SCS.1m
Mixer Control Surface/Audio Interface
USER MANUAL
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Contents
1. Introduction …………………………………………………………………………………………………………………………………….… 1
1.1. Welcome to the SCS.1m …………………………………………………………………………………………………………….……. 1
1.2. Overview ……………………………………………………………………………………………………………………………….……...... 2
1.3 Unpacking ……………………………………………………………………………………………………………………………….………. 2
2.1 Connecting to Your Computer ……………………………………………………………………………………………….………… 3
2.3 Connecting to the SCS.1d ………………………………………………………………………………………………………….…….. 5
2.4 SCS.1m Setups ………………………………………………………………………………………………………………………………… 5
3
SCS.1m Description …………………………………………………………………………………………………………………….……… 6
3.2 Front Panel ……………………………………………………………………………………………………………………………………. 11
3.3 Rear Panel ………………………………………………………………………………………………………………………………….…. 12
SCS.1m Software Installation …………………………………………………………………………………………………………... 13
DaRouter ……………………………………………………………………………………………………………………………………….… 26
Troubleshooting ………………………………………………………………………………………………………………….………… 31
Specifications ……………………………………………………………………………………………………………………..…………. 32
Appendix
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1.
Introduction
1.1
Welcome to the SCS.1m!
Thank you for purchasing SCS.1m! The SCS.1m (Stanton Control System 1 mixer) is the premier mixer control
surface/audio interface for laptop DJs, remixers, VJs, and producers.
Before we begin, there are a few important issues we would like to bring to your attention.
There is a software component to this hardware. It is called DaRouter. DaRouter is a kind of “MIDI processor” that
allows the use of presets. These presets can be application specific mappings, or generic maps that can be applied
to a number of different software packages. In fact, you may already be familiar with the DaRouter software
because it is also used with our SCS.3 line of controllers. Well, DaRouter is even more important for the
SCS.1 controllers than it is for the SCS.3 controllers. This is because the DaRouter software for the SCS.1 controllers
also contains the driver for them. So it is important for you to go to http://www.enterthesystem.com/scs1 to
download and install the latest DaRouter software. This single software package gives you the latest presets and
the latest version of your driver. Be sure to keep your DaRouter software updated so you can take advantage of
new presets and features as they become available!
This brings us to the next important issue. Please do not connect the SCS.1 hardware to your computer before you
go through the driver install. Most audio interface installers, FireWire or USB, carry the same warning. We know
that when you buy new gear, most people are excited to hook it all up and see what it can do, but in this case, it is
better to wait until you are prompted. The process will go like this…
• You should connect the power to your SCS.1m and locate the FireWire connector, but do not connect it to
the computer yet.
• Download and run the DaRouter installer for the SCS.1m. This installer is located at
• A dialog box will open telling you to connect and power up your SCS.1m. At this point, connect the FireWire
cable to your computer, then turn the unit ON.
The driver will then detect the SCS.1 devices connected to your computer and load the drivers for them. Allow the
installer to continue normally. Following these steps is a good idea for any hardware installation you have, and
might save you from possibly having to troubleshoot a problem later.
Finally, we would like to point out that the descriptions of specific functionality of the SCS.1m are generic.
The SCS.1m is a MIDI controller combined with an audio interface. Although it looks like an audio mixer, it in fact is
not. The functionality of a given control on the surface of the SCS.1m (like the crossfader for example) is
dependent on what it is assigned to. Likewise, the audio inputs and outputs may change depending on how you’re
using the SCS.1m (the Booth output could be the booth output in one program, and a recording output in
another). We had to start somewhere, so we thought it would be best to describe the functionality of the generic
preset. When you are using other presets, you can click on the Preset Documentation button in DaRouter (it’s the
“?” button) to learn all about how that specific preset works with your new SCS.1m.
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1.2
Overview
Designed in an intuitive DJ mixer, the SCS.1m features four channel strips with faders, assignable encoder section,
EQ controls, high-precision metering, a responsive crossfader, a straightforward Cue/Monitoring section, a unique
footswitch input, and much more…
The SCS.1m and the SCS.1d (deck) are the main components of the SC System 1; the first truly professional DJ
control system. You can use the SCS.1m as standalone or in conjunction with the SCS.1d, not only to expand your
configuration options but also to control your DJ application’s main parameters. Let’s take a look of the main
SCS.1m features:
• Familiar 4-channel design with intuitive high-precision metering
• Assignable Encoder section with 360° of LED feedback
• LCD “scribble strips” for two-way communication with selected DJ software
• Easy controller mapping into popular DJ and VJ software (e.g., Traktor DJ Studio™, Traktor Scratch™,
Ableton Live™, or any other MIDI compatible software)
• Navigation section for remote browsing through playlists
• Mic and Phono/Line input for sampling, archiving vinyl, and remixing
• Built-in FireWire connections with full Mac and Windows compatibility
• Perfect as a standalone mix controller, or in combination with SCS.1d
• Balanced, studio-quality TRS output for mains; RCA booth output, and 1/4˝ headphones output
• Unique footswitch input enabling hands-free control of software parameter
Before you start hooking up your new unit, let’s check what is in the box!
1.3
Unpacking
Please check that you have received the following items:
• (1) SCS.1m unit
• (1) FireWire cable
• (1) 4 to 6 pin FireWire adapter
• (1) Power cable and adapter (12V)
• (1) Headphone extension cable
• (1) SCS.1m User Manual
In addition to the above items, remember that to take advantage of the SCS.1m full potential you will need the
SCS.1d or a traditional turntable, a Mac or PC computer, a DJ application, and to install DaRouter software. So let’s
get started!
