Long-distance night vision function: TC series thermal imaging cameras and HP-RC0620C, HP-RC0620HW long-distance laser cameras have long-distance night vision capabilities of more than 1000 meters, effectively solving the problem of conventional cameras that cannot work in a pure dark environment at night.
Strong light suppression: optimizing infrared long-wave imaging and ultra-narrow laser optical window technology can effectively suppress glare saturation caused by car lights on CCD imaging, and can achieve clear imaging day and night under complex lighting environments of railways and highways.
All-weather monitoring: High-sensitivity thermal imaging detection, strong fog, rain and snow penetration capability, backlight compensation that can adapt to a variety of lighting conditions, to ensure that clear images can be obtained in day, night and backlight conditions.
Centralized equipment management: Users can remotely log in to the central management server to centrally manage various equipment and resources in the system.
Multi-level system cascading: support multiple network protocols, support dynamic IP, front-end control products can automatically dial-up access to the network through ADSL, support CDMA1x, 3G wireless transmission.
Distributed storage management: It adopts distributed storage management technology to realize hierarchical and networked storage. It has multiple recording methods such as planning, linkage, and manual, as well as recording retrieval and return visit functions. It is convenient and quick to operate.
Concurrent video live broadcast: supports unicast/multicast, multi-screen remote real-time monitoring, and has a grouped round-trip function.
Two-way voice communication: audio intercom or broadcast can be performed at any network terminal to the front-end control point.
Linkage alarm management: After an alarm event occurs, the system can automatically trigger a series of preset linkages to realize the intelligence of the alarm system.
Virtual network matrix: The front-end monitoring point and video decoder can be bound arbitrarily to realize the network virtual matrix, and control the TV wall to realize monitoring and grouping conversion.
Hierarchical user management: Set up users at all levels according to different needs, and use different permissions to access different resources.
WEB browsing: Users can watch the video resources in the system in real time through IE browser anytime, anywhere, and manage resources with corresponding permissions.