
Integrate recording with Xendure storage
In LanTV, the Recorder software enables centralized, simultaneous recording of a large number of television and radio channels. As the number of channels and the retention period increase, the volume of recorded data grows rapidly. For large-scale projects, a reliable, scalable storage infrastructure is therefore an essential part of the recording system architecture.
Xendure provides a reliable storage solution for LanTV recordings, delivering the capacity required to retain very large volumes of audio and video content.
Xendure is built on a distributed, parallel storage architecture that supports capacities ranging from hundreds of terabytes to hundreds of thousands of terabytes. This architecture is suitable for projects that handle very large volumes of video, audio, and other media data. Storage capacity, bandwidth, and processing performance can be increased by adding more nodes. Capacity can be expanded online, allowing the archive to grow in line with the number of channels and the required retention period.
In the LanTV architecture, LanTV servers receive, process, and record television and radio streams, while Xendure provides storage for the resulting recordings. Since Xendure storage and LanTV are both products from the IDEANO group, their integration is considered during the design process. This enables users to record and retain a very large number of channels over extended periods.
Xendure also supports combining different types of hardware and disks, defining different protection levels for individual files, and providing end-to-end data protection with checksums. Storage can be managed through a Web GUI or CLI.
Together, LanTV and Xendure provide an integrated infrastructure for receiving, recording, storing, and archiving large volumes of television and radio content. This solution is suitable for media monitoring centers, enterprise archives, and projects that require long-term retention of recordings.
To learn more about Xendure, visit its dedicated website.