Stanton SCS.1m user manual Rear Panel

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3.3Rear Panel

In 2.2 “Connecting to audio components,” we gave you an iconic representation of what could be connected to the SCS.1m. Here, we will briefly describe the Rear panel. (Figure 3.8)

Figure 3.8

1.Power Switch: Turns the SCS.1m ON or OFF.

2.DC IN: Input connection for the included power supply. While the power is switched OFF, plug the power supply into the mixer first, and then plug it into the outlet.

3.FireWire Jacks: Sends audio and MIDI to and from the SCS.1m. Multiple MIDI devices can be strung together to create a chain of SCS components. Check Chapter 2.3.

4.Master Output: The main outputs are ¼” Balanced TRS jacks. Ideally, you will be going to a balanced input from the main outputs. Used for sending balanced master audio bus to PA, the master outputs are extremely loud so it is suggested to first bring the volume of the master outputs completely down in your host application before playback.

5.Zone Output: This is an unbalanced RCA and probably where you are going to hook up your booth monitor, or it can be used as a Record Out or as an Aux Out for external FX.

6.Phono/Line Input: This is an RCA input where you would connect a CD player, a turntable, (for example to record real-time samples or playback of non digital audio medium) or other external devices. Note that there is a LINE/PHONO switch attached to this input that you should set according to what you have connected. When connecting a turntable, this should be set to PHONO. If your turntable has a ground cable, attach it to the grounding post (GND) located directly above the LINE/PHONO switch.

7.Trim: the Trim knobs and clip indicators for both inputs will let you adjust the incoming audio signal.

8.Mic Input: Connect a microphone for sampling your voice or getting the crowd hyped up!

9.Footswitch Input: A footswitch may be connected for toggling of virtual decks or any other MIDI control in software

Important The SCS.1m is not an analog mixer, even though it looks like one. It is a MIDI Controller and an Audio Interface (soundcard). Because of this, the operation of the inputs and outputs is largely determined by the software it is running with. For instance, if you are using a program that will accept an audio source as an input, then you will be able to use the input jacks. However, if your software does not support incoming audio, then you will not hear from devices connected to the SCS.1m inputs no matter how they are connected.

Now that everything is connected and you have a better idea about the SCS.1m panels, let’s install the SCS.1m Software.

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Contents SCS.1m Power Supply Important Safety InstructionsIii Introduction Welcome to the SCS.1m Unpacking OverviewConnecting the SCS.1m Connecting to Your Computer Connecting to Audio Components SCS.1m + Traditional Turntable Connecting to the SCS.1dSCS.1m Setups SCS.1m + SCS.1dTop Panel Functional Groups SCS.1m DescriptionTop Panel Functional Groups continuation Encoder Section Channel StripMaster Section Crossfader SectionBrowser Section Front Panel Rear Panel SCS.1m Software Installation Windows XP Page Page Page Click Next to continue. Figure Click Finish. Figure Page Page Mac OS Page Page Page Page Anatomy of DaRouter DaRouter About DaRouterSection B Device Configuration Section a Active Preset DropdownRestart Preset Button Preset Documentation ButtonPage Section C Activity Monitor LogosVersion Using DaRouter Loading a PresetUsing a Preset for the First Time Am getting click and pops in my audio Cannot find the driver for my controllerHeadphone SNR A-weighted Specifications Output Level BalancedBalanced Output SNR A-weighted RCA SNR A-weightedDPC Windows XP-Vista Appendix Optimizing Computers for 1394 FireWireTest Interval Current Figure A.2 Figure A.3 Figure A.4 Figure A.5 Windows 1394a Bandwidth Limiting Issue Windows XP-VistaFigure A.7 Figure A.9 Then expand the System branch. Figure A.11 Now expand Enum. Figure A.13 Then expand the PCI branch. Figure A.14 Right click on your FireWire device and click Properties Now click on the Details tab. Figure A.17 Figure A.19 Figure A.21 Figure A.23 FireWire ChipsetsPage