Kit de iluminación para carcasa de PC INTER-TECH RS-042 RGB — tira LED RGB 1000 mm, 10 mm de ancho, negro

The INTER-TECH RS-042 RGB is a 1000 mm RGB LED strip designed for interior illumination of PC cases. The black 10 mm wide strip provides addressable RGB lighting and can be connected to a motherboard 3-pin 5V (addressable RGB) header for synchronized color control. Attachment is via integrated magnets or the adhesive backing.

Advantages

The strip offers individually addressable RGB LEDs for precise color effects and synchronized lighting when connected to a compatible 3-pin 5V motherboard header. Its slim 10 mm profile and 1000 mm length allow flexible placement inside the chassis, and the dual mounting options—magnets or adhesive—simplify installation and repositioning.

Suitable for

• Adding ambient or accent lighting inside desktop PC cases
• System builds where synchronized addressable RGB is required
• Improving component visibility for showcase or maintenance purposes

Key specifications

• Length: 1000 mm
• Width: 10 mm
• Thickness: 3 mm
• LED type: addressable RGB LEDs
• Connector: 3-pin 5V addressable RGB header
• Color control: motherboard-synced addressable lighting
• Mounting: integrated magnets and adhesive backing

How to use

Position the LED strip inside the PC case along the desired area, ensuring the connector reaches the motherboard's 3-pin 5V addressable RGB header. Attach the strip using the integrated magnets on metal surfaces or peel and press the adhesive backing onto a clean, dry surface. Connect the 3-pin cable to the motherboard header according to the board manufacturer's orientation, then configure lighting effects through the motherboard RGB control software.

Recommendations

Use only the motherboard 3-pin 5V addressable RGB header for power and control. Avoid placing the strip where it could block airflow or contact moving parts. For reliable adhesion, clean the mounting surface before applying the adhesive backing; use the magnetic option on metal panels when frequent repositioning is expected.