Description
Intel RealSense D415 Webcam - 30 fps - USB 3.0
Discover precision depth sensing with the Intel RealSense D415 Depth Camera, a compact solution engineered for high-accuracy 3D scanning, robotics, and immersive experiences. The D415 is built around Intel's RealSense technology and is designed to deliver reliable, real-time depth data across a standard field of view that suits meticulous measurement and reconstruction tasks. Its depth sensor uses a rolling shutter, a design choice highlighted by Intel to provide our highest depth quality per degree, especially in challenging scenes or when capturing moving targets. For professionals and makers alike, this depth camera enables detailed spatial awareness, precise measurements, and robust object recognition—without sacrificing speed or flexibility.
From product development and prototyping labs to field robotics and education, the D415 integrates seamlessly with a broad ecosystem of tools. The device plugs into a PC or embedded computer via USB 3.0 for fast data transfer and low latency, ensuring smooth depth streaming alongside color and infrared channels. The D415 is part of the broader RealSense family, so you can rely on consistent software support, calibration workflows, and SDKs that help you fuse depth with color for aligned 3D models, spatial mapping, and scene understanding. Whether you’re building 3D scans for e-commerce, designing assistive robotics, or creating interactive experiences, the D415 delivers depth data you can trust, with the flexibility to scale across projects and teams.
Urban studios, research labs, and classroom environments all benefit from the D415’s balance of accuracy, ease of use, and compatibility. Its standard field of view is tuned for high-precision depth measurement, reducing the need for aggressive post-processing while preserving detail on both small objects and larger scenes. The camera supports multiple data streams—depth, infrared, and color—so developers can align and fuse information to create richer 3D representations. With its compact form factor and straightforward USB 3.0 interface, the D415 is an appealing choice for workflows that require repeatable depth sensing, reliable calibration, and repeatable results even as you move from prototype to production-ready projects.
- High-precision depth sensing for 3D scanning: The D415 is engineered for accurate depth information over a standard field of view, making it ideal for meticulous scans and precise measurements of objects and environments.
- Rolling shutter depth sensor for improved depth quality: The depth sensor uses a rolling shutter, delivering higher depth quality per degree and better performance in scenes with motion or variable lighting.
- 30 frames per second for real-time performance: Capture depth, infrared, and color streams at up to 30 fps to support real-time scanning, tracking, and interactive applications.
- USB 3.0 connectivity for fast data transfer: A USB 3.0 interface provides ample bandwidth and low latency, enabling smooth streaming of depth and color data.
- Cross-Platform compatibility with RealSense SDK 2.0: Integrate with Intel RealSense SDK 2.0 for Windows and Linux, with sample apps, calibration tools, and extensive documentation to accelerate development.
Technical Details of Intel RealSense D415 Webcam - 30 fps - USB 3.0
- Depth sensor: Rolling shutter design delivering depth data with high quality per degree, supporting precise measurements in diverse scenes.
- Frame rate: Up to 30 frames per second for depth and color streams, enabling smooth motion capture and real-time processing.
- Interface: USB 3.0 connection for fast data transfer and broad compatibility with modern computing platforms.
- Field of view: Standard field of view optimized for high-precision depth sensing and practical 3D scanning workflows.
- Software compatibility: Works with Intel RealSense SDK 2.0, providing cross-platform support, calibration tools, and developer samples for Windows and Linux environments.
How to install Intel RealSense D415 Webcam
- Step 1: Unpack the D415 and connect it to a computer using a USB 3.0 port with a reliable cable to ensure stable data transfer.
- Step 2: Install the Intel RealSense SDK 2.0 along with the RealSense Viewer from the official Intel RealSense website. Follow the on-screen instructions to complete the setup.
- Step 3: Launch RealSense Viewer to verify that Depth, IR, and Color streams are detected. Check alignment options and choose your preferred depth resolution and color format.
- Step 4: If needed, perform a calibration or alignment check within the RealSense tools to ensure depth data aligns properly with the color stream for your application.
- Step 5: Begin development by exploring sample code provided with the SDK, then integrate depth data into your application, ROS workflows, or 3D processing pipelines.
Frequently asked questions
- Q: What is the Intel RealSense D415 best suited for? The D415 is designed for high-accuracy depth sensing and 3D scanning, making it ideal for object measurement, spatial mapping, robotics, immersive AR/VR experiences, and other applications that require reliable depth data.
- Q: Does the D415 work with RealSense SDK 2.0? Yes. The D415 is compatible with Intel RealSense SDK 2.0, offering cross-platform support, sample applications, and calibration tools for Windows and Linux environments.
- Q: What kind of data streams does the D415 provide? The D415 provides depth, infrared, and color streams, which can be captured individually or fused for aligned 3D representations, depending on your application needs.
- Q: What Internet or software dependencies are required? A computer with a USB 3.0 port and the RealSense SDK 2.0 installed is typically sufficient. Additional dependencies depend on your development environment (Windows or Linux) and the target framework or ROS integration you choose to use.
- Q: Can the D415 be used in moving or dynamic scenes? Yes. The rolling shutter depth sensor is designed to maintain depth quality per degree even in dynamic scenes, though performance can be influenced by lighting and scene complexity. RealSense tools help optimize capture settings for motion.
- Q: Is there a recommended testing and calibration workflow? A: Start with the RealSense Viewer to verify streams, check alignment, and perform a basic calibration. For production workflows, follow the SDK documentation for camera calibration, extrinsic parameters, and sensor fusion settings tailored to your use case.
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