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Virtual Binoculars SV
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The Virtual Binoculars SV
is a handheld, interactive, immersive display system
supporting SVGA resolution and 3D stereo.
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Components |
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Virtual Binocular SX Hand-Held Display features:
- 800 x 600 full color
- Stereoscopic 3D
- 8 programmable USB compatible joystick buttons
- joystick compatible "scroll" wheel that can be used for zoom
- Tracker Mount
Mechanical features include focus adjustment, interpupillary distance adjustment, and mouse-compatible buttons and “scroll” wheel on the top of the unit. The buttons can be programmed using any software tool kit that supports mouse gestures. Uses for the buttons include toggling reticules and indicators, zoom control, and motion control in virtual environments.
The Virtual Binoculars are housed in a rugged plastic clamshell housing with sides cushioned by ergonomic rubber grips. A wheel underneath of the shell adjusts interpupillary distance. The binocular display system is designed for easy and unobtrusive mounting of tracking sensors.
The system can be adapted on a custom basis to simulate practically any binocular optical instrument. Successful implementations include simulated endoscope eyepieces, spotting scopes, and a number of vehicle-mounted sighting and presentation systems.
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Specifications |
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Virtual Binoculars
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SXGA
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OPTICAL
FOV (diagonal):
Image Plane Focus
Brightness::
Overlap::
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~ 40 deg diagonal FOV
+/- 4 Diopters
TBD
100%
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DISPLAY
Technology:
Video Formats:
Input Signal:
Full Color:
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OLED
800x600
RGB Signal Input (PC D-Sub) 24 bit per pixel color
24-bit Max. 16.7 million
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MECHANICAL
IPD Adjustment:
Weight:
Tracker Mount:
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yes
TBD
yes - supporting most standard trackers
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Features
customized controllers:
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8 programmable USB compatible joystick buttons, and the joystick compatible "scroll" wheel that can be used for zoom
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ELECTRONIC
Power Consumption:
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USB or 5V DC regulated, 1.25 W typical
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Specifications subject to change without notice.
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Applications
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A sampling of applications for the device include:
- simulators that require a substitute for real binoculars (e.g. air traffic control, ship handling, aircraft identification) at a low cost
- public exhibits that require unassisted use of immersive displays
- workstation based virtual reality applications
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