Side Emitting LED Strip

Choose a side-emitting strip when the mounting surface runs alongside the area you want to illuminate. It directs light sideways along the PCB plane, making it useful for narrow slots, shelf edges, display details and indicator housings.

Choose a top-emitting strip when the illuminated surface faces the top of the PCB. The right choice depends on the mounting position and required light direction, rather than one type always being brighter or softer.

Choose a non-waterproof version for dry indoor installations where the strip is protected inside a fixture or housing. This usually offers the smallest dimensions and easiest access to solder pads.

For exposure to rain or splashing, choose an IP66 or higher-rated version suitable for the installation. For immersion, select an IP68 construction with a confirmed depth and duration rating.

Waterproofing can change the strip’s dimensions and light output, so check the finished waterproof version against your mounting space. Cut ends and connections must also be sealed.

They can follow curves within the model’s permitted bending direction and minimum bend radius. “Side-emitting” describes the light direction; it does not mean the PCB can bend sideways in any direction.

For a sharp corner, use separate sections joined by wires instead of creasing the PCB. If your design follows a curved outline on a flat surface, share the layout with us so we can check whether a standard strip or a custom PCB is suitable.

For evenly spaced, single-row SMD strips, these densities correspond to approximately 16.7mm, 8.3mm and 6.4mm between LEDs.

60 LEDs/m: Choose this when visible light points are acceptable or there is enough distance for the light to blend before reaching the illuminated surface.

120 LEDs/m: A good starting point for shelf edges, display outlines and decorative lighting that needs closer LED spacing.

156 LEDs/m: Choose this for tighter spacing in shallow installations where individual dots are more noticeable. For a continuous light line at very close range, also consider COB.

LED density alone does not determine brightness. Compare watts per meter and measured light output, and test the strip at the intended installation distance.

SMD strips use separate LED packages, so individual light points may be visible. They are a practical choice for concealed edge lighting, discrete indicators or installations with enough space for the light to blend.

COB strips place densely packed chips beneath a continuous phosphor or encapsulation layer, producing a more continuous light line. Choose COB for shallow recesses, close viewing distances or decorative details where visible dots would be distracting.

Compare the actual power, light output and dimensions of each model. COB is not automatically brighter, and SMD is not automatically more efficient.

They are different products, although both can achieve a similar side-lighting effect. “Side-emitting” describes the strip’s light direction, while “side-bend” describes the neon flex’s bending direction. In projects with flexible requirements for brightness, dimensions and appearance, either may work.

Side-emitting LED strips generally offer higher light output for the same power and a slimmer profile. Choose them when installation space is limited or stronger illumination is needed.

Side-bend LED neon flex provides a smooth, dot-free light line and a more refined finish for visible installations. However, its diffusing silicone housing reduces light output, so it is better suited to decorative outlines than applications requiring higher illuminance.

Side emitting LED strips typically operate on low voltage, either 12V or 24V DC. This low voltage is a significant advantage as it reduces the risk of electrical hazards and allows for easier installation, often without the need for specialized electrical knowledge. It also makes them compatible with standard LED drivers and power supplies, enhancing their usability.

Yes, many side emitting LED strips are compatible with dimmer switches. To use a dimmer, ensure it is specifically designed for LED lighting, as standard dimmers may not work correctly and can lead to flickering or reduced lifespan. Dimming capabilities allow for greater flexibility in creating different moods and atmospheres, making it easier to adjust lighting according to time of day or occasion.

Side emitting strips are available in a broad range of colors, including static colors like warm white, cool white, and RGB (Red, Green, Blue) options. RGB strips allow you to mix colors and create various effects, such as color cycling or fading. This versatility is beneficial for events or holiday decorations, where dynamic lighting can enhance the overall aesthetic.

Yes, as long as they are rated for automotive use. It’s essential to use appropriate power supplies and ensure that the installation does not interfere with any vehicle components. This application can add stylish lighting effects to the interior of cars, enhancing aesthetics and functionality.

Check four dimensions: PCB width, total component height, emitting-edge position and cutting interval.

The PCB must fit inside the slot, and the LEDs must sit where the housing will not block their sideways output. For a short lighting section, choose a cutting interval that fits the available length. For example, a model with a 50mm cutting interval cannot be cut into a working 30mm section.

Send us a cross-section drawing and the required illuminated length so we can recommend a suitable model.

For direct connection, choose a strip designed to handle the vehicle’s voltage variations. A standard fixed-voltage 12V strip may change in brightness as the supply voltage fluctuates.

We offer a 9–14V wide-input, constant-current design that keeps the LED current stable throughout this voltage range, maintaining consistent brightness for car interior lighting and indicators. If your vehicle’s supply falls outside 9–14V, contact us for a design matched to the required range.