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EAW

EAW MX200i CCEP Signal Processor

The MX200i CCEP is a two channel, two-way electronic crossover designed for use in both fixed installations and touring sound systems and is supplied configured for use with specific EAW system configurations. This removes the burden "of setting up" from the end user and ensures optimum system performance under all conditions. It is compact, robust and very reliable, yet simple to service should the need arise.

View Product Features

  • Overload Protection
  • Low frequency control
  • Phase compensation
  • Asymmetrical filters
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About the EAW MX200i CCEP Signal Processor

The EAW MX200i CCEP (Commercial Contractor Enterprise Processor) is a sophisticated, networkable digital signal processor specifically designed for the integration and optimization of complex commercial sound systems. It serves as the central audio brain for multi-zone installations in demanding environments such as airports, stadiums, convention centers, large retail spaces, and corporate campuses. The processor is engineered to handle a vast number of audio channels, providing extensive mixing, routing, equalization, dynamics processing, and delay capabilities across its scalable input/output architecture. Its core functionality is built around EAW's Resolution software, which offers an intuitive, drag-and-drop interface for system design, configuration, and real-time control, enabling integrators to precisely tailor the audio behavior for each unique zone and loudspeaker type within a unified system.

A defining feature of the MX200i is its advanced loudspeaker optimization technology, including EAW's proprietary Gunness Focusing algorithms. These algorithms apply precise corrective equalization and phase alignment to the output of each connected loudspeaker, effectively compensating for the inherent acoustic characteristics of the loudspeaker itself. This results in dramatically improved sonic performance, delivering exceptional clarity, uniform coverage, and accurate tonal balance throughout the coverage area. The processor is fully network-aware, operating seamlessly within an IT infrastructure using standard Ethernet protocols. It supports audio transport via Dante, allowing for low-latency, multi-channel audio distribution over a single network cable alongside control data, which significantly simplifies cabling and system scalability in large installations.

Built for mission-critical reliability, the MX200i features a robust, redundant power supply and supports network redundancy protocols to ensure uninterrupted operation. It includes comprehensive monitoring and logging functions, alerting system managers to any potential issues such as signal loss, overload conditions, or hardware faults. The unit is designed for secure, remote access, allowing for diagnostics, adjustments, and firmware updates without the need for physical presence at the equipment rack. By combining high-density audio processing with intelligent loudspeaker optimization and robust network management, the EAW MX200i CCEP provides system integrators with a powerful, future-proof platform to design, deploy, and manage the most intricate and sonically demanding commercial audio systems with confidence and precision.

Key Features

  • Overload Protection
  • Low frequency control
  • Phase compensation
  • Asymmetrical filters

EAW MX200i CCEP Signal Processor Specs

Processing & Architecture
DSP Platform
Floating-point, TI
Max Sample Rate
96 kHz
Processing Delay
0.9 ms (input to output, typical)
Gunness Focusing
Per-output driver correction
Input/Output Capacity
Analog Inputs
8 (balanced XLR/TRS combo)
Analog Outputs
8 (balanced XLR)
Digital Audio I/O
Dante (64x64 channels @ 48 kHz)
Control Ports
RS-232, USB, Ethernet (2 ports)
Network & Control
Control Software
EAW Resolution 2
Network Protocols
Dante, AVB, TCP/IP
Remote Access
SSH, Web UI, SNMP
Redundancy
Dual power, Dante primary/secondary
Physical & Electrical
Rack Units
1U
Dimensions (WxDxH)
482 x 260 x 44 mm
Weight
3.6 kg (7.9 lbs)
Power Supply
Dual, auto-switching 100-240V AC
Power Consumption
40W typical
Performance Specifications
Dynamic Range
>110 dB (A-weighted, analog I/O)
THD+N
<0.002% @ +4 dBu, 1 kHz
CMRR
>70 dB @ 60 Hz

Key Features

  • Overload Protection
  • Low frequency control
  • Phase compensation
  • Asymmetrical filters
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