Main Features
• | |
| line out audio mix processor with 16x16 channel |
| matrix. The heart of the iDR system, it features 2 |
| 24bit Motorola DSPs. |
• | Daisy chain |
| interconnected via the 8 channel digital bus using |
| CAT5 cable. Many possibilities for flexible sound |
| system solutions. |
•
•
•
•PL wall plates and remotes The Allen & Heath range of optional wall plates and controllers for remote switch, rotary encoder,
•Desk top or 19” rack mounting Rubber feet and removable rack ears provided.
•Universal mains power input automatically detects worldwide voltage from 100V to 240V AC.
•Removable face plate for accessing front panel setup menu system, RS232 connector and status indicators. Also provides a protected custom label facility.
•XLR mic/line inputs Electronically balanced, pin 2 hot, for microphone or line level equipment. Soft control of gain, pad switch and 48V phantom power. No internal adjustments needed. Pre ADC soft limiter to prevent digital distortion.
•XLR line outputs Electronically balanced, pin 2 hot, 0dBu with +18dB headroom.
• Stereo audio monitor with front panel
headphones socket and rear panel TRS jacks. Can monitor any point in the audio chain using manual or mouse selection. Can be used with the audio matrix as two additional channels, for example providing a 10x10 matrix from an unexpanded
•Network port for connection to a PC or network with control using the iDR System Manager or PL Client software.
•RS232 ports on front and rear for connection to a PC for code update and to a modem for remote system interrogation.
•SysNet port for control by third part touch screens and other remote controllers.
•MIDI port IN, OUT and THRU sockets provided for remote control using show controllers and other MIDI equipment.
•16 Front panel soft keys can be assigned by the installer as level, mute or patch recall with different types of press action. Similar applies to the iDR- switch functions.
•32 Front panel
•Front panel LCD display A 16 character 2 line LCD can display combinations of clock, patch name, unit name and user defined text. This can be linked to the patches.
•iDR System Manager software for system setup. Once configured the PC can be removed and the system operated stand alone.
•PL Designer and Client software for creation of ‘virtual’ wall plates and controllers that can be run from networked PC workstations. Operator control can be restricted by the installer.
•Powerful fixed architecture with full processing on all 16 input and output channels. Familiar GUI makes setup and control an easy task.
•48/96kHz operating modes The
•Patchbays and crosspoint matrix The input source patchbay selects any physical input to any input channel. The output patchbay selects any output channel to any physical output. The 16x16 matrix allows independent level control at each crosspoint.
•Channel stereo linking and grouping Input and output channels can be linked for true stereo operation, and grouped for master fader control.
•Configurations can be named, archived and opened using PC files. These store the system setup parameters such as communication options, names, stereo linking, scheduled events and set of patches.
•Patches Up to 99 patches can be created, named and stored within the configuration file. A patch can work with any number of selected parameters including signal processing, soft key and LED settings. This provides a unique flexibility in setting up complex changes with simple operator control.
•Time and day of week can be displayed on the unit LCD, and is also used for scheduled event patch recalls.
•Naming Input channels, output channels and groups can be named.
•Channel processing The channels have full processing including faders, mute, polarity reverse, delay, parametric EQ, crossover filters noise gates, compressors and limiters.
•Ducking, AMM and paging System functions include a 16 priority level ducker, automatic mic mixer and two independent pagers.
•Signal generator provides sine wave, white, pink and band pass noise signals for system line up and test.
7 |
