InLine Καλώδιο VGA RGB αρσενικό VGA / 3x αρσενικό RCA 2 m

The InLine 17202 VGA RGB Cable is a 2 m connection cable that links a VGA (D-Sub) output to three RCA inputs. It provides a straightforward wired connection for video (RGB) and composite audio/video applications where only the coaxial lines are used; no separate signal conversion is included. The cable is beige and designed for standard analogue RGB/video connections between devices such as PCs, projectors, monitors and TVs.

Advantages

The cable combines a VGA male connector with three RCA male connectors to carry analogue video signals over a simple, durable assembly. Its 2 m length allows flexible placement of connected devices. The physical construction and connectors follow common AV wiring conventions, ensuring compatibility with equipment that accepts VGA and RCA coaxial connections.

Suitable for

• Connecting a VGA-equipped source to equipment with RCA video inputs (analogue RGB/composite setups)
• Linking PCs, projectors, monitors or TVs in presentations or basic AV setups
• Temporary or fixed installations where a 2 m beige VGA-to-RCA cable is acceptable

Key specifications

• Brand: InLine
• Model / MPN: 17202
• EAN: 4043718107315
• Cable length: 2 m
• Connector 1: VGA (D-Sub) male
• Connector 2: RCA male (three coaxial lines)
• Product colour: Beige

How to use

Connect the VGA (D-Sub) male plug to the VGA output of the source device and plug the three RCA male connectors into the corresponding RCA inputs on the display or receiver, matching the color-coded jacks where applicable. Ensure both devices are powered off when connecting or disconnecting to prevent signal issues. This cable only connects coaxial analogue lines and does not perform digital/analogue conversion; use compatible analogue inputs on both devices.

Recommendations

Use this cable in setups that natively support analogue VGA and RCA signals. For devices requiring digital signals or active conversion between VGA and composite/component formats, choose an appropriate converter or interface to avoid signal loss or incompatibility.