Teleste: Video Recording Platform for S-VMX System

Teleste Corporation introduces a video recording platform to the company’s S-VMX video management system.

The platform enables an increase in storage capacity within the video management system, and further strengthens its capabilities to ensure safety and security in today’s urban environments.

“Today, the growing reliance on video security is driving the volume of video recordings. As the volume of recorded streams grows, so does the use of HD and ultra HD video formats as the default camera resolution and for intelligent video applications, such as facial recognition. The development addresses the importance of sufficient video storage capacity, especially for large city-wide security projects with thousands of video cameras“, says Johan Slotte, deputy CEO, head video security and information, Teleste. “Teleste aims at providing our customers with tools for developing future-proof security systems and enhancing the safety and security of citizens. We are proud to introduce the new video recording platform as our latest achievement in solving our customers’ real-life challenges.“

Flexible, high-capacity and high-density solution
for needs of intelligent security applications
As part of the S-VMX video management system, this high density network-based video recording platform extends storage capacity in a cost-efficient and flexible manner. There is virtually no limit to its recording capacity and the number of streams that can be processed.

Capable of multi-petabyte recording, but also processing several thousands of cameras, the platform is secured and backed up. Doubling the storage capacity of each disk, the new platform supports 8TB HDDs, and its high definition design allows for installation of more HDDs to each rack unit than previously. The firm’s platform offers five times better density than standard models. As an example, a 3U chassis can process and record 800 Full HD video streams.

Scalable, this platform increases flexibility by its network type of architecture which interconnects and presents a shared pool of storage devices that are accessible to multiple video cameras. This enables efficient use of free storage space, and allows storing the recordings independent of camera locations.