跳到内容 boqi’s DMX512/RDM series products are engineered to be compatible with the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) international standard protocols. This comprehensive range includes RF DMX masters, panel DMX masters, DMX constant voltage or constant current decoders, signal converters, and signal amplifiers, providing a complete DMX lighting control solution.
1. The DMX512 consoles or masters in this series are capable of controlling a variety of LED lights, including single color, color temperature, RGB, RGBW, and RGB+CCT.
2. The series’ DMX decoders or signal converters efficiently convert standard DMX512/1990 signals into constant voltage PWM, constant current PWM, AC Triac, 0/1-10V, or SPI signals. This functionality allows for the control of constant voltage or constant current lamps, Triac dimmable LED drivers or lamps, 0/1-10V dimmable LED drivers, and SPI digital LED strips.
3. boqi’s DMX decoders support RDM functionality, enabling DMX address configuration directly on the decoder or remotely via an RDM console.
4. DMX address setting is made user-friendly with options like digital tube display/OLED screen keys or a 10-pin DIP switch, catering to different user preferences.
1. The CV DMX512 decoders comply with the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 protocols, ensuring compatibility with advanced lighting systems.
2. These decoders transform the universal DMX512/1990 digital signal into constant voltage PWM, facilitating precise 0-100% LED lighting control via DMX512 consoles or our DMX master.
3. DMX address setting is available through a digital tube display/OLED screen key, a 10-pin DIP switch, or remotely via DMX512/RDM console.
4. Capable of controlling various LED lighting types, the decoders are available in 1/3/4/5/12/24 channel formats for single color, dual color, RGB, RGBW, or RGB+CCT.
5. They feature essential safety protections like over-heat, over-load, short circuit, and reverse polarity protection.
6. Compatible with power repeaters, these decoders allow for the expansion of output capabilities in extensive lighting setups.
1. The CC DMX512 decoders align with the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) international standards, ensuring compatibility with current lighting control protocols.
2. These decoders adeptly transform the universal DMX512/1990 digital signal into a constant current PWM signal. This function enables them to drive LEDs, offering 0-100% lighting adjustment when paired with a DMX512 console or our proprietary DMX master.
3. For operational flexibility, the DMX address of these decoders can be configured either via a digital tube display key or remotely through a DMX512/RDM console.
4. They are specifically designed to control a range of constant current LED lighting options, including single color, dual color, RGB, or RGBW, through 3/4 channel CC DMX decoder capabilities.
5. Enhanced safety is ensured with built-in short circuit and reverse polarity protection, safeguarding both the lighting system and the decoder.
1. The high voltage LED strip DMX512 decoders are engineered to be compatible with the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) international protocols, ensuring broad applicability in professional lighting setups.
2. These advanced decoders adeptly convert the universal DMX512/1990 digital signal into a constant voltage PWM signal, facilitating 0-100% lighting adjustment when controlled by a DMX512 console or a designated DMX master.
3. For ease of use, the DMX address of these decoders can be set either directly via a digital tube display key or remotely through a DMX512/RDM console, offering flexibility in configuration.
4. They are specifically designed to control various types of high voltage LED strips, including single color, dual color, RGB, or RGBW, via their 3/4 channel high voltage LED strip DMX decoder functionality.
5. Inbuilt over-load protection safeguards the system, enhancing the longevity and reliability of both the decoders and connected lighting elements.
1. The DMX-SPI decoders are fully compliant with the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) international protocols, ensuring broad compatibility in advanced lighting systems.
2. These decoders skillfully transform the universal DMX512/1990 digital signal into an SPI (Data or Data + Clock) signal, specifically designed to drive pixel LED strips.
3. Configurable settings such as DMX address, chip type, R/G/B color order, and control points are easily adjustable via a digital tube display key, providing a user-friendly interface.
4. The DMX-SPI decoder is also compatible with RGB SPI remote controls, facilitating versatile and integrated control solutions.
5. They offer 32 dynamic change modes, including horse-race, chase, flow, trail, and gradual change styles, allowing for creative and varied lighting effects.
1. The DMX 0/1-10V decoder adheres to the latest DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) standard protocols, ensuring compliance with current lighting control systems.
2. This decoder expertly converts the standard DMX512/1990 signal into a 4-channel 0/1-10V signal, enabling the control of 0/1-10V dimmable LED drivers for precise lighting adjustments.
3. Configuring the DMX address is straightforward and can be done via a digital tube display key or remotely through a DMX512/RDM console, offering flexibility in system setup and management.
1. The DMX Triac dimmer is in full compliance with the most recent DMX512, DMX512(1990), DMX512-A, and RDM V1.0 (E1.20 – 2006 ESTA Standard) protocols, ensuring it meets current industry standards.
2. This dimmer adeptly transforms the standard DMX512/1990 signal into a 1/2 channel AC phase-cut output, suitable for controlling Triac dimmable LED drivers or lamps.
3. Setting the DMX address is user-friendly and can be done through a digital tube display key or remotely via a DMX512/RDM console, offering versatility in configuration.
4. It provides options for both leading edge and trailing edge dimming, with the ability to set the minimum brightness using the digital tube display key.
5. The dimmer is equipped with an over-heat protection feature, enhancing its safety and reliability in various lighting applications.
1. The DMX signal amplifier is specifically engineered for the DMX512 (or RS-485) bus system, providing signal amplification, distribution, and isolation to enhance system performance.
2. It effectively processes and amplifies attenuated DMX signals, especially in scenarios involving long-distance transmission or when connecting multiple DMX decoder devices, thereby extending the signal’s transmission range.
3. The device features a single-way input and options for 1/2/4-way output, along with photoelectric isolation between input and output, ensuring signal integrity and reducing interference.
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Choosing the right DMX512 Controller for your lighting system involves several key considerations:
Remember, the right DMX512 controller should meet your technical requirements, be user-friendly, and enhance your overall lighting setup.
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These FAQs offer a basic understanding of DMX512 and RDM controllers. For more detailed information, especially regarding specific equipment and configurations, consulting the manuals or technical resources of the equipment being used is recommended.
A standard DMX512 controller can manage up to 512 channels. Each channel controls a different aspect of the lighting, such as color or brightness. Complex fixtures may use multiple channels.
RDM (Remote Device Management) is a protocol that works in conjunction with DMX512. It allows for two-way communication between the lighting controller and the fixtures, enabling remote configuration, monitoring, and management of the fixtures.
Most modern stage lighting fixtures support DMX512, but not all are RDM compatible. It's important to check the specifications of both the controller and fixtures for compatibility.
Yes, you can link multiple DMX controllers for more complex setups. This is often done using a DMX splitter or a daisy-chain configuration.
RDM adds the ability to manage and monitor these connections more efficiently.
Both DMX512 and RDM typically use 5-pin XLR cables. While 3-pin XLR is common for DMX, RDM usually requires 5-pin cables for the additional data communication.
Fixtures are set to a unique address using DIP switches or a digital menu. RDM allows for remote addressing and configuration of these fixtures from the controller.
Yes, there are wireless DMX/RDM transmitters and receivers that can replace traditional cables for convenience and flexibility in setup.
RDM offers enhanced features like remote addressing, status monitoring, and error reporting. This facilitates easier setup and management of lighting fixtures, especially in large or complex installations.
DMX512-A is an enhanced version of the standard DMX512 protocol. It includes additional features like error checking and broader compatibility with newer types of fixtures. However, it maintains backward compatibility with the original DMX512 protocol.
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