Pelco CM9780L-224X96 High Density System Looping
- Microprocessor-Based, Full Cross-Point Video Matrix
- System Diagnostic LEDs Displayed on Front Panel
- Flash Technology Eases System Maintenance and Upgrades
- Logical Camera Selection and Priority Level Operation
- Multiplexer and DVR Control Using the Keyboard

The 9780 System is a full-featured video matrix switching control system that allows users to view and control up to 4,096 cameras and 512 monitors on a single node. Expanded monitor capacity in the matrix bay allows implementation of larger systems with a smaller footprint (less hardware) than other matrix systems. The base configuration for the 9780 System is made up of a central processing unit (CC1), matrix switching bay(s) (MXBs) with video input/output modules, and keyboard controllers (KBDs). Optional components can be added to enhance system capabilities. Preconfigured, prepackaged systems make installation fast and simple. The 9780 System features a user-friendly Windows-based management system, which allows for easy system programming and maintenance.
Features
- Microprocessor-Based, Full Cross-Point Video Matrix
- High-Density Architecture Supports up to 256 Cameras and 16 Monitors in Each Bay
- Control up to 2,048 Cameras and 512 Monitors in a Single Node or Expand Camera Capacity with a Multi-Node System (up to 24 Nodes)
- Full System Reports From CM9700-MGR Provide System Wiring and Configuration Details
- Sixteen RS-422 COM Ports (Expandable to 120) and Two RS-232 Full-Duplex Ports Available on the CPU
- System Diagnostic LEDs Displayed on Front Panel
- Flash Technology Eases System Maintenance and Upgrades
- Logical Camera Selection and Priority Level Operation
- Multiplexer and DVR Control Using the Keyboard
- Built-in Video Loss Detection
- Windows-Based System Management Software (Windows 2000, Windows XP) Includes Multilangual Menus and On-Screen Help
- Factory Tested Prepackaged Systems
- ASCII Data Input to Interface Access Control and Other External Computer-Based Systems
- Powerful Macro Programming