>> System || Application info || Technical specs || Driver download
The Digitizer is an easily configurable hardware device
that encodes upto 32 sensor signals to multimedia industry compatible MIDI messages with high resolution and transmits these messages to a computer in real-time for analysis and/or control purposes. In addition it can output voltages to control actuators.
Sensitive in real-time
It has 32 inputs of each 12 bits resolution (4095 steps of each just over 1mV) that can sample at upto 250 Hz with milliseconds latency to capture even the finest gestures and movements. Use it conveniently with our sensors to create your interactive installation, ultimate controller, ..
It's firmware v4.1 enables it to operate in both stand alone mode (sensor data is processed before it is transmitted) as well as host mode (raw sensor data is transmitted). Stand alone mode includes various sensor processing and mapping features such as gesture recognition that can be conveniently configured using one of our editors. Configure it with the editor and it will remember the settings after power down. If you need more sensor mapping or analysis complexity, use it in host mode in combination with a programming or analysis environment to process the sensor data.
The Digitizer encodes analog (0-5V) sensor signals to multimedia industry compliant MIDI messages, and transmits them using a physical MIDI interface.
Get it now ! It is sold as part of the System.
For a thumb-sized, faster and USB-cabled version (no MIDI interface needed) with actuator outputs, check out the USB-microDig, that, together with the USB-microMIDICable can also send MIDI messages directly to your MIDI gear.
For a thumb-sized, faster and wireless version without actuator outputs, check out the Wi-microDig.
||The Digitizer requires a MIDI interface, such as one of the MIDISport interfaces for which drivers are available from their product pages.|
||MacOS / Windows|
||Windows / MacOS|
||MacOS and Windows externals|
||MacOS and Windows|
||Find more software on our resources page. I-CubeX can be used with any software on any operating system as long as it can communicate using the I-CubeX system exclusive messages as specified in the firmware documentation. |
||Reference and debugger|
||Information and reference|
|| Digitizer v4.1/4.30|
||firmware v4.1, hardware v4.30|
|Number of inputs
||32 (power supplies of inputs 25-32 are also outputs)|
||0 to 5 Volt|
||12 bit or 7 bit (user selectable)|
||programmable from 4 ms (min) - 16380 ms (max)|
in steps of 4 ms (actual sampling rate below)
||active inputs (signal processing disabled)|
|stand alone mode
||1.5 ms (min) - 4.0 ms (max) |
(one active input without signal processing)
scaling (0.04 Volt min range leaving 5-bit resolution)
threshold detection (0.04 Volt min step)
peak/dip detection (over 16 samples max)
averaging (over 16 samples max)
differentiation (between 2 consecutive samples only)
noise gate (5 Volt max range)
||30 mA per sensor (typical for inputs 1-24, max for inputs 25-32)|
|Number of outputs
||8 (power supplies of inputs 25 - 32) |
||0 to 5 Volt|
||1 bit (off = 0 Volt, on = 5 Volt) |
||1540 Hz (max)|
||1.3 ms (min)|
||30 mA per actuator (max)|
||MIDI channel voice protocol:|
MIDI pitch-bend (12 bit resolution, up to 16 inputs)
MIDI note-on/off, key-pressure, control-change, program- change or after-touch (7 bit resolution)
MIDI note-on/off, key-pressure or control-change for actuator output control
See firmware documentation for details
||MIDI system exclusive protocol:|
See firmware documentation for details
||MIDI cable, current loop (serial port profile: 31250 kbs, no parity, 1 stop bit, 8 data bits)|
|Sensor / actuator
||3 pin row (2.54 mm / 0.1" spaced)|
||5 pin DIN (input, output with software switch-able thru) |
||7.5 V / 1.1 A, 2.1mm / 5.0mm (inner/outer diameter) coaxial plug with center positive |
||enclosure: 121 x 94 x 34 mm (4.75" x 3.75" x 1.3"), input connector with guide: 26 x 82 x 8 mm (1.0 x 3.2 x 0.3 inch) |
||0.180 kg (0.39 lbs.)
There are a number of ways to find out what versions of the
hardware and firmware are present in your Digitizer.
Read the Digitizer bottom sticker.
On Digitizers with firmware v4.0 and higher (ie. all recent Digitizers) the version
information is printed on the bottom in the form "ab-cd-ef-nnnn", where
a.b = firmware version, c.def = hardware version and nnnn = serial number.
There are Digitizers (manufactured in 2005) where the bottom sticker indicates the hardware is v4.01 but in fact it is v4.10 (typo, sorry !). You can recognize them by the fact that the enclosure has a glossy or shiny finish, and double-check it by inspecting the PCB (see below).
There are a few Digitizers with firmware v4.0 that have
the number on the sticker printed in the form "ab-00-nnnn", where a.b
= firmware version and nnnn = serial number.
Digitizers with firmware upto v3.5 used the form "cd-ghi-nnnn", "cd-ghi-mmyyyy-nnnn"
or "cdghi-nnnn", where c.d = hardware version, g.hi = required editor version, mmyyyy = month and year it was manufactured
and nnnn = serial number. Note that all editors determined with this method are obsolete.
Inspect the PCB.
Open the Digitizer enclosure by removing the rubber feet and the screws beneath them. Look for text on the edge of the PCB near the EPROM (28-pin socketed chip) that says which version it is. If it states "v4.1" or "v4.3" then you need to look no further.
If it states "v4.0", then there are two sub-versions. Version 4.01 has 2 components and a wire placed on the bottom side of the PCB (the board with all the components), whereas v4.00 does not have any components on the bottom side of the PCB.
Read the EPROM chip sticker.
Regardless of the information printed on the Digitizer bottom
sticker, it is possible that the Digitizer has been updated with a new
EPROM chip. This chip stores the firmware. In that
case it is possible to find the firmware version by opening the Digitizer
(peel off the rubber feet to uncover the screws) and locating the chip
with text on it.
For Digitizers with firmware upto v3.5 the text may contain
a three-digit number usually followed by a date. The three-digit number is the version number of the required
For Digitizers with firmware upto v3.5 the text may begin
with DCC. In that case the two digits following DCC are the version and
Use sysex communication.
For Digitizers with firmware upto v3.5 it's possible to find
the version number by examining the sysex string that is sent out upon
reset or powerup. If there is a number sent immediately after the value
35 and before 247 then that is the firmware version and its decimal. This
method is used in editor v1.5 and higher by clicking the About menu (make sure MIDI communication is working though).
Digitizers with firmware v4.0 or v4.1 don't send the version
information upon powerup but enable you to send a request for version
information (see the MIDI implementation docs for firmware v4.0 and v4.1).
With the editor v2.10 and higher it is possible to obtain the version information
in this way by clicking on the About menu (you need to have established
MIDI communication first though).
We are not aware of any bugs at this time. Please notify us if you think you may have encountered one.