Behringer UMX610 Manual - Page 6

Control Elements and, Connections - midi keyboard

Get Behringer UMX610 PDF manuals and user guides View all Behringer UMX610 manuals
Add to My Manuals
Save this manual to your list of manuals

Page 6 highlights

6 U-CONTROL UMX610/UMX490 User Manual 2.2 USB mode and stand-alone operation The UMX can be operated as a USB interface or stand-alone device. The two modes are different with respect to the MIDI signal flow. 2.2.1 USB mode When the UMX is linked via USB to a computer, the signal flow is as shown below (Fig. 2.1). Sound-Module PC/MAC IN OUT (intern) USB MIDI (intern) Fig 2.1: Block diagram of MIDI signal flow After the UMX has been connected to the host computer, a virtual MIDI IN and MIDI OUT interface is emulated. MIDI data generated in the UMX are first sent over the USB interface to the host computer, where they are received at the emulated MIDI IN. A sequencer software running on the host computer receives the MIDI data via the MIDI IN and relays them to the emulated MIDI OUT-if all sequencer parameters are set properly. The data are then sent back to the UMX via the USB interfaces on the computer/UMX, where they are looped through to the physical MIDI OUT (14). From here, the MIDI data are sent to the devices connected to the MIDI OUT. The MIDI OUT connector (14) can also be used as a normal MIDI interface, independently of the sequencer software operating the UMX. 2.2.2 Stand-alone operation When the UMX is not linked via USB to a computer, it is automatically set to stand-alone mode. In this case, the UMX can only send out MIDI data from its MIDI OUT connector. 3. Control Elements and Connections ◊ The following factory settings refer to GLOBAL MIDI channel 1. (1) The KEYBOARD of the UMX has 49 or 61 large, velocity-sensitive keys for maximum playing comfort. The keyboard not only provides for playing, but also functions as an encoder in the context of the assignment procedure. (2) The MODULATION wheel is factory-set to function as a conventional modulation wheel (MIDI CC 1). In ASSIGN mode, any MIDI controller can be assigned to it. When you release the MODULATION wheel, it retains its adjusted value. (3) The PITCH BEND wheel is normally used to change the pitch in real time. In this way, a sound can be "bent" upwards/downwards by several semitones while playing. As a default factory setting, pitch bending is assigned to this wheel. However, in ASSIGN mode you can assign any MIDI control command to the pitch wheel. (4) Ex works, the VOLUME/DATA fader controls the volume of the notes played on the keyboard (MIDI CC 7). In ASSIGN mode, it can be set to control any MIDI controller. (5) The ASSIGN button allows you to assign different functions to the various control elements. The basic principle is always the same: 1) Press the ASSIGN button and keep it pressed. The status LED above the button lights up. The UMX signals that it has entered ASSIGN mode. 2) Select the control element to which you would like to assign a new MIDI function by operating it. 3) Release the ASSIGN button. 4) Depending on the choice you made, you may have to define an additional value range (see below for more details). 5) Press the ENTER key on the keyboard to confirm your assignments. To discard your assignments either press the CANCEL key or the ASSIGN button again. In either case, the ASSIGN LED goes out and the UMX quits ASSIGN mode. (6) The USER MEMORY button is used to recall the internal memory. The internal memory contains all assignment information set in ASSIGN mode. Any changes that were made after USER MEMORY selection are automatically saved without further user prompts. The USER MEMORY is retained even after the unit is switched off. (7) The two OCTAVE SHIFT buttons are preset to shift the keyboard range by up to three octaves up or down. The associated LEDs help you identify the current octave setting (see Table 3.1). Since the OCTAVE SHIFT buttons can also be assigned to any MIDI controller, we would like to refer you to Chapters 4.2.8 and 4.2.9 for detailed information. (8) The eight high-resolution rotary controls R1 - R8 generate continuous controller information. They are the controllers that are shown above the buttons in the table 10. All rotary controllers can be assigned to any controller in ASSIGN mode. (9) The eight buttons B1 - B8 generate switch controllers. Again, they are assigned to various default functions (see table on the device). Like the rotary controls, the buttons can be freely assigned to any controller in ASSIGN mode. (10) The table shows the factory-set controller assignments. (11) Keyboard legend: Informs you about the special functions performed by individual keys on the keyboard. The individual elements of the keyboard legend are described in detail in Chapter 4 "Operation".