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2.
Connecting the SCS.1m
2.1
Connecting to Your Computer
Step 1: Locate the included power cable and adapter (12V) and connect it to the
SCS.1m and to your power source. (Figure 2.1)
Note If you own both the SCS.1m and the SCS.1d, the power adapters look very
similar. Looking at the output voltage will tell you which is for which component,
(e.g., 12V for the SCS.1m, and 24V for the SCS.1d). There is also a label on each of
the power cords to specify which product they are to be used with.
Figure 2.1
Step 2: Attach the included FireWire cable to the SCS.1m. The FireWire ports are
clearly labeled on the back panel of the SCS.1m. (Figure 2.2)
Figure 2.2
Step 3: Download and run the DaRouter installer for the SCS.1m.
A dialog box will open telling you to connect and power up your SCS.1m. At this
point, connect the FireWire cable to your computer’s FireWire port (Figure 2.3),
and then turn the SCS.1m ON. Do not connect the SCS.1m until prompted.
Figure 2.3
On laptops, there are two different types of FireWire ports: 6 and 4 pin. Typically, you will find “full sized” 6 pin
ports on Apple laptops. If your computer has a full sized (6 pin) FireWire port, use the included FireWire cable to
connect directly from the SCS.1m to your computer.
Most PCs will have a 4 pin FireWire port. So if you have a 4 pin port on your computer, connect the FireWire cable
to the provided 4 to 6 pin adapter, and then just plug it to your computer’s 4 pin FireWire port. Now that power
and FireWire are connected, we can hook up audio in and out.
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2.2
Connecting to Audio Components
Figure 2.4
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2.3
Connecting to the SCS.1d
All of the SCS.1 controllers have two FireWire ports on them, so devices can be chained together if needed.
So when connecting a single SCS.1d to the SCS.1m, you would go from the unused FireWire port on the SCS.1m
(Figure 2.5), (the other port is connected to your computer) to an open port on the SCS.1d. (Figure 2.6)
Figure 2.5
Figure 2.6
Likewise, if you’re connecting two SCS.1ds to a SCS.1m, then you would go from the free FireWire port on the first
SCS.1d to a port on the second. Any other FireWire devices should go at the end of the chain and not before any of
the SCS.1 controllers.
Let’s take a look of the SCS.1m Setups.
2.4
SCS.1m Setups
SCS.1m
This mixer-only setup allows for basic mixing and transport control of software decks. Thanks to the
SCS.1m built-in audio interface capabilities, it is perfect for DJs wanting an all-in-one solution to play from
their software into a PA system. (Figure 2.7)
Figure 2.7
SCS.1m + SCS.1d
This mixer-and-deck configuration can be used to emulate a dual-deck setup by using virtual
decks for controlling transport, loop, and effects, while using the mixer to blend and EQ songs
and sounds. This system is the perfect entry into the world of professional SC System laptop
mixing. (Figure 2.8)
Figure 2.8
Figure 2.9
SCS.1m + Traditional Turntable
The SCS.1m mixer can be incorporated into Digital Vinyl Systems (DVS) that support MIDI
control by running the time code into a sound card and using the SCS.1m’s built-in MIDI
functionality to control the user’s preferred DJ software. (Figure 2.9)
Dual SCS.1d + SCS.1m
This setup recreates the “traditional” DJ system, allowing users to have two physical
decks, each representing an on-screen deck (which can easily be toggled to four decks
by using virtual decks). The mixer is used for blending, channel EQ, etc, in a traditional
manner. This setup is tailored towards professional DJs wanting to replace their existing
setup with an SC System controller-based solution. (Figure 2.10)
Figure 2.10
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3.
SCS.1m Description
In this chapter, we will briefly describe the Top, Front, and Back SCS.1m panels.
It’s important to understand that the SCS.1m is a traditional DJ mixer “analogy” in a control surface. This means
that while the SCS.1m looks like a DJ mixer, at its core, it is really a control surface. As a control surface, the
SCS.1m’s functionality is completely derived from the host application (software) that it is controlling.
The SCS.1m also utilizes presets in DaRouter to define functionality, which can drastically change its functionality
depending on how the preset is configured. So as we discuss the panel and layout it is important to remember that
when running a specific preset its best to read the documentation associated with that preset as it will explain how
the SCS.1m is tailored towards the application it is being used with. So in the below explanations we describe the
controls and how they traditionally may be mapped into an application.
3.1
Top Panel Functional Groups
To easily understand the main SCS.1m Top Panel, we have divided it in five functional groups:
- Channel Strips
- Encoder Section
- Crossfader Section
- Master Section
- Browser Section
On the next page, let’s take a look of the Figure 3.1:
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Top Panel Functional Groups (continuation)
Figure 3.1
Now, let’s take a closer look of each of the functional groups.
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3.1.1
Channel Strip
The button at the top of the strip might be mapped to functionalities like deck or
channel focus, a shift modifier, etc.
Five rotary encoders in the top section of the channel strip can be mapped to
traditional mixer functions like gain, EQ, and panning. (Figure 3.2)
The A and B buttons in the lower section of the strip can be used to toggle
modifiers, assign the strip to the crossfader, etc.
The CHANNEL FADER would usually be mapped to deck or channel volume.
The buttons at the bottom of the strip can be mapped to deck focus, cue,
play/pause, record, etc.
