- 32 channels of step/direction signals for use with stepper motor drivers.
- Maximum stepping pulse rate of 200,000 steps/second (200 kHz).
- 16 RJ45 jacks with differential and non-differential outputs for step and direction.
- One Kuper compatible DB37 step/direction output (non-differential).
- 16 limit switch inputs on DB25. (8 sets of low and high limits for motors 1-8).
- One camera trigger with separate metering and shutter outputs.
- One DMX512 output to control up to 512 lights.
- Timecode (LTC / Linear Timecode) input over BNC connector, for repeatable live passes.
- I/O Triggers for interfacing DMC-32/Dragonframe with another external device.
- Includes a relay, two logic level out, a switch input, and an emergency stop input.
- Input Voltage: 115 VAC to 230 VAC.
- 1U rack mountable enclosure
- Dimensions: 19″ wide x 1.719″ tall x 10″ deep
- Weight: 6.5 lbs
- Power cord of your choice : US/UK/EU/None.
- USB cable (6′ length).
- Rubber feet for desktop use.
Q: What’s the difference between the DMC-32 and using an Arduino for motion control? Why would I pay so much more for the DMC-32?
A: The Arduino (with Dragonframe and our DFMoco sketch) is a great tool for motion control in stop motion and time-lapse, but it is very basic. It has a maximum motor speed of 20,000 steps/second, with fairly coarse acceleration/deceleration. The DMC-32 is ten times as fast, with smoother acceleration and deceleration. The Arduino provides basic shoot-move-shoot capabilities, whereas the DMC-32 can run moves at full speed. The DMC-32 also provides full DMX lighting capabilities and triggers.
Q: Does the DMC-32 include powered stepper motor drivers?
A: No. It provides step and direction signals. You need to use separate drivers, such as ones from Geckodrive.
Q: How is the DMC-32 different from the DMC-16?
A: The DMC-32 can output 32 different step/direction motor signals at once. The DB37 on the DMC-32 outputs channels 17-32 instead of repeating 1-16. The DMC-32 has a BNC LTC input, for live action synchronization.
Q: Is the DMC-32 genlockable?
A: It takes LTC timecode. If you use a signal generator that outputs both genlock and LTC (such as the Atomos Ultrasync One), you can send LTC to the DMC-32 and genlock to a camera, and they will be synchronized.
Q: Is the DMC-32 as amazingly awesome as it appears to be?
A: Yes, it is.