Research shows that magnetic tapes such as VHS, if stored well, will start to experience signal loss after 10 years. Magnetic tapes older than 15 years could be in serious jeopardy! Do not delay in transferring your treasured family movies into a digital format.
Any tape that you have recorded your home movies to back in the day is magnetic. Over the years the magnetic part of the tape literally comes away from the base of the tape. Initially this will be visible to the viewable tape as flickers, or white snow on the screen, but leap ahead a few more years and your memories are literally falling away from you.
It is definitely never too early to get your memories preserved forever. You can't always retain quality when transferring your old camcorder tapes into a digital format via your computer. Many people discover that the end result flickers or "rolls", therefore the quality will be sub-standard and the sound out of sync.
What quality can you expect if you use a professional tape transfer company? Described below is the process and equipment that we, AG Studios, use to successfully retain the very best tape transfer quality possible. This description will allow you to decide whether to go down the DIY tape transfer route or use a professional. Firstly, we start with dedicated and high quality machines to play your tapes.
We have a wide range of video tape playing machines in our studio:. This device smooths out the signal, reduces or eliminates the flicker, standardises and enhances the colour and quality of the image, and keeps the sound completely in sync with the visual footage.
But to fully understand why video tapes are fragile, it helps to know the basics about their components. While slight differences exist from manufacturer to manufacturer, the engineering of these layers is intended to help video tapes survive the friction and stress of repeated playback, winding, and rewinding.
TOP: Typical video tape construction. The binder layer comes into direct contact with the heads of the playback machine and is responsible for signal quality. It contains magnetic particles usually made of iron oxide that store information on the tape.
The particles are typically suspended in the binder along with lubricant, which prevents damage to the binder caused by the drum and head of the playback deck. The substrate and backing layers add dimensional stability and strength because the binder layer itself is quite thin.
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