One Tech 1C-B4MSD, Руководство пользователя

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1 PRODUCTION CHRACTERISTICS AND OVERVIEW
1.1 PRODUCT OVERVIEW
SVT-MDVR-X3A is middle range MDVR model specially designed for vehicle surveillance and remote monitoring,
combined with high-speed processor and embedded operating system. The advanced H.264 video compression
and decompression, wireless transmission, GPS location make X3A to be a very powerful and perfect solution for
vehicles.
MDVR Features and Capabilities

Support hard disk recording

UPS (Uninterrupted Power Supply) supported to protect the MDVR from the damage of high voltage and
provide the power to the MDVR when the MDVR external power is cut off (for example accidents happen)

Dual streams: one for local recording and one for wireless transmission.

4 channel real-time D1 at 25 fps/30fps continuous or priority video recording and live view display.

Semi-transparent GUI makes setting for GUI and live display synchronously.
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Maximum 1 hour pre-recording and 30 minutes post-recording

Watermark prevents any modification in recorded file which is part of the law enforcement.

4 channels for high-fidelity, digitally recorded, synchronized audio matched to 4 video channels

User friendly criteria to playback the events associated video only.

Automatic timer to resume the live display if the unit is idle for user defined time.

User-selectable settings for quality and audio record enable/disable for each video channel.

12v power supply for multiple devices such as cameras, sensors, relays and any other accessories.
Remote Connection Capabilities

PC-Based Client software for live view, playback video, playback events associated video, and download
capabilities. Support CMS (Central Management System) for remote monitoring via built-in 3G module
(HSPA or EVDO), Ceiba (Playback Analysis Software) for video playback, meta-data analysis.ADS by WIFI
to download the video files and event files.
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 OneTech
patented special file system is professional to improve the security level of data, provide
self-recovery function, self-check, self-backup for certain critical data and avoid data fragment that affects
system efficiency.