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The primary output device for VR content; a wearable headset that presents VR visuals to the user.

Sensors that track the position and orientation of the user and their movement within the 3D environment.

Input devices that allow users to interact with the virtual environment through gestures and button presses.

A sensor that follows eye movements, allowing for interaction with VR content based on where the user is looking.

Wearable devices that provide tactile feedback, simulating the sensation of touch and texture in the virtual world.

External devices that work in tandem with motion trackers to define the play area and improve positional accuracy.

A device that delivers 3D spatial sound, enhancing the immersive experience with directional and environmental audio cues.

Hardware that allows for physical movement in the virtual space without the constraints of the actual room.

Responsible for rendering the complex graphics in real-time required for a fluid and realistic VR experience.

Handles the computation of VR applications, including physics simulations and game logic.

The main circuit board designed to support high-performance components necessary for running VR applications effectively.

Sensors designed to track the user's physical location and movements over a larger area, translating it into the VR environment.

A collection of software tools and libraries that enable developers to create VR applications.

A device that allows HMDs to connect to the computer without the need for cables, enabling greater freedom of movement.