Intel RealSense Depth Module D450 - Webcam - 3D - color - 1280 x 800 - USB
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Expansive field of view
With an angular field of view of 87 degrees horizontally and 58 degrees vertically, the Intel RealSense Depth Module D450 offers a wide perspective, making it ideal for immersive applications and detailed spatial analysis.
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High-resolution imaging
The device captures high-quality images with resolutions up to 1280 x 800, ensuring clear and detailed visuals for both 3D modeling and video capture.
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Versatile frame rates
Supporting frame rates of 30 fps for higher resolution and up to 90 fps for 1280 x 720 resolution, the D450 module provides flexibility in capturing smooth motion for various project requirements.
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Advanced 3D technology
Equipped with 3D technology and an IR sensor, the webcam is capable of capturing depth information in addition to high-quality color images, enhancing applications in security, virtual reality, and more.
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Reliable connectivity
Featuring a USB interface for wired connectivity, this module ensures stable and fast data transfer, making it a dependable choice for continuous use in professional settings.
Designed for easy setup and portability, Intel RealSense D400 series cameras feature high depth resolution and include active infrared (IR) stereo with standard or wide field of view. For the integration of Intel RealSense technology into higher volume products, depth modules can offer the best compromise between price and flexibility. Multiple different configurations are offered to better suit your needs and product requirements. Designed for easy system integration, all modules feature an imaging sub-system with stereo sensors. When paired with an Intel RealSense Vision Processor, depth data can be output via USB to any platform.
- 87° horizontal and 58° vertical field of view for comprehensive coverage
- High-definition video capture at 1280 x 800 resolution
- Flexible performance with up to 90 fps for smooth video
- Incorporates 3D technology and IR sensor for depth sensing
- USB connectivity for reliable data transmission
