. Current rating: 4.1. Average rating: 4.1/5 (14 votes) Your rating: not submitted One of the most popular protest about newer versions of Microsoft Windows is the heavy copying speed, particularly when transferring lots of documents over the network.
If you want to accelerate your copying or if you commonly transfer big amounts of information and have to stop the task to achieve some other disk-intensive jobs, this software may be just what you need. TeraCopy is developed to copy and move documents at the maximum attainable speed. It jumps over bad files during the copying task, and then shows them when the transfer has ended in order to see which one need your attention. TeraCopy can directly check the copied documents for problems by counting their CRC checksum rates. It also offers a lot more data about the documents being copied than its Microsoft Windows counterpart. TeraCopy mergers with Microsoft Windows Explorer's menu and can be confirmed as the main copy handler. Copy documents faster - TeraCopy uses dynamical customized buffers to reduce the pursue times.
Copy Large Files Over the Network Faster with TeraCopy With large iTunes libraries, huge photo collections, and massive video files taking up more and more space on our cheaper and cheaper disk drives, we can all use some better file copy tools than Windows provides out of the box.
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Pause and resume document transfer tasks, pause the copy job at any time in order to free up system resources and continue with a single mouse click. Error recovery.
In case of a copy problem, TeraCopy will try various times to recover and, in a bad case scenario, will simply jump over the file, not finishing the entire transfer. TeraCopy displays the unsuccessful document transfers and lets you repair the problem and copy them again only the problem documents. TeraCopy can entirely replace the Explorer copy and move options, in turn enabling you to work with documents as usual.
Complete Unicode support. Windows 8 x64 support.
Pros. It's fast and efficient.
Integrates very well with Windows file system. Cons. It's not aimed to beginners and inexperienced users. The design of the interface is not so attractive.
I see many questions regarding copying large files over a network, for example, but I'm asking a slightly different thing. Also, not involving remote desktop.
My work colleague and I are on the same domain, same network, and perhaps same subnet (don't know much about networking, but he's a few cubicles away from me, if that helps) We are transferring a large folder (about 20GB total, largest file size is 16GB) from him to me. For the purposes of this question, let's assume:. We have identical hardware, running Win7 64-bit. Our PCs are essentially idle during transfer. We are using Windows' native Copy/Paste (no 3rd party tools) Now, which is faster:.
I 'pull' the folder from his shared folder into my local folder, or. He 'pushes' the folder from his local folder into my shared folder, or. Both options are actually the same? In theory, they should be identical as they are using the same protocol (SMB) to send the data. However, in reality, there are a lot of factors that can affect network transfers, especially when it comes to lots of files, or very large files (or both). At the lowest level, the hard disk, reading is always faster than writing. So by pulling the data, you are will be waiting less for the remote hard disk to send the data.
The remote hard disk will be reading the data into cache and waiting for your machine to retrieve the data. SMB can cause slowdowns as well. Slow SMB performance may occur if a delayed TCP/IP acknowledgement (also known as a TCP ACK) occurs in a 'SMB: C NT transact - Notify Change' packet. By default, this behavior occurs as soon as SMB is using security signatures.
If security signatures are configured, SMB must be processed synchronously by the redirector. The redirector has to wait until the current SMB command is fully processed before it continues with the next one. The redirector waits until it receives the TCP/IP acknowledgement from server. So you would think pulling is better. However, this isnt always the case. In some instances, especially on unreliable networks, pushing can actually yield better performance. To add to the confusion, other factors like total RAM, virus scanners, buffer sizes, backup programs, etc, will all have an effect on the transfer speed.
In the end, the only way to determine which is faster is to test it on your machines.