Optical disc drives use laser beams to optically interact with tiny pits and bumps on the disc to read and write data. On the disc, data is encoded as a series of tiny pits. and convex peaks. These pits and convex peaks represent the 1s and 0s of binary data. When the laser beam shines on the optical disc, the light is reflected back from between the pits and convex peaks. By measuring the intensity change of the reflected light, the optical disc drive can Patterns of pits and peaks are identified and converted into digital data.
# Operating system for this tutorial: Windows 10 system, Dell G3 computer.
An optical disc drive is a device used to read and write optical discs, which utilizes optical technology to store and read data. Specifically, optical disc drives use laser beams to optically interact with tiny pits and bumps on the disc to read and write data.
On a disc, data is encoded as a series of tiny pits and bumps that represent the 1s and 0s of binary data. When a laser beam hits the disc, the light reflects back from between the pits and bumps. By measuring changes in the intensity of reflected light, optical disc drives can identify patterns of pits and bumps and convert them into digital data.
Optical disc drives have a variety of technologies based on different disc types and uses, including:
Through these optical technologies, optical disc drives can quickly read and write data on optical discs, providing a widely used storage and transmission medium. However, with the development of digital media and cloud storage, optical disc drives are gradually being replaced by other storage technologies.
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