Download Product Engineering Specifications: MP2E

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Summary of Crestron MP2E architectural specifications are as follows.
Minimum control system requirements:
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Control System shall utilize a Motorola Coldfire processor at no less that
257 MIPS.
Control System shall include [2] RS-232/422/485 Ports.
Control System shall include [4] IR/Serial Ports.
Control System shall include [4] Isolated Relay Ports
Control System shall include [4] I/O Ports.
Control System shall include [1] IR Receiver Port for optional IR-Receiver,
which is compatible with Universal IR-Remotes that transmit standard RC5 Codes.
Control System shall include [1] Cresnet Port.
Control System shall include a built-in [4 x 2] Video Switch – (Composite;
which can also be configured as [2 x 1] S-Video).
Control System shall include a built-in [7 x 1] Stereo Audio Switch and
built-in Volume, Bass, Treble Control for all channels.
Control System shall include a built-in 6-Band Parametric Equalizer,
configurable using Crestron Digital Audio Tools Software. Digital Audio
Tools Software shall support auto configuration/programming of multiple
custom preset Parametric and Graphic Equalization modes.
Control System shall include built-in Video Sync-Sensors on all VideoInputs for Source Device Status Sensing.
Control System shall be able to be automatically configured and
programmed using Crestron MP2 System-Builder Software. System
Builder Software shall not require any prior/formal programmer training,
and shall support IR/Serial/RS-232 Drivers for thousands of Industry
standard devices.
Control System shall be fully compatible with Crestron RoomView multisystem management software and other Crestron e-Control Power
Applications (i.e. e-Outlook, e-PowerPoint, etc.).
Control System shall include a 10/100 BaseT Ethernet Port that supports
all of the following features:
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TCP/IP Communications
DHCP and DNS Support
802.11b and Bluetooth Compatibility
Native Email Client
Remote Diagnostics
Remote Program Loading and Administration
Built-In Web Server
FAT32 File System for easy data management
SSL security plug in
PDA Integration and Control, XPanel PDA - Pocket PC 2002
ü WebTablet Integration and Control – Microsoft Tablet PC
ü Self Generating Executable GUI, XPanel EXE – Microsoft Family of
OS
ü Self Generating ActiveX powered IE Integration and Control, XPanel
IE
ü Self Generating Java powered Web Integration and Control
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Control System Processor shall utilize a real time, event driven, multitasking, multi-threaded operating system with a dual bus architecture.
High speed processor shall communicate directly with Ethernet, control
ports and proprietary control network utilizing high-speed, parallel bus
infrastructure. Control processors that communicate via a serial bus shall
not be accepted.
Control processor shall contain 36 MB of memory.
Control System processor shall utilize a FAT32 file structure.
Support internal communications speed via two, independent
communications busses. First control bus speed shall be at least 40 mb/s,
second control bus speed shall be at least 300 mb/s.
Full API (Applications Interface) directly to control system via TCP/IP for
integration with Visual Basic, C++, Java, etc. applications. API support
through included Crestron ActiveX module and/or Crestron Dynamic Link
Library (.DLL).
Patent pending Network Analyzer to continuously monitor the integrity of
the Cresnet network for wiring faults, marginal communication
performance, network errors – all information is viewable.
Support RS-485 token passing network with data communication for a
minimum distance of 5000 feet.
Allow proprietary network expansion via Ethernet or RS-232 ports, which
can allow for high-speed network acceleration.
Support a minimum of 253 proprietary network devices simultaneously.
Control system shall support object-oriented logic based programming
language and a C-like language programming language. Both
programming types are supported to run simultaneously and integral to
each other.
Control system manufacture shall supply Windows-based graphical
programming software for drag and drop object oriented programming for
the control system operation.
Control system manufacture shall provide Windows-based graphical
programming software, which is self-documenting in that it generates a
symbolic flow diagram printout from the system program.
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The control system shall support a variety of wireless communication
modes, including one-way and two-way radio frequency and infrared
transmission.