Deduplication also reduces network load, because duplicates of data previously backed up is not even transferred over the network to storage. If a backup solution transfers and stores only unique data, the company can decrease their storage capacity and network requirements by up to 50 times! With deduplication, your organization can realize these savings.īackup deduplication minimizes storage space by detecting data repetition and storing the identical data only once. Storing and transferring the same data multiple times to the same storage is a waste of time and resources. Yet, every desktop has the same Windows operating system, same applications, and often numerous copies of the same data. At this rate, a full backup will take from two to three weeks to transfer 10 to 75 TB of data over a 100 Mbit network. A 100 Mbit (megabit) network can transfer only 10 megabytes of data per second. The next, even bigger challenge is to back up the PCs to this storage. Let’s assume this company invests in expensive storage for their PC backups. Eventually, this company may need to acquire as much as a one p etabyte of storage for PC backups alone. With a 2:1 compression ratio, the backup administrator needs to provision between 10 to 75TB for every full backup, plus have more space for incremental and differential backups. PCs contain from 20 to 150TB (terabytes) of data. An average laptop can hold from 50 to a few hundred gigabytes of data on the hard disk. The “sheer volume of data” was given as one of the primary reasons why.įor example, let’s look at a company with 400 employees who use desktops and laptops. However, 75 percent of small-to medium-sized businesses (SMBs) surveyed by Acronis and IDC (International Data Corporation) admit that their data is not fully protected. Otherwise your company can lose money, reputation, time - your entire business can even shut down. You must protect and back up all this data. Every 10 minutes, humanity creates as much data volume as was created from the dawn of civilization until the year 2000. If the directory structure of your music library won’t change during your move, all you need to do is grab the whole directory (including ArtCache/ – that’ll save you some time rebuilding said cache) and move it to the same location on your new computer before launching Swinsian there for the first time.In 1990, the hard disk of a personal computer was 10 megabytes. You should be able to find it within ~/Library/Application Support/Swinsian/, right next to a backup of your license key: As luck would have it, Swinsian, the native, fast, minimalist, but fully-featured music player I’ve been using for the last couple of years 2 stores all of its data in a basic SQLite database. Having recently taken delivery of a new 1 computer, the question of how to move my library without losing playlists and (questionably) valuable metadata such as play counts presented itself. In the context of remotely adjusting a Mac’s system volume, I’ve previously outed myself as an approximately-270-year-old who listens to music (MP3 files, no less!) on his computer instead of, say, a smart speaker. Moving a Swinsian Library to a New Location (or Computer) Without Losing Playlists or Resetting Play Counts and Other Metadata Excessively Adequate Moving a Swinsian Library to a New Location (or Computer) Without Losing Playlists or Resetting Play Counts and Other Metadata Posted on August 8, 2022
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |