Cable gender changer VGA D-Sub DeLOCK 63326

The DeLOCK 63326 VGA gender changer adapts VGA (D-Sub) signals while emulating a connected monitor so that the signal source maintains output and resolution even when no physical display is attached. The adapter contains a standard EDID/DDC data set and can additionally read and save EDID data from a connected monitor via its VGA interface. The compact black adapter includes two VGA (D-Sub) connectors and an extra USB port for power or data where required.

Advantages

This Cable gender changer VGA D-Sub DeLOCK 63326 prevents automatic signal shutdown or resolution changes by emulating monitor EDID. It supports reading and storing monitor EDID/DDC information, ensuring consistent video output. The compact, black design provides portability and simple inline installation between VGA devices.

Suitable for

• Keeping a stable VGA signal from PCs, laptops or media players when a monitor is not connected
• Maintaining resolution and EDID data for projectors or remote displays
• Use in test benches, AV installations, or kiosk systems where continuous video output is required

Key specifications

• Product: Cable gender changer VGA D-Sub DeLOCK 63326
• Connector 1: VGA (D-Sub)
• Connector 2: VGA (D-Sub) + USB
• Function: EDID/DDC emulation; can read and save monitor EDID
• Colour: Black

How to use

Connect the VGA (D-Sub) end of the DeLOCK 63326 to the signal source or display cable and attach the other VGA connector to the target device. If the adapter requires USB power or a USB connection for EDID management, connect the USB port to an available USB source. To read and save EDID from an attached monitor, follow the monitor-read procedure supported by the adapter (use the USB connection if required) so the adapter stores the detected EDID for future use.

Recommendations

Use the adapter in environments where a stable VGA signal and fixed resolution are needed without a permanently connected monitor. Ensure the USB connection is made if the adapter’s EDID read/save function requires external power or communication.