In this transmission, whenever the signals are transmitted through an antenna, the signals can make narrow to focus to a particular point. Microwave: The microwave is another type of electromagnetic waves that have a frequency range of 1 GHz to 300 GHz. The applications of radio waves are television, FM radio, and cordless phone.ī.The radio waves are used where there is a requirement of sending the same information to multiple users from a single source.One of the best examples of radio waves signal is FM radio. In radio waves transmission, there is no necessity that the sending antenna and receiving antenna should be aligned, the signals can be transmitted to any receiving antenna. The basic frequency range for the radio waves in between 3 Khz to 1 Khz. The radio waves are defined as omnidirectional which means the waves can travel in any direction. Radio waves: The radio waves can be defined as electromagnetic waves which can be used to transmit the information in any direction without having any restriction. Unguided transmission media can be categorized into three major categories. In this type of way, the signals having a very high frequency is transmitted using the antenna to antenna communication.
By this, the signals can be transmitted for longer distances consuming less power. In this way, the radio waves are transmitted in the upward direction and then signals get reflected because of the ionosphere and reach to earth surface again. In this type of way, the signals are transmitted that has usually high-frequency and can be transmitted using the sky as a medium. The signals are transmitted as the frequency is lower for this signal. In this type of way, the signals are transmitted in the lowest layer of the atmosphere and can be sent in all directions using the antenna as a transmitting device. There are three types of ways in which the unguided signals can be transmitted. The signals and information can be broadcast from a single place and can be transmitted to multiple users at the same time. The other name of the unguided media transmission is wireless communication. Avid doesn't care if it's in folder1 or folder2042040, it's the same file to Avid because Avid has already dealt with this issue brilliantly by giving every mxf file a unique name.The unguided media transmission is the type of transmission that does not use any physical conductor for transmitting the information between two nodes. I want a sync program that wouldn't copy that mxf file at all – because it exists on both system1 and system2. If you use a standard sync program it would copy that mxf twice (once to folder2 on system2 and one to folder3 on system1) and you'd end up with duped mxs. There may be the same mxf in folder2 on system1 and in folder3 on system2. One system now has 13.8TB of mxfs and the other system has 13TB of mxfs.Īlso, the folder numbers aren't syncrhonized. Over the year they've both ingested new footage and traded it back and forth, but some of it fell through the cracks (operator error, or maybe it wasn't used in any cut so the editor didn't send it along). They started out with 10TB of mxfs, on duplicated drives. Say you have two edit systems that have been working remotely on a project for a year. I just want to compare all the mxfs files in folder(s)-X with mxfs files in folder(s)-Y and copy the unique mxfs from folder(s)-X to some folder-Z that I determine. I don't see it being any different from Chronosync or Goodsync or other apps.Īll Avid mxfs have a uniqe name, so there is no reason to sync by folder/filename.
I tried it out a few years ago I think, but just looked at their documentation and it seems to be the same as most sync programs. Most folder syncing use cases are path dependent, and as far as I know so is this app. Pretty sure freefilesync does not do what I want.
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