Slow file transfer speed

Doing this will apply the updates and reload the software properly. After making sure that the Surface is up to date, check the WiFi transfer speed again. Try to see if a program could possibly be consuming the network. Also, go to the Startup tab and see if a program you are not using runs in the background and could be consuming data.

To switch off startup items, click on it and select Disable at the bottom of the window. Since an Ethernet connection sends Internet directly to the device, faster transfer and browsing speed can be expected. When you transfer files from the Surface to another device over WiFi, try to switch off all other devices that may be connecting to the network, then see if there will be an improvement.

Take a look at your WiFi settings as well. Make sure that it is not set as metered connection. Was this reply helpful? Yes No. Sorry this didn't help. Thanks for your feedback. I have checked out all your suggestions, but nothing has so far improved the transfer speeds. To clarify the issue:. Fortunately, my issue was very simple.

It was solved after I restarted my computer. Why Rebooting a Computer Fixes Problems? Answers Are Here. Perhaps you may have a different problem with the same performance. The issue persists even you have restarted your computer. If so, you need to use other methods to solve the issue. I collect some useful solutions and show them in this post. Select one drive and then click Analyse. Repeat this operation for all drives. If the Current status shows that the drive Needs optimisation , you need to select that drive and then click the Optimise button to optimize it.

If the file system of the drive is damaged, you can also encounter slow file transfer Windows In a small LAN, the following is generally the chain of components:.

There are times when it can be a little more complex than this. For example, you might be using a powerline adapter or WiFi repeater, adding another step in the chain. Mesh WiFi routers are becoming more common in the home as well.

This means you may need to check the individual nodes of the mesh system as well. Before you start looking all over the place for problems, a good first step is to benchmark your network performance using a specialized utility. These programs are designed to test the transfer speed of your network from one point to another while cutting out irrelevant factors such as speed of the hard drive or operating system caches. If the network benchmark shows normal performance levels, then you can look to another source of problems not related to your network hardware.

All you have to do is specify a shared folder on the network as a target and the app will measure the transfer speed. Since that still involves the hard drives of both devices, you can also combine it with LST Server. Run the server app on the target computer and the speed test on the other machine. This will measure pure network performance, giving you a great indication of how much transfer speed is actually available and why your network is so slow. One of the most common causes of poor network data transfer speeds is weak WiFi signal strength or signal interference.

Unlike an Ethernet cable connection, wireless connections can show quite a lot of fluctuation. A small change in position or distance, radio interference at certain times of day, the phase of the moon; at least two of these factors can make your WiFi speed drop.

One oft-overlooked factor in troubleshooting a slow network is the speed of the storage media on both ends of the transfer. If slow transfers happen with one specific device, this could be one reason. If you have a very fast broadband connection, it might actually be faster to keep your files on a cloud service like Google Drive or Dropbox. A router is actually a specialized computer, with its own processor, memory, storage and operating system.

A router with many CPU cores, lots of RAM and the latest network technology will significantly outperform everything else. This is especially true if your network performance problems affect the entire network and not just between certain devices. Routers can hang up, have bugs and handle network traffic poorly. Router manufacturers usually issue updates to their firmware that fix performance issues and improve reliability. This is firmware written by third party creators that can fix bugs and unlock additional router features and performance.

Many routers have QoS or Quality of Service settings that let you specify which types of traffic on the network should get priority. If you want file transfers to your NAS device to always get the bulk of local bandwidth, then you can specify that by logging into your router and modifying the QoS settings.

Each one of your devices on the network has a network interface adapter. The adapters themselves support a particular set of standards.