Figure 3.2
Each strip also has a LED peak meter that responds to MIDI feedback and can be used to indicate channel Pre-Fade
Listen (PFL) if your application supports it.
3.1.2
Encoder Section
This section consists of four rotary push encoders, each with an LED encoder ring
to indicate the value of the encoder, and an LCD “scribble strip” that can be used
to indicate the functionality of each encoder. (Figure 3.3)
There are also four buttons to the right of the channel strips that can be used to
change the functionality of the encoders.
Encoders can be programmed so that the entire group of four can be used to
operate a single device or channel. For instance, four different effects parameters
for a single channel. Also, they can be set so they work as part of each channel
strip so each encoder might control a single functionality on all four channel strips
- like deck key, or Aux send.
Figure 3.3
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3.1.3
Crossfader Section
The CROSSFADER is traditionally used to fade between songs playing in different
channels. (Figure 3.4)
You might also consider mapping the CROSSFADER to non-traditional
functionalities, like effects parameters, filters, or setting selections (like scrolling
through effects).
Figure 3.4
3.1.4
Master Section
The Master Section controls various SCS.1m outputs. (Figure 3.5)
The ZONE knob is meant to be mapped to an Aux out, like a booth monitor or
effects send. This is a MIDI control and does not affect the Aux output on the rear
panel of the mixer. This MIDI control would need to be assigned to the volume
control in the host application for that output.
The MASTER out can be mapped to control master output.
The HEADPHONES knob should be mapped to control the output level for the
attached headphones.
CUE MIX can be mapped to control the cue/program ratio in your headphones.
Figure 3.5
There is also an L/R peak meter that responds to MIDI feedback and can be set to indicate output levels if your
software supports it.
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3.1.5
Browser Section
This area of the SCS.1m would typically be mapped to browser-type functionality,
whether that is scrolling through your library in Traktor, or selecting scenes in
Ableton Live. (Figure 3.6)
The three buttons at the top of the section can be used to select and activate
banks or directory trees.
The large push encoder can be used to scroll through and select songs, scenes, or
directory trees. It would also allow the user to scrub through songs and/or cue
them.
The ENTER and CANCEL buttons can be used to answer program prompts.
Figure 3.6
The SETUP, CONTROL, and BROWSE buttons at the bottom might be used to switch the overall operation of the
browser section (for instance, change it from library navigation to song scrubbing).
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3.2
Front Panel
In this panel, you will be able to connect your headphones. Stanton has included a headphone extender cable as
the headphone jack is recessed into the panel to prevent accidentally damaging the headphone jack. Stanton has
designed the headphone output to be extremely powerful and loud; it is important to remember that you must
control the level of this output in your host application or assign it to the headphone knob on the front panel for
volume control. ALWAYS have the headphone output turned down in your host application before using the
headphones and slowly bring the volume up to a comfortable level. (Figure 3.7)
WARNING: Never put your headphones on until you are 100% sure you have control over the output level. This is
good safe practice and something which should become second nature to you.
Figure 3.7
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3.3
Rear 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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4.
SCS.1m Software Installation
To fully maximize SCS.1m capabilities and take advantage of its great features, some software needs to be installed
with it. In fact, the SCS.1m Software Installation process differs greatly between Mac and PC computers.
- On a Mac, the SCS.1m is Core Audio compliant, which means that the OS will recognize the SCS.1m without
needing to install a driver. However, on a Mac you will need to install DaRouter for proper MIDI
functionality.
- In Windows, an ASIO driver needs to be installed. An ASIO driver allows your audio software to
communicate directly with your SCS.1m without going through the normal operating system processing,
which lowers latency, and can give you higher audio quality (Core Audio acts in the same way as an ASIO
driver but without the need for extra software). To make installation easier for Windows users, we have
included the driver installation in the SCS.1 DaRouter installation, meaning there is still only one installer to
run.
In either case, (Mac or PC) the DaRouter software needs to be installed. This software acts as an intermediary
between your SCS.1 controllers and your performance software, intercepting and processing MIDI messages
before sending them out to your application of choice. This process takes less than a millisecond, and gives you
some amazing power. Not only does it allow you to quickly change the MIDI output of the SCS.1 controllers
(by switching presets), it also allows for logic-based programming that your performance software may or may not
be capable of performing. This means that it is actually possible to add or change some functionality in your
software of choice. This can be as simple as adding MIDI data to an application that does not normally support it,
to totally changing the behavior of a given control.
In short, if you are a PC user, you will run one installer that will install the SCS.1m driver and DaRouter. If you are a
Mac user, you do not need to install any driver. You just need to make a few easy settings in the Audio MIDI Setup
applet and install DaRouter.
Before walking through specific installation procedures for Mac and PC, you will need to download the latest
version of DaRouter from the Stanton website:
So, let’s follow the specific instructions for each platform.
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4.1
Windows XP
1. Double click the executable file (.exe). If the following Open File- Security Warning appears, click Run. (Figure
4.1)
Figure 4.1
2. The Stanton SCS.1 DaRouter Setup Wizard will guide you through the installation process. Click Next.
(Figure 4.2)
Figure 4.2
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3. To install the software for the first time, choose the Standard option. To update your previously installed
version, choose Custom. In this example, let’s choose Standard. (Figure 4.3)
Figure 4.3
4. Read the License Agreement, select the “I accept the agreement” option, and then click Next.
(Figure 4.4)
Figure 4.4
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5. The installation of the ASIO driver will begin. Make sure that your SCS.1 controller(s) are properly connected
but do not turn them ON yet. When you are ready, click Next. (Figure 4.5)
Figure 4.5
6. In this step, you are able to choose where to install the driver. However, if you do not really need to change
the location, leave the default setting and click Install. (Figure 4.6)
Figure 4.6
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7. Turn your SCS.1 controllers ON and click OK. (Figure 4.7)
Figure 4.7
8. Wait for a few seconds, normal operation will resume shortly. (Figure 4.8)
Figure 4.8
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9. Click Next to continue. (Figure 4.9)
Figure 4.9
10. Click Finish. (Figure 4.10)
Figure 4.10
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11. Read information regarding this build of the installer then click Next. (Figure 4.11)
Figure 4.11
12. Click Finish. (Figure 4.12)
Figure 4.12
That’s it. You have installed the SCS.1m driver and DaRouter.
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To check that your drivers and software are properly installed, open Device Manager. On your desktop, right
click My Computer icon and click Properties. In the System Properties window, click the Hardware tab, and
then the Device Manager button. (Figure 4.13)
Figure 4.13
You will see a new section called Stanton 1394 Audio Devices that includes the Stanton 1394 Virtual Device
and a hardware specific driver for each controller you have connected. Check that the SCS.1m and SCS.1d
devices are attached to your computer.
You can also click the Start button and verify that all associated applications appear there. (Figure 4.14)
Figure 4.14
You will see a driver program group, along with an SCS.1 DaRouter icon. That is it. You are done!
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4.2
Mac OS X
Before you install DaRouter, please follow these easy steps:
1. Connect SCS.1 controllers to the computer's FireWire port but have them powered OFF.
Turn ON your SCS.1m controller. Open the Audio MIDI Setup applet to make sure it is recognized.
The Audio MIDI Setup applet is located in Applications\Utilities. You should see the SCS.1m located in the Audio
tab. (Figure 4.15)
Figure 4.15
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To install DaRouter, please follow the next instructions
1. Double click the .dmg file to expand it. (Figure 4.16)
Figure 4.16
2. Double click the DaRouter.pkg file to start the installer. (Figure 4.17)
Figure 4.17
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3. Once the installer has started, click Continue. (Figure 4.18)
Figure 4.18
4. Read the license agreement and click Continue. In the next dialog, click Agree. (Figure 4.19)
Figure 4.19
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5. Next, you can set the default path of the program. Click Install unless you want to install DaRouter to a
specific destination. (Figure 4.20)
Figure 4.20
6. DaRouter will be installed. Once done, click Close. (Figure 4.21)
Figure 4.21
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7. DaRouter will be installed into your Applications folder and the presets will be placed in your home
directory. Plug in your SCS.1m, start DaRouter, and read the rest of this documentation. (Figure 4.22)
Figure 4.22
Now that you have installed DaRouter, let’s learn about it.
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5.
DaRouter
5.1
About DaRouter
DaRouter is an application developed between Stanton and Bome’s Software, which allows SCS.1m to specifically
integrate and interact with audio applications. DaRouter takes incoming messages coming from SCS.1m using a
proprietary high speed messaging protocol and translates them to the host target audio application through the
form of presets. This translation process allows the unit to change its functionality depending on which mode the
unit is in and the desired host application functionality. Every single action on SCS.1m is processed through
DaRouter, which means that as applications evolve, so do presets… More importantly, presets can be created and
edited freely with virtually no limit to what SCS.1m can do, thus opening up a whole element in control surface
DJing. It is important to constantly check the Stanton website and forums for new presets.
5.2
Anatomy of DaRouter
DaRouter is the brains behind interaction between SCS.1m and the application it is being used with. DaRouter is
designed to sit in the background and just translate MIDI but does have some functionality to load presets and
configure your SCS.1m with DaRouter/Active preset. Before we load a preset, let’s take a quick tour of what
everything inside of DaRouter does.
To easily describe DaRouter, we divided its interface in three sections: A, B, and
(Figure 5.1)
C
respectively.
Figure 5.1
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5.2.1
Section A
Active Preset Dropdown
The Active Preset is the currently used preset. In this drop down menu, all
pre-installed presets will be listed as well as any presets dragged or manually
loaded into DaRouter. To load a preset into DaRouter, just select one from
the list.
At the bottom of the drop down list is a Browse listing that can be used to
manually browse a preset using a file explorer dialog.
Restart Preset Button
The Restart button will start the currently running preset. This should not
need to be used, but gives you the option to restart a preset in case of any
problems.
Figure 5.2
Preset Documentation Button
The Preset Documentation button (shown as “?”) will load the HTML documentation associated with the selected
preset. The preset documentation includes all the setup instructions for using the preset with the application it
was designed for. To fully take advantage of the SCS.1m capabilities it is strongly recommended to click the Preset
Documentation button and read its content every time that you load a new preset. (Figure 5.2)
5.2.2
Section B
Device Configuration
This section indicates if a device is required for use with a preset, and if that
device is connected. For “Single” presets, only one device is required. For
“Dual” presets, two devices are required. When a device is not used in a
preset, the image will be ghosted. When a device is used, the image will be
gray, and when the device is detected (plugged in), it will glow blue to
indicate connectivity.
Device Dropdown
The device dropdown menu will list any detected devices by their serial
number. Selecting a device will assign it to the deck used in the preset. Once
this assignment is made, DaRouter will remember the assignment for future
use so you do not need to assign the device each time. (Figure 5.3)
Figure 5.3
Options
Below each Device Dropdown menu there is a button called Options. Clicking on it will allow you to change several
important settings.
