SMD strips use separate LED packages, while COB strips place many small LED chips close together to create a more continuous line of light. The right option depends on the desired appearance, brightness and installation.

Both are low-voltage options. For some longer installations, 24V systems may be more practical because they draw less current at the same power. Always match the strip's rated voltage with the power supply and controller.

Start with the intended use: accent, ambient or task lighting. Then compare lumen output, color temperature, installation height and diffuser choice. Warm white often creates a relaxed atmosphere, while neutral or cool white may suit certain work areas.

Many strips are cuttable at marked positions only. Check the cutting interval on the product specifications. For waterproof strips, cutting may affect the seal and require suitable resealing.

An aluminum profile can improve the appearance of an installation, support heat dissipation and protect the strip. Choose a profile that fits the strip width, diffuser and mounting requirements.

Multiply the strip's rated watts per meter by the installed length, then choose a compatible supply with suitable capacity and safety margin. Long runs may require multiple power injection points or separate feeds.

Not necessarily. RGB and individually addressable RGBIC strips can require different control methods and signal protocols. Check the exact strip and controller specifications before connecting them.

Include the product type, voltage, light color, length, quantity, installation environment and destination. If you have project drawings or performance requirements, they can help the team assess suitable options.