Cable S-VGA InLine 17803 15 HD conector macho/conector macho gris 0,3 m

The InLine S-VGA Cable 17803 (15 HD male/male, grey, 0.3 m) is a short monitor cable for analogue video signal transmission between a computer graphics card and an SVGA monitor or projector. The cable uses three single-shielded coaxial conductors for RGB signals plus seven data lines and implements 1:1 wiring across the 15-pin D-Sub connectors (PIN 9 not connected). Connector housings are blue in accordance with the PC99 standard for easy port identification.

Advantages

Double shielding and separate coaxial lines for the RGB channels reduce interference and help maintain signal integrity over the short 0.3 m length. The standardized 15-pin D-Sub male-to-male connectors provide plug-and-play compatibility with SVGA ports on PCs, monitors and projectors. The compact 0.3 m cable is suitable for tight setups where short, reliable video connections are required.

Suitable for

• Connecting a desktop PC graphics card to an SVGA monitor
• Linking a laptop or media player (with SVGA output) to a projector
• Short-distance video connections in workstations or conference rooms

Key specifications

• Cable length: 0.3 m
• Connectors: 15-pin HD (VGA / D-Sub) male to male
• Wiring: 1:1 connections (PIN 9 not connected)
• Internal construction: 3 single-shielded coaxial lines (RGB) + 7 data lines
• Shielding: double-shielded cable structure
• Colour: Beige connector housings with blue PC99-coloured plug shells

How to use

Plug one 15-pin D-Sub male connector into the SVGA output on the source device and the other connector into the SVGA input on the monitor or projector. Secure the connectors by tightening the thumbscrews on each plug to ensure a stable mechanical and electrical connection. No drivers are required for analogue SVGA signal transmission.

Recommendations

Use this 0.3 m InLine S-VGA cable for short, direct connections where minimal cable length reduces signal degradation; avoid running the cable alongside high-power electrical lines to minimize interference.