2KHZ PWM FREQUENCY
Thanks to the high scanning frequency in our LED systems, cameras and similar recording devices can capture images without flickering.
Our Oliptek DMX Decoder Series receives all types of DMX data from the source and controls the pixel according to its address. It provides point-level control for media facade applications and lighting systems in the entertainment sector.

Thanks to the high scanning frequency in our LED systems, cameras and similar recording devices can capture images without flickering.
It operates seamlessly with various power sources thanks to its wide input voltage range.
Depending on the application, the DMX decoder series is produced in DIN-rail, enclosed, or IP67 outdoor housing versions.
The decoder series includes options that convert the DMX protocol into SPI signals or PWM signals.

This device adjusts the brightness levels of RGB or three different color channels controlled by the DMX protocol. It provides color, brightness, and effect control in stage lighting systems.

This device adjusts the brightness levels of RGBW or four different color channels controlled by the DMX protocol. It provides color, brightness, and effect control in stage lighting systems.

This device adjusts the brightness levels of RGBW or five different color channels controlled by the DMX protocol. It provides color, brightness, and effect control in stage lighting systems.

Oliptek is a device that adjusts the levels of 12 different channels controlled by the DMX protocol. It provides color, brightness, and effect control in stage lighting systems.

This control device receives the DMX signal and converts it into various PWM signals. It can also generate a PWM signal that varies in the 0-10V range with 5V and 10V digital PWM signals. These multiple outputs are used for controlling various lighting systems, motors, and other electrical devices.

It receives all types of DMX data from the source and delivers it as a workflow command to the target address in the fixture, enabling point-level control for media facade applications and lighting systems in the entertainment sector.

It receives all types of DMX data from the source and delivers it as a workflow command to the target address in the fixture, enabling point-level control for media facade applications and lighting systems in the entertainment sector.

It receives all types of DMX data from the source and delivers it as a workflow command to the target address in the fixture, enabling point-level control for media facade applications and lighting systems in the entertainment sector.

It receives all types of DMX data from the source and delivers it as a workflow command to the target address in the fixture, enabling point-level control for media facade applications and lighting systems in the entertainment sector.

It takes any type of DMX data from its source and delivers it to the target address in the fixture, enabling point-level control of media façade applications and lighting systems in the entertainment sector.

It takes any type of DMX data from its source and delivers it to the target address in the fixture, enabling point-level control of media façade applications and lighting systems in the entertainment sector.

It enables control systems using the DMX protocol to manage SPI-based lighting and effect devices. It accepts the DMX protocol (Digital Multiplex) as input and converts these signals to the SPI protocol (Serial Peripheral Interface) for output.

It enables control systems using the DMX protocol to manage SPI-based lighting and effect devices. It analyzes the data received from the DMX protocol to control lighting fixtures or other SPI-based devices.

This is an electronic device designed to control a single relay output, integrated with the DMX (Digital Multiplex) control protocol. It interprets commands received via the DMX signal and manages the relay output's on or off state.

This is an electronic device designed to control two separate relay outputs, integrated with the DMX (Digital Multiplex) control protocol. It interprets commands received via the DMX signal and manages the on or off states of the relay outputs.