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Magico DSP Control Instruction  

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Introduction 

This User Manual describes how to operate the Magico’s DSP 
settings via the USB Computer Interface. Alternatively, the DSP can 
be configured completely via a remote connection to a PC or MAC 
using the LAN options (Ethernet). After you have become to 
familiarize yourself with the processor, we encourage you to 
experiment and find the most effective and efficient way to run your 
system by utilizing the powerful processing of the Magico Control 
DSP. This powerful processor with two analog inputs, four outputs 
and ten PEQ bands per input and output and a frequency range up to 
26 kHz. The rugged analog input stage accepts input voltages of up 
to +23dBu thus matching any source on the market today, with an 
excellent dynamic range of 110dB.  

Features: 

- 110dB dynamic range (inputs) 

- Electronically balanced inputs 

- Matched-impedance outputs 

- Ten parametric filters per input and output 

- EQs are Bell, High Shelf, Low Shelf, Notch, All Pass, Band Pass, 
High Pass, and Low Pass 

- 1000ms delay per input, 5ms delay per output 

- Butterworth, Bessel, Linkwitz-Riley filters up to 24dB / Oct. 

- True RMS Compressor 

- Zero Attack Peak Limiter 

- Latency 990 microseconds 

- Full configuration and real-time monitoring via PC or MAC (USB and 
Ethernet interface) 

- 50 Presets 

- 64 bits multi-mode digital processing 

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I. Overview of Connectors and Controls 

Rear Panel 

USB Connector 

The USB connector is used to connect the DSP to a PC or MAC. It 
can then be configured and controlled in real time with the freely 

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Summary of Contents for Q-Sub

Page 1: ...m and also to describe the various aspects of crossover and equalization optimization using our highly adjustable Digital Signal Processing software For those with home theater applications please con...

Page 2: ...frequencies there is no need for high end microphones or hardware to enable the measurement of high frequencies or distortion General information The Magico QSub is designed to add Ultra low frequenc...

Page 3: ...frequency response possible Adjust distance from the rear and side walls by increments of 6 at a time to remove as many frequency response dips as possible Once you are satisfied with the position of...

Page 4: ...ured via ethernet connection to a network later on in this manual 5 Position your QSub s We will start by measuring the QSub bass frequency response We will try to optimize the QSub location so we wil...

Page 5: ...ere you can see for a single subwoofer the Left position rear corner positioning is the best It is much smoother from 50 100 Hz Here is the same Measurement with the window expanded to 50 200Hz of 5 2...

Page 6: ...ips You can see that where both speakers have the same level and are both flat they gain a 6 dB increase in level combined When one of them has a dip the speaker with the dip simply fails to contribut...

Page 7: ...emove the casters and apply the feet apply the brakes on both casters which have them While two people lift up the side of the speaker without the brakes a third person unscrew the casters and replace...

Page 8: ...shot below The level of the sub should be between the mains levels up to 6 dB more See the graph below This is subject to the room structure and low frequencies behavior generally speaking wood houses...

Page 9: ...overall bass response This way the mains and a single QSub load the room from three positions In the example in Figure 6 below the best location for the sub red line has a dip at 70 Hz The mains black...

Page 10: ...m modes 2 Use eq filters to shape the response into a desirable in room response Step 1 Since REW has a very useful EQ tool to calculate filter settings we will use it to demo how to achieve our targe...

Page 11: ...the EQ window and select EQ filters 8 Choose a peak to target and then set the frequency attenuation and filter width Q until it is removed Step 2 Targets in the bass region have a wide area of flavo...

Page 12: ...In Room common target limits of 12 21...

Page 13: ...accepts input voltages of up to 23dBu thus matching any source on the market today with an excellent dynamic range of 110dB Features 110dB dynamic range inputs Electronically balanced inputs Matched...

Page 14: ...og inputs The analog input section of the DSP offers two electronically balanced XLR connectors The input level is 23dBu max electronically balanced II Getting Started Quick Start For those of you tha...

Page 15: ...work address indicated by the text This connection has limited or no connectivity The computer and the DSP both will assign themselves a network address in the ZeroConfig range 169 254 0 0 169 254 255...

Page 16: ...rs There may also be limiters set up to keep your amplifiers from going into clipping and protect your speakers from the hazards of a clipped signal Your amplifiers play a vital role in system setup b...

Page 17: ...ss Filter High Pass Filter You can choose from Butterworth 6dB Bessel 6dB Butterworth 12dB Bessel 12dB Linkwitz Riley12dB Butterworth 18dB Bessel 18dB Butterworth 24dB and Bessel 24dB You also have op...

Page 18: ...y12dB Butterworth 18dB Bessel 18dB Butterworth 24dB and Bessel 24dB Parametric Equalizer PEQ There are ten bands of parametric equalization Each band can be adjusted freely over the complete frequency...

Page 19: ...ue RMS compressor The available parameters are Threshold Attack Hold Release Ratio and Makeup Gain To access click on the grey colored Virtual button labeled Compressor Limiter The limiter is a zero a...

Page 20: ...his action cannot be undone but you can edit and store over your preset if you need to make changes Now your preset is saved in the selected location The presets contain all filter dynamics gain setti...

Page 21: ...sword ATTENTION Make sure to remember the password When the unit is locked and you forgot the password it is not possible to unlock it without contacting your local service representative The default...

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