NEWSFOR LARGE FILE TRANSTER

The Best Way for Long Distance File Transfer

When companies are transferring files over long distances, when they choose traditional FTP, network disks, etc. to transfer large files, in addition to slow speed, they often encounter transmission errors, transmission interruptions, and resuming transmissions. Although the traditional FTP transfer method supports the batch transfer of folders, when the number of files is large, in addition to the very slow speed, there are often problems such as missing files, file content errors, and inconsistent file numbers.

long-distance-file-transfer

When the file capacity increases and the network environment becomes worse, the efficiency of file transfer and data exchange is low, and the security is poor. If the file is larger, usually a lower method such as express hard disk is used, which cannot meet the requirements of enterprises to obtain files on time. Seriously affect the overall operating efficiency of the enterprise.

This type of data transfer requires the use of data transfer protocols to ensure efficient and rapid transfer on high-speed networks. Several new data transfer protocols based on TCP or UDP have been introduced, and some comparative analysis and research have been carried out on such protocols.

There are currently several data transfer protocols and congestion control mechanisms GridFTP, FASP, QUIC, BBR, and LEDBAT, which are potential candidates for comparison in various scenarios. These protocols are designed to make fair use of available bandwidth among competing streams and provide reduced packet loss, reduced delay, and fast data transmission. In this paper, the behavior and performance of the data transfer protocol in various scenarios are explained.

These scenarios include transfers with various file sizes, multiple streams, background, and competing for traffic. The results show that FASP and GridFTP have the best performance among all protocols in most scenarios, especially for long-distance transfer with a large bandwidth-delay product (BDP). Due to the nature of its current implementation, QUIC has the lowest performance, which limits the size of the transmitted data and the bandwidth used. TCP BBR performs well in short-distance scenarios, but its performance decreases as the distance increases. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical. In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical.

In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical. In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver.

As a professional large file transfer system, RaySync supports file transfer and file synchronization. The website provides a free download version, and there is no limit on the number of clients. Users need to apply for server installation software by themselves, no storage space limitation, unlimited single file transfer size. Raysync transfer software is well optimized for long-distance and transnational transfer. If it needs to be transmitted from domestic to overseas, its transfer speed is the same as the domestic transfer.

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