Get Started with Intel® RealSense™ Tracking Camera T265
Congratulations! Now that you’ve got your Intel® RealSense™ tracking camera, start using it by following these simple steps.
What's in the box?
Connecting the tracking camera
Using the provided USB cable connect your tracking camera to the PC.
The T265’s sensors (including the IMU) are calibrated in the production line, so no further calibration process is required.
Install the Intel RealSense SDK 2.0 with the Intel RealSense viewer
The Intel RealSense viewer provides immediate access to your depth camera data streams.
For Windows* users:
- Go to the latest release page on GitHub*.
- Download Intel.RealSense.Viewer.exe
- Double-click the executable file to run the program.
For Linux* users:
The Intel RealSense SDK 2.0 provides installation packages in a Debian* package format for Debian operating systems and derivatives.
Visit the Linux* distribution page on GitHub for installation instructions.
Integration with the SDK
The pose and IMU data are treated by the SDK like any other supported sensor. The following librealsense tools and demos are IMU and tracking-ready:
rs-capture – 2D Visualization.
rs-enumerate-devices – list the IMU and tracking profiles (FPS rates and formats).
rs-data-collect – Store and serialize IMU and Tracking (pose) data in Excel-friendly csv format. The tool uses low-level sensor API to minimize software-imposed latencies. Useful for performance profiling.
realsense-viewer – Provides 2D visualization of IMU and Tracking data. 3D visualization is available for Pose samples:
The IMU and Tracking data streams are fully compatible with SDK’s embedded recorder utility.
Please note that T265 is designed to be attached to larger objects such as robots, drones or head-mounted devices.
It is designed for real world movement scenarios and will perform best under those conditions.
Examples & Notes
Several code samples are available on our GitHub page.
You can also find more information on how to access the IMU data from the camera in our blog post.
Sensor origin and coordinate system
To aid AR/VR integration, the T265 tracking device uses the defacto VR framework standard coordinate system instead of the SDK standard:
- Positive X direction is towards right imager
- Positive Y direction is upwards toward the top of the device
- Positive Z direction is inwards toward the back of the device
For more information about tools and code samples, visit our GitHub page.
Code samples & Documentation
We have created a documentation portal to help you get started
Start developing with Intel RealSense SDK 2.0
Our open‑source SDK 2.0 offers a variety of wrappers supporting popular programming languages and platforms.
Let’s talk about how Intel RealSense computer vision products can enhance your solution.