Our 8-channel MDVR with AI is a powerful mobile digital video recorder designed for commercial fleets, HGVs, buses, and specialist vehicles. Supporting up to 8 high-definition camera inputs, this smart MDVR system offers full coverage of your vehicle's surroundings, helping to improve safety, driver accountability, and incident recording.
With built-in AI capabilities, it can detect vulnerable road users, monitor driver behaviour, and trigger real-time alerts for events like lane departure, forward collisions, and fatigue detection.
Supports up to 8 HD cameras for full vehicle coverage
AI-powered features: pedestrian detection, driver fatigue alerts, and more
Real-time GPS tracking and remote access via 4G connectivity
Secure data storage with SSD/HDD and backup options
- Support 8-channel 1080P HD analog input, high-definition 1080P output display
- 8x1080P, 8x720P, 8xD1 and 8 mixed-resolution recording, video recording with 15 seconds pre-recorded function
- Power on recording, timed recording, motion detection recording, G-force trigger recording, over speed recording, 8-channel custom alarm recording, panic button trigger recording
- 3G/4G/WIFI/GPS tracking technology, PC platform CMS server, IOS, Android and windows Client network client, can achieve real remotely monitoring
- WiFi support STATION and AP mode AP mode can support that mobile directly connect to devices, easy for preview and configuration at mobile terminal
- Alarm recording, alarm information, log information, GPS tracking, real-time videos and pictures can be remotely automatic uploaded and support data analysis or management.
- Storage device: SSD/HDD * 1, max 2TB; SD card * 1, max 512GB
- Support dual stream, sub-stream backup and network transmission
- 3 axis acceleration sensor
- Touch-screen operation or remote control
- Disk protected by super-capacitor when power off.
- Shockproof: MIL-STD 810G
- Waterproof IP69K
- Support ADAS/DMS or 360 Around View (2 Options) built-in algorithm
- Support ADAS/DMS or 360 Around View (2 Options) built-in algorithm