The target customer for myLTOdna is a DIT with camera masters who wants to reduce how much time it takes to backup their footage. Remember, this is LTO tape you are reading from. You still should not load a clip from tape and just press play. The result is that you can load a clip in Avid’s Media Composer, Blackmagic’s DaVinci Resolve or Adobe’s Premiere Pro and then load a subclip from that content into your project. This intelligence is proprietary and is built into the back-end of the software. Otherwise, each file on the tape must be opened in order to train myLTOdna and create a RAD.Īs for shoeshining, or shuttling of the tape back-and-forth over the same section, this is avoided by intelligently writing files to LTO tape. The creation of the RAD can be automated using Imagine Products’ PrimeTranscoder. ![]() ![]() Training mode allows for analyzing the files stored on an LTO tape and then storing that information in a Random Access Database (RAD). These modes can also be engaged from the command line. This is where the Hyper in HyperTape comes from. Putting the LTO drive into an “only mode” allows it to achieve up to 300MB/s of throughput. There are three commands that can be executed to put an LTO drive into either read-only, write-only or training mode. The word “enhanced” in the description of HyperTape as an enhanced Linear File Transfer System refers to a middleware in their myLTOdna application for Mac OS. What is HyperTape? It is a workflow powered by dnaLTFS. My first question was “Is HyperTape yet another tape format?” Fortunately for myself and other users, the answer is “No.” ![]() Eight years later, these performance and operation issues have been addressed by StorageDNA’s creation of HyperTape, which is their enhanced Linear File Transfer System that is part of Imagine Products’ myLTOdna application.
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