Blu-Ray Innovation In A Nutshell By Michael Zeet At Isnare.com Ezine Articles

Gone are the days when people had to endure tapes in order to watch their favorite film. The trouble with VCR tapes is that they are hard to rewind and fast forward when need be. When you skip a scene without your intention, it’s often hard to go back to that because tapes run in film rolls even when using VCRs and not the usual projectors. In addition, tapes are also more vulnerable to scene deletions. One unauthorized press of the record button can send an entire film into oblivion.

Then eventually, the advent of CDs as means of distributing data also came to be. The advent of using discs did not just prove to be very useful when it comes to distributing film copies. Even other forms of media such as music albums and data transfers between computers have found the necessity for using CDs. But just as people have begun to really appreciate the use of CDs in our everyday lives, things have been taken further by the release of Blu-Ray technology.

Blu-ray takes using DVDs up a higher notch. With blu-ray discs, people can finally manage using high density data and store them accordingly. The name blu-ray is coined from the blue violet laser color being emitted for file utilization. Blu-ray discs use shorter wave lengths with a bluish colored laser. In effect, this makes the disc effective for storing higher types of information as compared to usual CDs and even DVDs. The laser being used and emitted in blu-ray discs is essential because this is the tool that reads the data. Even CDs and DVDs use laser technology to facilitate data transfers and recording, however it uses longer wave lengths which affect the storage capacity of the disc.

One may ask however, how can a laser beam actually cause much when it comes to producing greater memory capacity for discs? Laser technology is generally used by discs, both DVDs and blu-ray, when it comes to file transactions—recording, playing, viewing, etc. Lasers are emitted onto the surface of the disc and the focus of laser beams become embedded onto the disc. The larger the focus, the larger the spot is brings onto the disc. The spot will eventually occupy its own space even if does not contain any relevant information. In effect, it becomes a waste. With blu-ray technology, smaller laser beam focus is produced because it has shorter wave lengths. In effect, lesser spots are produced and bigger memory capacity is left for the disc.

Blu-ray discs are still at its prime. However, it is already being compared with DVDs from all angles. It is expected that eventually, blu-ray discs will increase in advantages as it is already doing so at present. It is now being widely used not just in film formats but also in gaming devices such as the Sony Play Station. The technology which blu-ray is made from also looks promising in itself because the production of laser beams can also be used eventually for broader purposes.

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