FGV100 Description
Core Purpose
The FGV100 is an AI-powered video processing device designed for intelligent surveillance environments. It connects IP cameras, processes video streams locally, and runs AI detection algorithms to identify events and objects in real time. This allows organizations to monitor facilities, infrastructure, and operational areas without relying entirely on remote cloud processing.
The device combines video management, AI analysis, and network connectivity in a single industrial platform. Its design allows businesses to build scalable monitoring systems that can automatically analyze video feeds and generate alerts when important events occur.
Connectivity and Communication
The unit supports both 5G NR and 4G LTE cellular networks, allowing surveillance systems to stay connected even in locations without fixed internet infrastructure. This makes the device suitable for remote sites, mobile deployments, or temporary monitoring installations.
For local networking, the device includes 1 Gigabit WAN port and 4 LAN ports, which can power cameras through PoE (802.3af/at) depending on the model. This allows cameras and sensors to connect directly to the video box, simplifying installation and reducing additional equipment requirements.
Dual-SIM capability helps maintain connectivity by allowing automatic switching between mobile networks when needed. This improves uptime for security systems that must remain online continuously.
Video Processing and AI Detection
The FGV100 processes and analyzes multiple video streams simultaneously. It supports 4 channels of 1080p video at 30 fps for input, decoding, encoding, and forwarding. This allows the device to receive video from several cameras and perform analysis locally.
AI algorithms running on the system can detect motion, identify people or vehicles, recognize license plates, and detect safety events such as missing helmets or masks. The device can also identify abnormal situations such as objects left behind or restricted area intrusions.
These AI capabilities allow organizations to move from passive surveillance to automated monitoring. Instead of manually watching video feeds, the system can automatically highlight events that require attention.
Monitoring and Detection Capabilities
The AI engine supports several detection functions designed for operational monitoring and safety compliance. These include motion detection, cross-line detection, and area intrusion monitoring. Such capabilities help identify unauthorized access or unusual activity in monitored zones.
Advanced recognition algorithms allow the system to identify people, vehicles, and license plates. The platform also supports detection scenarios such as passenger flow analysis, water level monitoring, and object tracking for industry-specific deployments.
Algorithm management functions allow configuration of AI tasks for different camera channels. This means each connected camera can run a specific detection rule depending on the monitoring requirement.
Power and Environmental Suitability
The device is designed for industrial environments where reliability and durability are important. It operates from a 9 – 36 V DC wide-range power input, allowing integration with different power systems commonly used in industrial or field deployments.
The enclosure uses a metal housing with IP30 protection, providing durability and electrical isolation for system safety. The device also includes built-in protections such as electromagnetic isolation for Ethernet interfaces and ESD protection for SIM interfaces.
With an operating temperature range of –35 °C to 75 °C, the system can run reliably in outdoor cabinets, industrial control rooms, or transportation infrastructure environments where temperatures can vary widely.
Expansion and I/O Support
The FGV100 provides multiple interfaces that allow integration with industrial equipment and monitoring systems. It includes RS232 and RS485 serial ports, which are commonly used to connect sensors, controllers, and legacy equipment.
Digital input and output channels allow the device to receive signals from external sensors or trigger alarms and control systems. This enables the video platform to interact with other operational equipment such as access control systems, alarms, or industrial monitoring devices.
Additional interfaces such as USB 3.0, USB 2.0, SATA storage, and MicroSD support up to 256 GB allow expansion for local data storage and peripheral connectivity.