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For example, if you click the SCS.1m Options button the
SCS.1m Audio Control Panel will open so you will be able to Start and Stop
the streaming process, access the Deferred Procedure Calls (DPC) Latency
Checker (for more information please read the Appendix), and select the
Sampling Rate, FireWire Latency, and ASIO Buffering settings. (Figure 5.4)
Start / Stop Streaming – Use this to start or stop the audio stream between
the driver and hardware. If streaming has been stopped then no audio will
be passed to the hardware.
DPC Latency Tool – Stanton includes a troubleshooting tool for detecting
high DPC latency. When there is high DPC latency apparent on a machine it
can affect the performance of audio and MIDI streaming. You must have low
DPC latency to achieve consistent performance and low latencies.
Figure 5.4
Sampling Rate – Sampling rate will set the resolution of the audio coming from the outputs of SCS.1m. Higher
sampling rates mean more audio fidelity but also more processing on the computer and should only be used on
newer machines. Another consideration is the material being played. For instance, 96 kHz should only be used if
your source audio is high resolution whereas 44.1 kHz or 48 kHz should be used for MP3’s and CD quality content.
FireWire Latency – This sets the latency or speed in which audio is sent to the hardware. Low latency will make the
controls feel “snappier.” However, your computer must be able to support these low speeds. If the computer
cannot support low latency, then audio hiccups or “drop outs” might be observed. If low latency is not achieved
with a high-end machine, it is suggested to use the DPC tool and follow the instructions in Appendix for system
optimization.
ASIO Buffering – This controls the buffers used between the driver and host application. Low buffering will mean
higher speed / lower latency but requires a high-end computer.
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Now, if you click the SCS.1d Options button the SCS.1d Control Panel will
open, so you will be able to change the Scratch Engage, the Scratch Release,
and Pitch Bend Sensitivity values. (Figure 5.5)
Scratch Engage Sensitivity – The SCS.1d uses an algorithm to detect
scratching to accommodate MIDI scratching implementation in host
applications such as Traktor. The Scratch Engage slider will set how quickly
the scratch algorithm will detect that you are trying to perform a scratch.
Higher settings will make the algorithm more snappy. However, if you set
this value too high you run the risk of mistriggering a scratch message with
the slightest variance in record speed.
Scratch Release Sensitivity – This slider controls how quickly the SCS.1d will
detect the record being released and catching up to speed with the platter
thus entering regular playback mode and disabling scratching in the host
application.
Figure 5.5
Pitch Bend Sensitivity – The SCS.1d also has the ability to detect when the platter is being rubbed manually by
hand to slow or speed the track up. This is detected when the platter and record change speed at the same time
(whereas with scratching the platter keeps spinning at its set speed). Setting this value will change the sensitivity
and once again, making it too sensitive might cause mistriggers of the pitch bend message going to the host
application.
5.2.3
Section C
Activity Monitor
The activity monitor indicates messages flowing in and out of DaRouter.
The first arrow indicates an incoming message. The DaRouter icon
indicates a translation occurring, and the last arrow indicates an outgoing
message. The images will glow blue to indicate they are processing an
action.
Logos
Just for bling... actually, they do link to websites.
Version
This displays the current version of DaRouter. (Figure 5.6)
Figure 5.6
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5.3
Using DaRouter
When using DaRouter, there are two basic types of presets that you may utilize; generic and application specific.
The generic preset allows you to configure the application to SCS.1m through conventional MIDI Learn. However,
the application specific presets are designed to work specifically with certain applications and provide logic in
SCS.1m that is focused towards that application.
5.4
Loading a Preset
Confirm that no preset is loaded and your SCS.1m is connected. At this point, you may select the preset you wish
to use and then read its included documentation by clicking the “?” button. Also, remember to check the Stanton
website for the latest presets as they are constantly being updated to support new functionality and applications!
5.5
Using a Preset for the First Time
1) Select the desired preset you would like to use depending on which application you are using DaRouter with.
2) Move any SCS.1m faders or knobs, to confirm feedback is making its way into DaRouter and the unit should
load the preset and stop flashing.
3) Now you are ready to use the preset.
Important Click the “?” button next to the preset (Figure 5.7) to read its included HTML documentation which
explains setting up the host application and the functionality of the SCS.1m with that particular preset.
Figure 5.7
links.
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6.
Troubleshooting
1. I have both the SCS.1m and SCS.1d, and when I try to power them up nothing happens. What is wrong?
You probably have the power supplies for each controller swapped. If you plug the wrong power cord into
a unit, it won’t power up. The power cable for the SCS.1m supplies 12V, and the one for the SCS.1d
supplies 24V. You can also tell which is which by the color-coding. For example, gray for the SCS.1m and
blue for the SCS.1d.
2. Can I use the FireWire cable alone to power the SCS.1 controllers?
No, the SCS.1 controllers require external power. We intentionally wanted power to be supplied to
guarantee that consistent performance is achievable as not all bus power on the FireWire port is stable
across machines.
3. I cannot find the driver for my controller.
In Windows, the driver installer is combined into the SCS.1 DaRouter software. In OS X, the SCS.1m is
Core Audio compliant and doesn’t need a driver. As stated in the installation procedure, make sure you
download the latest driver from the Stanton website.
4. My computer does not have a 6 pin FireWire port on it.
Use the 6 to 4 pin adapter included in the SCS.1m package.
