Earlier today we saw the Xbox One get taken apart by the guys over at iFixit. The console scored 8 out of 10 on iFixit’s repairability scale, which means that the device is relatively easy to repair. Now, it is the turn of the Xbox One Kinect.
The photos and video below give us a look at what is inside the new Kinect 2.0, which comes bundled with Microsoft’s Xbox One games console.
Advanced Features of the Kinect 2.0
As well as a 1080p wide-angle camera, the iFixit guys also found an active infrared camera for use in the dark, a multi-microphone array with built-in noise cancellation, and voice command capabilities. The 1080p camera allows for high-definition video capture, which is a significant upgrade from the original Kinect’s VGA camera. This improvement enhances the overall user experience, especially in games and applications that rely on precise motion tracking and facial recognition.
The active infrared camera is particularly useful for low-light conditions, making it possible to use the Kinect in a variety of lighting environments. This feature is essential for gamers who play in dimly lit rooms or during nighttime. The multi-microphone array is designed to pick up voice commands clearly, even in noisy environments, thanks to its noise-cancellation technology. This ensures that the Kinect can accurately interpret user commands, enhancing the overall interactivity of the device.
Repairability and Internal Components
The Xbox One Kinect didn’t score as well as the Xbox One console; it scored 6 out of 10, which means that the device is more difficult to repair than the Xbox One. The lower score is primarily due to the complexity of the internal components and the difficulty in accessing them without specialized tools. For instance, the Kinect 2.0 features a sophisticated array of sensors and cameras that are tightly integrated, making disassembly more challenging.
Inside the Kinect, iFixit found several interesting components, including a time-of-flight (ToF) sensor, which measures the distance between the sensor and objects in its field of view. This technology allows the Kinect to create a 3D map of the environment, enabling more accurate motion tracking and depth perception. The ToF sensor is a crucial component for games and applications that require precise spatial awareness.
Another notable component is the custom-designed processor that handles the data from the various sensors and cameras. This processor is responsible for interpreting the raw data and converting it into actionable information that the Xbox One console can use. The integration of these advanced technologies makes the Kinect 2.0 a powerful tool for both gaming and non-gaming applications, such as fitness tracking and virtual reality experiences.
You can see lots more photos and find out more details of what the iFixit team found inside Microsoft’s new Xbox One Kinect over at their website at the link below.
Source iFixit
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