PESA’s PERC2000 is a high-end System Controller for the PESA family, offering several enhancements, new features and expanded capabilities over the 3500PRO Controller. PERC2000 is an IP-based system with control capability for PESA routers using the PRC serial bus protocol, but also features 10/100 Ethernet connectivity for communication with network control devices. The PERC2000 controller system consists of a plug-in circuit board and controller application software for installation on a host computer running the Microsoft Windows® operating system. PERC2000 supports up to 16 levels of control, 64 matrices, 256 tieline interconnects, 256 salvos and up to 2,400 source and destination names. It provides diagnostics, matrix segmentation, virtual matrix mapping and field-updates via Ethernet. The graphical user interface is highly intuitive, allowing every feature in the system to be accessed quickly and easily. When used with PESA’s DRS distributed audio routing system, it provides a wide range of configuration options including control of audio delay on input channels and/or output channels, audio phase inversion, or dual channel summing. Built-in test functions allow assignment of audio silence, white noise, 1 kHz tone, or a discrete tone sweep, to any DRS output channel. The PERC2000 comes with four RS232/RS422 serial ports, plus Ethernet communication interfaces.
- Hardware Features:
- Full featured microprocessor-based control hardware
- Full 10/100 TCP/IP Ethernet connectivity and support
- Full redundancy control option
- Operates with all PESA RCP-type control panels
- RS232/422 CPU-Link protocol for third-party control systems
- Available as internal matrix module, single control chassis, or dual control chassis
- Software Features:
- Up to 16 switching levels
- Up to 64 matrixes
- Tieline support for 256 interconnects
- Up to 256 salvos
- Up to 2400 source and destination names
- Easy to use GUI interface
- Off-line configuration capabilities
- Virtual matrix mapping
- Software re-entry
- Full on-line diagnostics
- Matrix breakup/segmentation