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Strip lights are popular in interior decorative lighting because they not only illuminate but also create a special atmosphere. When choosing a light strip, the voltage type is key, which is mainly divided into two types: high voltage and low voltage. This article will explain the differences between high-voltage and low-voltage light strips and provide a selection guide to help you make the best choice.

In the light strip controller, IR (infrared) and RF (radio frequency) are two common wireless communication methods. The IR controller uses infrared rays, with wavelengths typically ranging from 1um to 100um and frequencies between 300GHz and 400THz. It usually requires a direct line of sight between the transmitter and receiver, meaning there should be no obstructions between them. For instance, like a TV remote control, it needs to be aimed directly at the device to operate. RF uses radio waves, with frequencies typically ranging from 3kHz to 300GHz. It does not require a line of sight and signals can penetrate walls, furniture, and other objects. Therefore, the distance and position restrictions between the controller and the light strip are relatively small. This article will detail other differences between IR and RF in their applications.

In the previous article, we introduced IR controllers in detail. So, do you often come across RF controllers? How much do you know about RF? In the light strip controller, RF stands for "Radio Frequency", that is, "radio frequency". It is a technology that uses radio waves for communication and is used to achieve wireless remote control functions. The working principle of RF remote control mainly involves three links: signal transmission, transmission and reception processing. This article will introduce in detail the working principle of RF and its advantages.

With its excellent performance and unique design, this light strip has become a shining star in the field of modern lighting.

COB light strips refer to the light strips that directly package chips on circuit boards using COB (Chip on Board) technology. Although led strip light COB has many advantages in terms of performance and application, their high cost, heat dissipation issues, difficult maintenance, high power supply requirements, compatibility problems, brightness and color consistency issues, limited flexibility, as well as market recognition and acceptance problems also restrict their wide application in certain scenarios. Compared with traditional SMD strip light, the lifespan stability of COB is slightly inferior. So, what are the advantages and disadvantages of COB? And what are the reasons for being so favored by the market? This article will introduce them one by one

When you purchase LED light strips, do you often see the LM? This means lumen. Lumen is a unit used to measure luminous flux in light strips and other lighting equipment, denoted by the symbol "lm". Luminous flux refers to the energy radiated by a light source into the surrounding space within a unit of time, which causes the human eye to perceive light. Simply put, lumen is an indicator that describes the total amount of light emitted by a light strip. So, what is the relationship between lumens and brightness? Is it true that the greater the brightness, the greater the lumens? Is lumen also related to power? This article will answer all your questions about lumens in detail one by one.