MSV-11-Series Advanced Graphics Display Technology
MSV-11-Series 2nd generation of 11 slot video wall controllers have been designed for environments that demand high performance and reliability. The VSN11 Series systems provide solutions for mission control rooms, military installations, logistic operations, security suites and many other command and control applications.
The VSN range has been developed to support MSV’s Xtreme range of capture cards, XtremeVision-Pro graphics Controller and ActiveSQX decoding cards. This allows physical and IP video sources to be displayed on medium and large-scale video walls. Operators have the freedom to see any source on single screen or multiple screen layouts.
Each system in the range of 2nd generation VSNs is only available with Windows 10 to ensure the highest performance available.
Faster processing. Advanced cooling
The VSN range of industrial PCs include 11 slot PCIe backplane. The switched fabric technology provides high bandwidth Gen3 PCIe slots. Each slot is capable of delivering high resolution bandwidth from a range of capture cards to multiple outputs.
The VSN range is highly customisable. The systems contain either 7th generation Intel® Corei7 or E3 Xeon processor (see Specification tab). Systems are available with either 240GB or 480GB SSD drives and up to 32GB of memory.
In order to maximise airflow, the 4U chassis has been custom designed to allow more air into the system. This keeps temperatures low and reduces fan noise.
MSV’s VSN video wall controllers have been designed for use in demanding control room environments. Each component has been rigorously tested to ensure high levels of performance and reliability. For added peace of mind, systems can be pre-installed with Wall Monitor software.
Wall Monitor is an application that warns operators if a system begins to function outside of normal parameters. Alarms can be set to indicate changes in voltage and temperature.
MSV’s Wall Monitor software allows users to closely monitor system temperatures and be alerted should a system temperature reach critical levels. The ability to create custom alerts means users can ensure operational system temperatures in a variety of environments.