Brief: See the solution in real use and note how it behaves under normal conditions. This video demonstrates the AIM Core Component Intelligent Patch Panel Scanner automating network management for large ICT infrastructures. Watch as it provides automated detection of unauthorized connections, real-time anomaly reporting, and smart cable hunting, all visualized through a graphical interface to streamline IT operations.
Related Product Features:
Equipped with a Cortex M4 high-performance CPU for powerful edge data processing.
Supports connection to up to 24 intelligent patch panels for comprehensive network coverage.
Automatically detects and reports illegal invasions, abnormal disconnections, and connection anomalies in real-time.
Features a smart cable hunting function to query link-type port information without unplugging cords.
Built-in firmware supports both Chinese and English display interfaces for international use.
Ensures data accuracy with automatic re-transmission during transmission delays or anomalies.
Provides online connection diagnosis for single or dual patch panels with high reliability design.
Stores port configuration for periodic smart data reporting to maintain smooth network communication.
FAQs:
How many intelligent patch panels can the scanner connect to?
The scanner can be connected to up to 24 intelligent patch panels, enabling automated management across multiple network cabinets.
What types of anomalies does the scanner detect?
It automatically detects illegal invasions, abnormal disconnections, and connection anomalies such as unauthorized plugging/unplugging or shearing of cords, reporting them in real-time.
Does the scanner support multiple languages?
Yes, the built-in firmware supports both Chinese and English display interfaces, catering to diverse international users.
What is the smart cable hunting function?
This function allows site querying of link-type port information on both sides without the need to physically plug or unplug patch cords, enhancing efficiency and reducing manual errors.