Smart and Dimmable Ceiling Lights
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Smart and Dimmable Ceiling Lights with remote control allow you to quickly change the lighting power and color temperature in the room according to the time of day and function.
Smart lighting solutions provide versatile management of the room's visual background. Static and non-adjustable lighting can be unsuitable for both relaxation and intensive work in the same room, increasing visual strain and degrading ergonomics. VIDEX smart LED models allow changing the light spectrum from warm (2700K) to cold (6000K) tones using a remote control. The engineering design provides smooth light distribution (up to 7500 lm) without interruptions, adapting to the dynamic needs of both households and meeting rooms.
Technological precision in remote control systems:
- CCT and Dimming: The user can steplessly adjust the color temperature and light intensity, reducing energy consumption to a minimum.
- Night mode and Timer: Built-in functions maintain minimal orientation light in the dark and allow the software to automatically cut power after a set time.
- Flicker-free operation: The premium IC driver maintains the "No Flicker" standard even at low brightness settings, preserving an eye-friendly environment.
- Memory retention: When turning off the luminaire, the integrated circuit remembers the last settings and automatically restores them the next time it is turned on.
Choosing dimmable lamps for room lighting provides high visual comfort and the ability to transform the atmosphere without installing new fixtures. If, in addition to the general smart lighting in the room, it is planned to create a modern, movable focus system along the walls or above work surfaces, compatible Magnetic Track Lights and Systems are an excellent engineering addition.
Q: How do Tuya/Smart Life and Zigbee 3.0 protocols ensure wireless control of smart ceiling plafonds?
Q: How does PWM (Pulse Width Modulation) technology regulate the brightness of smart plafonds without color spectrum shift?
Q: How does the memory function and RF remote control integrated into VIDEX smart plafonds ensure setting preservation?
Q: How does ""Tunable White"" technology use the commutation of two separate diode groups to change color temperature?
Q: What is the power consumption of smart ceiling plafonds in Standby mode?
A: Zigbee 3.0 and Wi-Fi (2.4 GHz) microcontrollers allow remotely modulating the supply current and changing the diode color temperature from 3000K to 6500K. These protocols ensure low latency (under 100 ms) and allow combining dozens of plafonds into a single network, integrating them into automated lighting scenarios and voice assistant control.
Q: How does PWM (Pulse Width Modulation) technology regulate the brightness of smart plafonds without color spectrum shift?
A: PWM modulation regulates light intensity by switching the LED matrix at a high frequency (over 1 kHz), which is absolutely unnoticeable to the human eye. Since the current pulse amplitude remains constant, the light-emitting diodes constantly operate at their nominal operating point, preventing the deformation of color temperature (CCT) and color rendering index (CRI) at low brightness (1–10%).
Q: How does the memory function and RF remote control integrated into VIDEX smart plafonds ensure setting preservation?
A: A non-volatile EEPROM memory is built into the control board of smart plafonds, recording the last selected CCT and dimming parameters. In the event of a physical disconnection of the wall switch and subsequent voltage supply, the device automatically restores the previous light mode without losing synchronization with the remote control and mobile app.
Q: How does ""Tunable White"" technology use the commutation of two separate diode groups to change color temperature?
A: In Tunable White plafonds, cold white (6500K) and warm white (3000K) SMD diodes are placed in parallel on the board. The smart driver dynamically redistributes the current strength between the two diode chains—by increasing current to the cold chain and reducing it to the warm one, the overall light spectrum changes smoothly without a drop in the total lumen flow.
Q: What is the power consumption of smart ceiling plafonds in Standby mode?
A: The consumption of Wi-Fi/Zigbee wireless modules in an idle state does not exceed 0.5W. This means that the device, while in constant standby waiting for a wireless command from an app or sensor, consumes less than 4.4 kWh of electricity per year, maintaining an immediate reaction speed.
