![]() If it waits to encrypt until a file is ready for upload, it would be waiting unnecessarily, and it would probably be better to at cache at least a certain amount of data while waiting for a free upload slot. Of course, it could also (perhaps simultaneously) be something else related to small files-for example, I don’t know if the MEGA client encrypts in advance or whether, when one file finishes uploading, it only then starts to encrypt the next. The mean upload time was increased significantly by some of the slower. ![]() The reason this seems like it may be what happened in my case is, as mentioned, setting a static limit preserved a more consistent, and higher, average rate. Icedrive Google Drive Koofr Dropbox pCloud Tresorit Egnyte MEGA OneDrive Amazon. If each upload indeed has a slow startup period, then it would explain the behaviour and the upload speed curve I saw: each upload started very slow, moved up to a decent speed, then fell off as it completed. If the transfer starts very fast and then reduces the speed, the web. I happened to be uploading a substantial number of rather small files. The main difference in transfer speed statistics you have observed can be caused by the fact that MEGA on browser seems to be showing the mean speed during the whole transfer or during a longer syncing period while MEGAsync shows the mean speed during only the last 5 seconds. Suppose that it throttles the bandwidth of a file-or at any rate does some extra stuff with it for the first ten seconds of an upload, and then continues at a good clip. I haven’t looked at the source code, so I am simply speculating here. In fact, I was experiencing very annoying, extremely slow uploads, and changing to a fixed upload rate limit made it much better. If this is strictly true, and if it also applies to the desktop app (of which I’m using the Linux version), this may explain some upload speed problems-and it may be a problem. We therefore offer an automatic speed management option, where we measure your available outbound bandwidth during the initial ten seconds of an upload, and then keep at least 10% of it unused. ![]() Many routers deprioritize smaller packets in case of network congestion, resulting in your inbound traffic being severely affected when your network outbound bandwidth runs full. The web client help describes the Auto upload speed as ![]()
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