Not every LED strip is suitable for every application. In this blog, you will read about the differences between 12V, 24V, and 230V LED strips and which variant best suits your project.

An LED strip only works properly with the right power supply. In this blog, we explain how to calculate the required power, why you should always allow for some extra margin, and what to consider when using 12V and 24V LED strips.

When buying a product, especially electronics or lighting, you often encounter the term "IP" followed by a number, such as IP20, IP65, or IP68. But what exactly do these numbers mean, and how do they influence product selection? In this comprehensive guide, we discuss IP ratings, their advantages, disadvantages, applications, and everything you need to know to choose the right product.

LED strips are a flexible and versatile way to illuminate spaces, but the density of LEDs per meter (LEDs/m) plays a crucial role in the strip's performance. Whether you're looking for subtle accent lighting or a powerful light source, the number of LEDs per meter directly impacts light output, energy consumption, and application possibilities. In this blog post, we compare LED strips with 30, 60, 120, 240, and even 360 LEDs per meter. We discuss the advantages, disadvantages, and applications of each type.

LED strips are a versatile and popular choice for lighting, both in homes and commercial applications. But not all LED strips are created equal. One of the most important factors determining an LED strip's performance is the type of LED used. In this blog post, we'll discuss the most common types of LEDs used in LED strips: 5050 , 2835 , and 5630. We'll explain the differences, their best uses, and their advantages and disadvantages.