5. My computer doesn’t have a FireWire adapter at all.
In most cases, a FireWire interface can be easily added to a computer. For laptops, you need to look for
either a PCMCIA or ExpressCard based adapter (which one to use depends on the card slot your computer
is equipped with). For desktops, you should use an add-in PCI FireWire card. Please do not use a
USB-to-FireWire adapter cable because it will severely degrade performance.
6. I am getting click and pops in my audio.
This can be many things. Do you hear noise even when there’s no software playback? If so, then the cause
is likely a ground loop (especially if it goes away when running the computer on battery power).
If not, does increasing the buffering in the driver make the problem go away? If so, then it could be an
issue with your system performance. For OS tweaks, please read the Appendix DPC Optimization Guide.
If neither of the previous options seems to fix the issue, let’s try a couple of more alternatives.
Do you have multiple FireWire devices connected? If so, try using just the SCS.1m. If that addresses your
issue, then try re-ordering the devices in the FireWire chain. You should always have the SCS.1 controllers
“closest” to the computer and plug other devices (drives, etc) into them (or run your drives on a separate
port altogether). If you’re running Windows XP, you might need the SidSpeed fix. Please see these
Microsoft articles to determine if this is a fix for your issue…
To contact Tech Support, please call us at +1 954.316.1500 and select the SCS.1 option.
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7.
Specifications
Output Level Balanced
+23 dBu into 100K
Less than +/- 0.4 dB
Equalization (20 Hz-20 kHz)
Balanced THD+N (1 kHz)
Balanced Output SNR (A-weighted)
Balanced Output crosstalk
RCA Output level
Less than 0.005%
Greater than 108 dB
Less than -100 dB
+17 dBu into 100K
RCA THD+N (1 kHz)
Less than 0.003 %
RCA SNR (A-weighted)
RCA crosstalk
Greater than 108 dB
Less than -100 dB
Headphone Output
+13 dBu into 600R
+13 dBu into 150R
Headphone THD+N
Less than 0.009% into 600R
Less than 0.04% into 150R
Greater than 95.5 dB
Headphone SNR (A-weighted)
Headphone crosstalk
Less than -80 dB into 600R
+12 dBu (min gain)
Input full-scale (Mic)
+40 dBu (max gain)
Input SNR (Mic) (600R) (A-weighted)
Input THD+N (Mic)
Greater than 100 dB at min gain.
Greater than 83 dB at max gain.
Less than 0.004% @ -12.5 dB min gain.
Less than 0.015% @ -41 dB max gain.
2.45 dBu (Max Gain)
Input full-scale (RCA Line)
Input SNR (RCA Line)
Input THD+N (RCA Line)
Line crosstalk
Greater than 102 dB
Less than 0.005%
Less than -60 dB
Input full-scale (RCA Phono)
Input SNR (RCA Phono)
-33.8 dBu @ 1 kHz
Greater than 85.3 dB (system I)
Greater than 90 dB (33R gnd plug)
Less than 0.009% @ -35 dBu input
Less than -86 dB
Input THD+N (RCA Phono)
Phono crosstalk
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Appendix
Optimizing Computers for 1394 (FireWire)
When using any computer for live audio applications it is always suggested to perform certain optimizations to
ensure consistent performance. For the most part live audio is not always the highest consideration for both
hardware designers and software programmers. With that being said, Stanton has put together this guide and
included one of the most widely used troubleshooting tools (DPC Latency Checker) with the SCS1 to help optimize
your computer by performing certain tweaks, which we have found increases performance and stability
substantially.
If you are having issues getting your computer to recognize the SCS.1m then it is suggested to start with the
SidSpeed fix. If you are having issues with audio performance (drop outs) then it is first suggested to perform the
following steps:
• Disable wireless internet devices
• If running Windows on a Mac (Boot Camp), kill the process “KbdMgr.exe”
• Disable ACPI
• Perform DPC checks (below)
• Perform the SidSpeed fix (below)
• Check the brand of 1394 host controller you are using.
Please read the next page about the (DPC) Latency Checker.
DPC (Windows XP-Vista)
During the SCS.1m driver installation process, we are also installing the Deferred Procedure Calls (DPC) Latency
Checker. This useful Windows application not only analyzes how your computer is handling real-time data streams
but also helps you to find the potential cause for drop-outs (interruptions in real-time audio and video stream). In
fact, the DPC Latency Checker will allow you to find out the driver that causes the excessive DPC latencies so then
you are able to disable it through the Windows Device Manager. In other words, using this application will help you
to optimize your system so everything runs smoothly while using the SCS.1m.
Let’s take a look of its main window. (Figure A.1)
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Figure A.1
The green Bar Graph shows the current latency value over time. Each bar represents the maximum DPC latency
occurred within one second. Every second, bars are scrolled from right to left and a new bar is added at the right-
hand side, (representing the most recent value).
DPC Latency Checker updates its internal statistical data at an interval displayed as Test Interval.
The Current Latency value indicates the maximum DPC latency measured within the last second.
The Absolute Maximum value represents the maximum latency measured since the tool was started.
Click Reset to clear this value.
To stop the Latency click Stop, and to exit the application click Exit.
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For example, a typical problem is shown in the next figure. Red bars indicate excessive DPC latency. (Figure A.2)
Figure A.2
So let’s open Device Manager to find out the driver that causes the excessive DPC latencies. On your desktop, right
click My Computer icon and click Properties. In the System Properties window, click the Hardware tab, and then
click the Device Manager button. In the next page, please check Figure A.3.