  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
6
U-CONTROL UMX610/UMX490 User Manual
2.2
USB mode and stand-alone operation
The UMX can be operated as a USB interface or stand-alone device. The two
modes are different with respect to the MIDI signal flow.
2.2.1
USB mode
When the UMX is linked via USB to a computer, the signal flow is as shown
below (Fig. 2.1).
Sound-Module
PC/MAC
MIDI
(intern)
IN
OUT
USB
(intern)
Fig 2.1: Block diagram of MIDI signal flow
After the UMX has been connected to the host computer, a virtual MIDI IN and
MIDI OUT interface is emulated.
MIDI data generated in the UMX are first sent over the USB interface to the
host computer, where they are received at the emulated MIDI IN. A sequencer
software running on the host computer receives the MIDI data via the MIDI IN
and relays them to the emulated MIDI OUT—if all sequencer parameters are set
properly. The data are then sent back to the UMX via the USB interfaces on the
computer/UMX, where they are looped through to the physical MIDI OUT
(14)
.
From here, the MIDI data are sent to the devices connected to the MIDI OUT.
The MIDI OUT connector
(14)
can also be used as a normal MIDI interface,
independently of the sequencer software operating the UMX.
2.2.2
Stand-alone operation
When the UMX is not linked via USB to a computer, it is automatically set to
stand-alone mode. In this case, the UMX can only send out MIDI data from its
MIDI OUT connector.
3.
Control Elements and
Connections
◊
The following factory settings refer to GLOBAL MIDI channel 1.
(1)
The
KEYBOARD
of the UMX has 49 or 61 large, velocity-sensitive keys for
maximum playing comfort. The keyboard not only provides for playing,
but also functions as an encoder in the context of the assignment procedure.
(2)
The
MODULATION
wheel is factory-set to function as a conventional
modulation wheel (MIDI CC 1). In ASSIGN mode, any MIDI controller can
be assigned to it. When you release the MODULATION wheel, it retains its
adjusted value.
(3)
The
PITCH BEND
wheel is normally used to change the pitch in real
time. In this way, a sound can be “bent” upwards/downwards by several
semitones while playing. As a default factory setting, pitch bending is
assigned to this wheel. However, in ASSIGN mode you can assign any MIDI
control command to the pitch wheel.
(4)
Ex works, the
VOLUME/DATA
fader controls the volume of the notes played
on the keyboard (MIDI CC 7). In ASSIGN mode, it can be set to control any
MIDI controller.
(5)
The
ASSIGN
button allows you to assign different functions to the various
control elements.
The basic principle is always the same:
1)
Press the ASSIGN button and
keep
it
pressed
. The status LED above the
button lights up. The UMX signals that it has entered ASSIGN mode.
2)
Select the control element to which you would like to assign a new MIDI
function by operating it.
3)
Release the ASSIGN button.
4)
Depending on the choice you made, you may have to define an additional
value range (see below for more details).
5)
Press the
ENTER
key on the keyboard to confirm your assignments.
To discard your assignments either press the
CANCEL
key or the ASSIGN
button again. In either case, the ASSIGN LED goes out and the UMX quits
ASSIGN mode.
(6)
The
USER MEMORY
button is used to recall the internal memory.
The internal memory contains all assignment information set in ASSIGN
mode. Any changes that were made after USER MEMORY selection are
automatically saved without further user prompts. The USER MEMORY is
retained even after the unit is switched off.
(7)
The two
OCTAVE SHIFT
buttons are preset to shift the keyboard range
by up to three octaves up or down. The associated LEDs help you identify
the current octave setting (see Table 3.1). Since the OCTAVE SHIFT buttons
can also be assigned to any MIDI controller, we would like to refer you to
Chapters 4.2.8 and 4.2.9 for detailed information.
(8)
The eight high-resolution rotary controls
R1 – R8
generate continuous
controller information. They are the controllers that are shown above
the buttons in the table 10. All rotary controllers can be assigned to any
controller in ASSIGN mode.
(9)
The eight buttons
B1 – B8
generate switch controllers. Again, they are
assigned to various default functions (see table on the device). Like the
rotary controls, the buttons can be freely assigned to any controller in
ASSIGN mode.
(10)
The table shows the factory-set controller assignments.
(11)
Keyboard legend: Informs you about the special functions performed by
individual keys on the keyboard. The individual elements of the keyboard
legend are described in detail in Chapter 4 “Operation”.