With the full integration of the video in NOTOCORD-hem Evolution, all physiological signals are now synchronized with the video and sound. The video encryption and high security is guaranteed with access control using digital rights management. Everything is done through a user friendly interface and navigation.

Benefit
A user-friendly interface allows the researcher to review time synchronized video and physiological data in a flexible and easy manner to use.
We also provide a new distant monitoring application to visualize video stream on the acquisition system and on a remote system.

Main features
VHS10 acquisition servers and CTD60v chart display module features are:

• Full video + sound + physiological signals synchronization
• Video encryption and high security protection with access control using digital rights management
• User friendly interface and navigation
• New Monitoring application: Visualize video stream acquired on the acquisition system on a remote system
• One file for video, sound, physiological signals, configuration, audit trail, comments, calculations…
• High quality image definition with advanced real-time compression
• Up to 8 cameras per file
• 27 hours per file (tested)
• From 10 to 100Mb/hour for 8 to 25f/s
• CIF format per source
• Latest hardware & software technology MPEG4 H264
• Motion signal: Quantify movements of the animal from images
• Full synchronization without drift
• Supported Camera: Analog, Infrared, Color, Black & White, Sound…

Applications
The video can be used for any type of experiments such as telemetry in R&D, safety and toxicology studies, behavior analysis, whole body plethysmography and clinical studies.
As a result, user will provide an accurate scientific analysis helped by the video and will have the flexibility of analyzing the long periods with a very user-friendly software tool. User can quickly navigate to any part of the data file, such as identified abnormal EEG burst, abnormal ECG beats, seizure, noise, spike, threshold exceeding, and click “play video” to see his video images and physiological signals scrolling by.