It can by driven from a single PC with dual or single DVI or analog outputs.

 Weighing a mere 350 grams and offering up to 123 degrees field of view with input resolutions up to 1920x1200 pixels per eye, the xSight sets the new standard for performance and convenience in professional displays. Key features include:

Sensics xSight lightweight, high-resolution, panoramic HMD

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Panoramic field of view (83° to 123°, depending on model) provides situational awareness, active peripheral vision and enhanced realism 
High resolution: accepts video inputs up to 1920x1200 pixels per eye
A lightweight (350g), low-profile design that is quick and easy to wear, adjust and take off.
Several models to choose from, offering the perfect fit for many performance and budget requirements

 
Other head-mounted displays on the market typically provide narrow field of view ("tunnel vision"), low resolution or both. Users wearing other HMDs suffer from limited situational awareness and lack visual cues from peripheral vision areas. Users performing tasks using low-resolution products find it difficult to observe fine details or perform delicate tasks.

Sensics products are better. Developed during nearly a decade of research sponsored by NASA and a major car manufacturer, Sensics uses a patented optical design to seamlessly combine images from several microdisplays into a stunning, panoramic 3D visual experience. The xSight uses our lightweight, high-performance HDSight OEM modules and builds upon years of experience in selling high-performance display systems.

The xSight HMD is compatible with most software, motion trackers, and input devices, making it a superb choice for many training, design and research applications.