BitFenix Alchemy 2.0 cable 0.4 m — RGB extension, male to female

BitFenix Alchemy 2.0 cable 0.4 m is an addressable RGB extension with a male-to-female connector configuration designed to extend connections between compatible RGB headers, LED strips and lighting components. The 0.4 m length provides a short, flexible link for internal PC builds and case lighting, following the BitFenix Alchemy 2.0 connector standard and supplied in a protective polybag.

Advantages

This 0.4 m RGB extension maintains compatibility with Alchemy 2.0 addressable RGB systems, offering a straightforward way to position lighting or bridge short distances between components without re-routing existing cables. The male-to-female configuration ensures simple plug-and-play installation, while the short length reduces cable clutter and keeps signal integrity for addressable RGB control.

Suitable for

• Extending addressable RGB connections between motherboard headers and LED strips
• Bridging distance inside compact PC cases
• Reaching nearby RGB components when stock cables are too short

Key specifications

• Type: Addressable RGB extension cable
• Length: 0.4 m
• Connector configuration: Male to female
• Compatibility: BitFenix Alchemy 2.0 connector standard (addressable RGB)
• Packaging: Polybag

How to use

Connect the male end of the Alchemy 2.0 extension to the addressable RGB output (for example on a compatible motherboard header or controller) and plug the female end into the target RGB device or LED strip. Ensure pins align correctly and make firm but gentle contact. Route the cable inside the chassis to avoid sharp bends and keep it clear of moving parts and hot surfaces.

Usage recommendations

Use this extension only with compatible addressable RGB devices that follow the Alchemy 2.0 standard. Avoid forcing connectors and avoid running the cable across sharp edges or near high-temperature components. For best performance, keep the extension as short as needed and observe manufacturer guidance for maximum chain length and power limits of addressable RGB setups.