VGA-kaapeli EFB Elektronik K5327SW.15V2 15 m musta

The EFB Elektronik K5327SW.15V2 is a 15 m VGA cable designed to transmit analog video signals between computers, laptops and VGA-capable monitors or projectors. With standard D-Sub VGA connectors on both ends and a black outer jacket, the cable supports longer-distance VGA connections where device placement requires extra length while maintaining a simple plug-and-play setup.

Advantages

This 15 m VGA cable provides a consistent analog video link using 15-pin D-Sub connectors, ensuring compatibility with a wide range of legacy and current VGA display devices. The extended length reduces the need for repositioning devices or using multiple adapters, while the black sheath offers discreet integration into office, classroom or home setups. The cable's fixed connectors deliver easy installation and stable physical connection.

Suitable for

• Connecting desktop PCs or laptops to VGA monitors over longer distances
• Linking computers to projectors in meeting rooms or classrooms
• Temporary or permanent A/V setups where analog video feed is required
• Replacing damaged or too-short VGA cables in existing installations

Key specifications

• Cable length: 15 m
• Connector type (each end): VGA (D-Sub), 15-pin
• Signal type: Analog video (VGA)
• Colour: Black
• Typical use: Computer to monitor/projector video transmission

How to use

Connect one D-Sub VGA connector to the VGA output on the source device (PC or laptop) and the other connector to the VGA input on the display device (monitor or projector). Secure the connectors by tightening the thumb screws to ensure a stable mechanical and electrical connection. Select the appropriate input source on the display and set the output resolution on the computer to a supported VGA resolution for best image quality. No additional drivers are required for basic analog video transmission.

Recommendations

For optimal signal quality over 15 m, avoid routing the cable alongside high-power electrical lines and keep it away from sources of strong electromagnetic interference. When using high resolutions or long runs, verify the display resolution and refresh rate settings and consider using shorter runs or signal boosters if image degradation is observed.