Accelerated File Transfer vs Standard File Transfer

File transfer is used daily, whether within work, to exchange data, or to send friends’ videos in a social setting. Accelerated file transfer and standard file transfer are two ways of sending data. They both can operate over the cloud, which has many benefits as hardware devices quickly become outdated. The file transfer application you decide on will depend on your workflow and the requirements you need, as they both have different capabilities.

What is Accelerated File Transfer?

Accelerated file transfer software uses Transmission Control Protocol (TCP) and User Datagram Protocol (UDP) to move data across the Internet by separating the information across two channels. The UDP channel is used for file information, which is particularly important for file transfers that cannot utilize network output due to high latency and packet loss.

What is Standard File Transfer?

Standard file transfer is a software that only uses Transmission Control Protocol (TCP) such as FTP/S or HTTP/S. This algorithmic software reduces output as latency and is at an increased risk of packet loss, resulting in slower file transfers of larger files.

Accelerated File Transfer vs Standard File Transfer

Accelerated file transfer can move large files quickly by utilizing all the bandwidth available, eliminating the effects of transmission latency and avoiding packet loss. It can support transferring multiple files simultaneously across long distances, even with poor network connections. Standard file transfer can only send small files in one transfer to its destination. If large files are sent via this protocol, it can take much longer, especially over long distances or high-latency networks. This means that users with accelerated file transfer are much more productive as files are sent instantaneously without worrying about network connection.

During accelerated file transfer, files can be sent in any order which supports a continuous packet stream. It does this by breaking large files into smaller chunks. These chunks are transferred simultaneously over multiple connections. This also increases transfer speeds, especially over high-speed networks, as accelerated file transfer can optimize network traffic. However, standard file transfer sends and receives, all the data individually. This causes data to be sent at a slower speed than the network allows, which wastes valuable time that could be spent on creative projects.

If a connection is ever lost during accelerated file transfer with UDP, transfers can resume from where they left off once the network connection has been restored. However, when a connection is lost over standard file transfer, it must go back to the start and begin again from zero – even if it was at 99%.

Files are secured more tightly during accelerated file transfer than standard file transfer. With accelerated file transfer, you can track and receive email notifications to ensure files are recovered and remembered. File authentication is present, and all the data is encrypted during the entire file transfer process, so sensitive information and files are protected. Security during standard file transfer is not robust, and sensitive information can be at risk of being breached.

To conclude

Standard file transfer protocols can be used for basic file transfer but needs more advanced features. Accelerated file transfer is much faster, more secure, and more reliable, making accelerated file transfer solutions invaluable for businesses with large volumes of data, such as media or broadcast files.