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Figure A.3
Now, before you start finding out which device could be the cause of the excessive DPC latency, please follow
these suggestions:
You should not disable:
• any device listed in Device Manager under System devices or Computer
• the hard disk that contains the system partition
• the IDE/ATAPI or SATA controller this hard disk is connected to
• the system keyboard
• the mouse, track point or touch pad device
• the USB controller external keyboard and/or mouse devices are connected to
• the display controller listed under Display adapters
Try to disable the following devices first:
• Network adapters for Ethernet and Wireless LAN (W-LAN)
• ACPI Power Management
• Internal modems
• Internal sound devices (on-board sound systems)
• Any PCI or PCI Express add-on card, any PCCard or ExpressCard, e.g., TV tuner cards, ISDN or DSL adapters,
modems, etc.
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To disable a device, right-click on it (e.g. on the Ethernet adapter) and choose Disable. The disabled device will be
marked with a red cross. (Figure A.4)
Figure A.4
Now, check the DPC Latency Checker to see if the excessive latency values (red bars) disappeared.
If yes, we have found the problem, if not, try the next device. To enable a device again, choose Enable from the
context menu.
After you have identified the device driver which is responsible for the dropouts, visit the device vendor's Web site
or contact its Customer Support department to find an update for this driver. If there is no update available at the
moment, you may decide to disable that particular device while you are using streaming applications.
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Windows 1394a Bandwidth Limiting Issue (Windows XP-Vista)
First, let’s explain a little about what the SidSpeed Fix is. Basically, SidSpeed is a value in your windows registry that
regulates the speed of your FireWire bus. It can have a value from 0-3 (0=S100 speed, 1=S200 speed, 2=S400
speed, and 3=800 speed). If a SidSpeed value larger than 3 is used, then Windows will reject that and use a value of
0 instead, so it’s important to use a value of 0-3.
Normally, the default value for SidSpeed is 2, which corresponds to a transfer rate of 400 mbps (FireWire 400).
This speed is standard for most audio interfaces, including ours. The problem is that there are situations where this
value can be lowered to “0” during an OS update and result in choppy and unusable performance for streaming
audio. This issue seems to have first been encountered in the SP2 update for Windows XP…
…and came back again with the XP SP3 update.
We’ve also seen incorrect (or no) SidSpeed value set in Windows Vista. So now that you have some background,
let’s walk through a fix that should work regardless of what version of Windows you’re using.
Log in as Administrator on your computer (or as a User that has Administrator rights). Click on Start, and then click
Run. (Figure A.5)
Figure A.5
This will open the Run command box. In the entry field, type the word regedit (Figure A.6)
Figure A.6
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This will open your Registry Editor, which will look like this…(Figure A.7)
Figure A.7
Now, before we go any further, we need to give you a warning and back some things up.
The registry is a dangerous place to be playing around. Using this tool makes it very easy to completely ruin your
installation of Windows. Please do not do anything that isn’t outlined in this guide. If you have any question at all
about what you should be doing, stop and contact Technical Support.
OK, now we’re ready to backup your registry (or at least the part of it that we’ll be modifying). Look in the left
hand side of the split pane in regedit and locate the branch called HKEY_LOCAL_MACHINE. Click it once to highlight
it. (Figure A.8)
Figure A.8
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Now click File, and then click Export. A new window will pop up. (Figure A.9)
Figure A.9
At the bottom of the new window, there is an area called Export Range. Make sure that Selected Branch is marked,
and that the text in the field there says HKEY_LOCAL_MACHINE. Go to the top of the window and find the Save In
drop down. Select a location to save the backup that you will remember (like your desktop). Now go down to the
File Name field and type in a name for the backup. Press the Save button and wait until the hourglass disappears.
You have now backed up a registry branch. Although this is not necessary, at this point I would recommend also
saving the registry backup you just made to an external device like a USB flash drive. If you make a mistake and
there are problems booting into Windows later, this will make restoring the registry much easier. Now let’s look
for the SidSpeed value.
Expand HKEY_LOCAL_MACHINE (Figure A.10)
Figure A.10
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Then expand the SYSTEM branch. (Figure A.11)
Figure A.11
Then expand CurrentControlSet. (Figure A.12)
Figure A.12
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Now expand Enum. (Figure A.13)
Figure A.13
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Then expand the PCI branch. (Figure A.14)
Figure A.14
Now we need to find the specific key for your FireWire controller. As you can see, all the devices are named in a
way that does not seem to make a whole lot of sense. It is not as hard as it may look.
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Leave the Regedit window open and go back to Start > Run. Type in devmgmt.msc and then press OK. (Figure A.15)
Figure A.15
This will open your Device Manager. Look for your FireWire controller (commonly called IEEE 1394). One example
is highlighted in Figure A.16.
Figure A.16
Right click on your FireWire device and click Properties.
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Now click on the Details tab. (Figure A.17)
Figure A.17
See this string of text? This is what we are going to look for in the PCI branch we have open in Regedit.
Going back to Regedit, we can see that I got a little lucky and have it as the first key. (Figure A.18)
Figure A.18
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If you expand out the device subkey, you’ll find another subkey called Device Parameters. Click it to select it and
look in the right pane. (Figure A.19)
Figure A.19
In the example above, the SidSpeed key actually exists, but it is set to the incorrect speed. Double click on the
SidSpeed value and a window will open. In that window will be a field called Value Data. If that value is a 0 or 1,
CHANGE IT to a 3 and press OK. If you do not see the SidSpeed value at all, keep reading. (Figure A.20)
Figure A.20
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If you do not have the SidSpeed value, you will need to make one. Right click in the right pane and select New >
DWORD Value. (Figure A.21)
Figure A.21
Once you have created a new string, name it SidSpeed (Figure A.22)
Figure A.22
Finally, double click SidSpeed and change its value data to 3 as outlined above. Press OK and close the Registry
Editor.
