Table of Contents
Introduction
When selecting LED strip lights, understanding the concept of beam angle is crucial. The beam angle determines how light is distributed, impacting brightness, uniformity, and application efficiency. Whether using COB LED strips, traditional SMD chips, or housing them in an aluminum channel, choosing the right beam angle ensures optimal illumination and aesthetic appeal.
What is Beam Angle?
How Beam Angle Affects LED Strip Light Performance
Choosing the Right Beam Angle for Your LED Strip Light Setup
- Kitchen countertops
- Workbenches
- Reading lights
- Display case lighting
- A COB LED strip with a narrow beam angle provides bright, precise illumination for these tasks.
- Backlighting for televisions
- Under-cabinet lighting
- Bookshelf illumination
- Indirect ceiling lighting
- Hallway illumination
- Wall-washing effects
How Beam Angle Works with Different LED Technologies
- COB LED Strips offer seamless, uniform illumination with fewer hotspots, making them ideal for wide beam angles (120°-180°) in general lighting.
- SMD Chips emit light from distinct points, making them more suitable for medium to narrow beam angles when used for task or accent lighting.
- Diffusing light to create a softer glow
- Protecting LED strips from dust and physical damage
- Enhancing heat dissipation, prolonging the lifespan of the LEDs

COB vs SMD LED Strip Lights

Aluminum Channel for light diffusion
Tips for Maximizing Beam Angle Efficiency
- Use Reflectors and Diffusers: Incorporate aluminum channels with frosted covers to modify beam angles and soften light output.
- Adjust Placement: Position LED strips strategically to control how light spreads across surfaces.
- Choose the Right Mounting Angle: Tilting the LED strip can help direct light where needed while avoiding glare.
- Test Before Installation: Experiment with different beam angles in your space to find the perfect lighting balance.