One of the advantages of the RF to fiber optic converter is that it can greatly extend the transmission distance RF signals. Converting signals into light, which has extremely low transmission losses over long distances; thus when a lightwave is produced it can stay in the fibers without any attenuation (distance-related weakening of signal strength). It is communication technology convert signal into light again so we call this device an O/E converter. Multimode fiber optics couid only go a few kilometers before the light waves were reforming into the original signal. As many people know now that fiber optic communication has a transmission distance much longer then coaxial cable (up to 100 km) Its already being installed on wide area networks. RF transmission is restricted by distance, particularly in rural or sparsely populated regions. The extension in distance that this facilitates or permits is of enormous value, making available more reliably reliable and widely spread connectivity.

In common RF cables, signal quality is often corrupted due to the length of the connection. Although weaker or more directional signals can be received in standard RF cabling (the greater the need for signal-to-noise ratio, the better this works), fiber optics maintains its integrity no matter how long it has been in use. Frequently used at any length of time and under harsh conditions, they are also cheaper in price by far than tradition RF cabling. The RF-to-fiber optic converter is therefore one of the most modern developments that meets market needs best-to transmit signals over long distances with no degradation. As most people know from momentary noise bursts on voicemail, these new laser radio systems provide clear audio free from any disturbance that simply radio waves can't match. Data throughput of higher an error rate of less, this is especially helpful to the communications industry where disturbances of even the briefest kind are disastrous. And all industries rely on precise uninterrupted communication, including but not limited to telecommunications and broadcasting defense--they can all benefit equally.

One key advantage of the RF to fiber optic converter is that it uses existing fiber optic infrastructure to achieve such an advantage without messing up any of the old cable.Because the converter sends RF signals over fiber networks on hand instead of laying new cable, which can take a long time finish and be expensive too--this is both economical and also extremely convenient for organizations.This not only lowers investment and operation cost but also means easy management and upgrading of network equipment.Moreover, it provides a scalable as well as flexible eye to future communication requirements.