Intel RealSense Depth Module

Discover the power of real-time depth sensing with the Intel RealSense Depth Module, now available as a bulk 100-pack designed for developers, educators, and robotics teams. This bulk assortment makes it easier to deploy depth-enabled prototypes across multiple devices, scale tests, and run parallel experiments without interruptions. Each module delivers high-quality depth data and reliable performance in diverse environments—from classrooms to workshop floors—enabling rapid prototyping of autonomous systems, object recognition, and spatial mapping. Built to integrate seamlessly with the Intel RealSense software ecosystem, these modules empower teams to design, test, and iterate perception pipelines faster than ever.

• Unmatched depth perception for robotics, automation, and 3D sensing: The Intel RealSense Depth Module delivers dense, real-time depth streams that empower autonomous navigation, obstacle detection, and precise 3D measurement. Whether you’re building fleet robots, robotic arms, or drone payloads, the depth data supports robust perception pipelines and safer operation in dynamic environments. The module’s depth data can be fused with color streams to produce rich scene understanding, enabling advanced tasks like hand-gesture interfaces, object counting, and accurate 3D reconstruction for mapping and inspection.
• Bulk value and scalability: With 100 modules per pack, teams can outfit multiple test rigs, prototypes, or student workstations at once. This bulk packaging is ideal for education labs, research groups, and manufacturing pilots, reducing restock frequency and accelerating iterative development cycles. Use-case scenarios include parallel sensor validation across several prototypes, student-led biology or robotics projects, and pilot deployments in small-to-medium scale operations where consistency and repeatability matter.
• X-Platform compatibility and easy integration: The depth module is designed to work with the broad Intel RealSense software ecosystem, including cross‑platform SDKs, sample code, and integration with popular robotics frameworks. Its standard USB connection and well-documented API simplify integration into Windows, Linux, and ROS-based projects. Developers can leverage existing RealSense pipelines for depth extraction, filtering, and depth-to-color alignment, enabling smooth upgrades to multi-camera sensing setups as projects scale.
• Software-rich development experience: Comes with access to the RealSense SDK and a suite of sample apps for depth sensing, camera calibration, object measurement, and scene understanding. Developers can quickly test depth streams, apply filters (such as decimation, spatial, and temporal filtering), calibrate intrinsics and extrinsics, and fuse depth with color data for richer perception results. The ecosystem supports rapid prototyping of autonomous navigation, 3D scanning workflows, and virtual environment reconstruction, making it ideal for both seasoned engineers and students.
• Versatile applications across industries: Ideal for education, research, warehouse automation, manufacturing automation, AR/VR prototyping, 3D scanning, and smart devices. The RealSense Depth Module helps you create precise depth maps, detect objects, and build spatial models that enhance decision making and automation. Use it to accelerate robotics coursework, test industrial vision pipelines, or prototype interactive experiences that respond to real-world depth cues in real time.

Technical Details of Intel RealSense Depth Module

• Quantity per package: 100 modules
• Product type: Depth-sensing module for 3D perception
• Compatibility: Intel RealSense SDK; Windows, Linux, ROS; USB interface
• Firmware and updates: Firmware managed via RealSense software; updates may be required to enable new features
• UPC / SKU: Not provided in the available data
• Notes: Requires a host system with compatible drivers and development environment

How to install Intel RealSense Depth Module

Follow these steps to get started with your bulk depth module bundle and begin building depth-powered applications:

• Prepare your development host: ensure your computer or single-board computer meets the platform requirements and has an internet connection to download the RealSense SDK and drivers.
• Install the Intel RealSense software stack: download and install the RealSense SDK, drivers, and tools for your operating system; complete any necessary dependencies for your platform.
• Connect the module: use a standard USB interface to connect the depth module to your host or development board; verify that the device enumerates correctly in the system.
• Update firmware if needed: check the RealSense software for latest firmware updates and apply them to ensure optimal depth accuracy and stability.
• Test with sample apps and calibration tools: launch the RealSense Viewer or sample apps to validate depth data, tune exposure, and calibrate as required for your setup; begin integrating depth streams into your pipeline.

Frequently asked questions

• What is the Intel RealSense Depth Module? It is a compact depth-sensing device designed to generate real-time depth maps, enabling 3D perception for robots, drones, AR/VR prototypes, and other intelligent systems. The module is built to integrate into existing sensing pipelines and to work with the robust RealSense software ecosystem for calibration, filtering, and data fusion.
• What comes in the 100-pack? The bundle includes 100 depth modules intended for bulk deployment, testing, and education. Packaging specifics may vary by supplier, but the core functionality remains identical across units, making it ideal for scalable experiments and classroom use.
• What software do I need? The RealSense SDK, drivers, and tools are recommended to capture depth data, calibrate, and run sample applications. Compatibility spans Windows and Linux, with ROS and other robotics frameworks supported to ease integration into existing projects.
• Do I need a powerful host to use these modules? Depth sensing performance scales with processor speed, memory, USB bandwidth, and sensor configuration. For multi-camera setups or large-scale mapping, plan for adequate compute resources and bandwidth to maintain real-time performance.
• Are these modules reusable and serviceable? Yes, the modules are designed for repeated use across projects as long as they remain functional and undamaged. Proper handling, secure mounting, and routine software updates will help maximize lifespan and consistency in measurements.