VR Pancake 3P Complete Optical Product Pancake 3P Optical Engine (DB-3256)
VR Pancake 3P Complete Optical Product
Pancake 3P Optical Engine (DB-3256)
Product Advantages:
Industry-leading, mass-producible VR Pancake 3-piece optical engine with eye-tracking capabilities (compatible with 2.48-2.56-inch LCD modules). It supports diopter and interpupillary distance adjustments.
Product Overview:
Product Definition: Defines the 3-piece Pancake optical engine and its role in VR devices.
Basic Construction: Describes the basic construction of the 3-piece Pancake optical engine, including optical components, electronic components, and structural components.
Technical Specifications:
Compatible Modules: Lists the compatible LCD module sizes (2.48-2.56 inches).
Zoom Function: Introduces the 0-700 diopter zoom function and its impact on user experience.
Interpupillary Distance Adjustment: Explains how the product supports diopter and interpupillary distance adjustments.
Technical Advantages:
Shortened Development Cycle: Explains how modular design reduces the new product development cycle by 60% (from 12 months to 6 months).
Reduced R&D Investment: Demonstrates how to save 50% of product R&D investment by eliminating the need for separate optical component selection, structural matching, eye-tracking components, and software debugging.
Modular Components: Emphasizes how modular components enhance multi-purpose scenarios, increasing product flexibility and applicability.
Application Scenarios:
VR Devices: Showcases the application of the 3-piece Pancake optical engine in VR headsets, including gaming, education, and medical fields.
Multi-Purpose Expansion: Explores potential applications of the product in other optical display devices, such as AR glasses and smart displays.
Customer Value:
Increased Production Efficiency: Explains how modular design improves production efficiency and simplifies manufacturing and assembly processes.
Enhanced User Experience: Demonstrates how zoom functions and interpupillary distance adjustments enhance user experience.
Cost Reduction: Emphasizes how reduced R&D investment and shortened development cycles lower overall customer costs.
VR Pancake 3P Complete Optical Product
Pancake 3P Optical Engine (DB-3256)
Product Advantages:
Industry-leading, mass-producible VR Pancake 3-piece optical engine with eye-tracking capabilities (compatible with 2.48-2.56-inch LCD modules). It supports diopter and interpupillary distance adjustments.
Product Overview:
Product Definition: Defines the 3-piece Pancake optical engine and its role in VR devices.
Basic Construction: Describes the basic construction of the 3-piece Pancake optical engine, including optical components, electronic components, and structural components.
Technical Specifications:
Compatible Modules: Lists the compatible LCD module sizes (2.48-2.56 inches).
Zoom Function: Introduces the 0-700 diopter zoom function and its impact on user experience.
Interpupillary Distance Adjustment: Explains how the product supports diopter and interpupillary distance adjustments.
Technical Advantages:
Shortened Development Cycle: Explains how modular design reduces the new product development cycle by 60% (from 12 months to 6 months).
Reduced R&D Investment: Demonstrates how to save 50% of product R&D investment by eliminating the need for separate optical component selection, structural matching, eye-tracking components, and software debugging.
Modular Components: Emphasizes how modular components enhance multi-purpose scenarios, increasing product flexibility and applicability.
Application Scenarios:
VR Devices: Showcases the application of the 3-piece Pancake optical engine in VR headsets, including gaming, education, and medical fields.
Multi-Purpose Expansion: Explores potential applications of the product in other optical display devices, such as AR glasses and smart displays.
Customer Value:
Increased Production Efficiency: Explains how modular design improves production efficiency and simplifies manufacturing and assembly processes.
Enhanced User Experience: Demonstrates how zoom functions and interpupillary distance adjustments enhance user experience.
Cost Reduction: Emphasizes how reduced R&D investment and shortened development cycles lower overall customer costs.
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