Intel D455F RealSense Depth Camera

Overview

The Intel 82635DSD455F is a RealSense Depth Camera designed to provide precise 3D depth sensing for applications such as robotics, augmented reality, and computer vision. It captures depth data at up to 90 frames per second, delivering smooth and accurate environmental mapping even when tracking fast-moving objects. Equipped with a global shutter and an inertial measurement unit (IMU), this camera reduces motion blur and enhances spatial tracking, making it suitable for both indoor and outdoor use.

Key features

• 3D depth sensing that enables accurate mapping of environments for robotics and AR projects
• High frame rate of up to 90 fps to capture fast movements without losing detail
• Global shutter technology minimizes motion blur for clearer images during rapid motion
• Built-in IMU improves tracking and navigation by providing additional spatial data
• Adaptable to various lighting conditions, allowing effective use indoors and outdoors
• USB-C connectivity ensures quick and easy integration with a wide range of devices and systems

Key specs

• Frame rate: up to 90 frames per second
• Shutter type: global shutter
• Connectivity: USB-C
• Built-in sensor: inertial measurement unit (IMU)

Connectivity and compatibility

The camera uses a USB-C interface, which supports fast data transfer and simplifies connection to modern computers, embedded systems, and development platforms. This makes it straightforward to incorporate into existing workflows or new projects without requiring additional adapters or complex setup.

Performance and reliability

With its global shutter, the camera captures sharp images even when objects move quickly, reducing the common issue of motion blur. The integrated IMU enhances the device’s ability to maintain accurate spatial awareness, which is critical for robotics and augmented reality applications that rely on precise positioning and movement tracking.

Ideal uses and environments

This depth camera is well suited for developers and researchers working on robotics, augmented reality, and computer vision projects that demand reliable and detailed 3D sensing. Its ability to perform in diverse lighting conditions and its high frame rate make it a strong choice for dynamic environments where fast and accurate depth data is essential.