If you encounter an error during any step of this process (especially Vista users and errors about not having proper
rights to alter a registry value), please contact Stanton Technical support. If you made a mistake and need to
restore your registry, just double click on the backup you made right before we started and follow the prompts.
Reboot afterwards.
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FireWire Chipsets
High definition audio flowing over FireWire requires a consistent stream between the chipset in the host computer
and the chipset in the SCS1 device. Unfortunately, some FireWire chipsets have known issues when it comes to the
reliability and synchronization required for streaming audio. It is suggested to use name brand PCI and PCMCIA
cards such as Adaptec® when your PC does not have FireWire capabilities, as some no-name or “OEM” FireWire
cards will use chipsets of FireWire that have subpar performance and can affect stability or at worst the device will
not work at all. Stanton recommends the Texas Instruments® FireWire chips for streaming audio. It is also
suggested to stay away from Agere® chipsets as in testing issues have been identified with these chipsets. Most
Apple computers utilize Texas Instruments chipsets. However, it was reported that in late 2007 Apple had switched
to Agere chipsets for some production runs.
The easiest way to check if you have a Texas Instruments chipset is to run Device Manager and check the name of
your host controller. (Figure A.23)
Figure A.23
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Model Type _________ Model No. _________ Serial No. ________________
Date of Purchase ________________________________________________
Thank you for choosing Stanton!
Your satisfaction is extremely important to us. We proudly stand behind the quality of our work and appreciate
that you put your trust in us. Registering your product will help us guarantee that you are kept up to date on our
latest advances.
Warranty Service in the United States:
Please contact Stanton Tech Support BEFORE sending your product. In some cases, our Tech Support team can
resolve your problem immediately, avoiding down time due to shipping delays. However, if Tech Support
determines that a repair is needed; please call us at +1 954.316.1500 (Option 3) to obtain a Return Authorization
Number (RA#) PRIOR to shipping your product to us.
Warranty Service outside the United States:
To initiate a warranty repair, please contact the authorized Stanton dealer from whom you purchased your
product, and follow the dealer’s return policy.
Save your shipping boxes and all packaging materials!
For the fastest and safest product return to Stanton, please use the original shipping carton and packaging
materials. Stanton cannot be responsible for any damages incurred during the shipping process due to poor or
inadequate packing. Please remember to insure your shipment!
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Stanton Warranty
Through Stanton's authorized dealers around the World, Stanton, or one of Stanton's authorized distributors outside the U.S., will, without charge, repair or replace,
at the sole discretion of the entity responsible for making the repair or providing the replacement, any Stanton merchandise proved defective in material or
workmanship for a period of one (1) year following the date of original purchase. Exceptions to this warranty are as noted below:
The warranty for mechanical parts which are subject to wear and tear are limited to either the earlier of thirty (30) days following the date of original purchase or
for 10,000 cycles for switches.
Stanton will warrant all replacement parts and repairs for ninety (90) days from the date of original shipment. Repairs made necessary by reason of misuse,
alteration, normal wear, or accident are not covered under this warranty.
Returns
Authorized Stanton dealers are only authorized to sell and distribute merchandise within a specific country. All goods requiring warranty repair or replacement must
be returned (freight prepaid if not hand-delivered) to the authorized Stanton dealer from whom the merchandise was purchased and in the same country where the
merchandise was purchased. For purposes of purchases made via the Internet, the merchandise must be returned to the authorized Stanton dealer in the country
where the authorized Stanton dealer which sold the merchandise to purchaser is located and not the authorized Stanton dealer in the country where the purchaser
is located or the country in which the merchandise was received. Any returns to a non-authorized dealer or to an authorized Stanton dealer not in the same country
as the merchandise was intended to be sold or as set forth above will void this warranty.
To initiate a warranty repair, you must contact the authorized Stanton dealer from whom you purchased the merchandise, and follow such authorized Stanton
dealer's return policy.
Stanton assumes no risk and shall be subject to no liability for damages or loss resulting from the specific use or application made of the merchandise. Stanton's
liability for any claim, whether based on breach of contract, negligence, infringement of any rights of any party, or product liability, and relating to the merchandise
shall not exceed the price received by Stanton from your purchase of such merchandise. In no event will Stanton be liable for any special, incidental or
consequential damages (including loss of use, loss of profit and claims of third parties) however caused, whether by the negligence of Stanton or otherwise. To the
extent permitted by law and except as otherwise provided above, Stanton disclaims any express or implied warranties of merchantability or fitness for a particular
purpose.
The above warranty provides you with specific legal rights. You may also have additional rights, which are subject to variation from state to state and country to
country.
If there is a dispute regarding the warranty of merchandise that does not fall under the warranty conditions stated above, please include a written explanation with
the merchandise when returned pursuant to the terms and conditions set forth herein.
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Copyright © 2008 Stanton Magnetics, Inc.
SC System, DaRouter, SCS.1m, and SCS.1d are trademarks of the Stanton Group.
All other trademarks are property of their respective owners, who are in no way affiliated with Stanton DJ or SC System products.
All information included in the User Manual is subject to change without notice.
(+1.877.578.6866)
LITKS00025 REV-A 12/24/2008
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