![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiR0PzcyHd7bHgQAxVn4l4MrMGE9FM4VmnI9v7kATsaj0d3Aaq0k4iOdvZJDY_mJeDHOKspnjTT41c_F7VqnleTt0RpvgEieHQVRKCEeKscraJ-mBiJs9hn6b5TuQUvBIFcaZUuiFFWwlk/s320/IMG_2207.jpg) |
The topside of the Video DAC (left) and the VGA adapter |
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg2RsbDhVCHoYpd18nHuKDIKGN4vJPEaK2N79T4geFbhMVbnhuxA72xXjBrTyVhWd0-PEyBVeWZ3enmIjXp9K6OsLu7CS6D09V-IBs6LtpVpyJTud5RNMoBzcr3kPEhQ-66y5iYVzpYcHk/s320/IMG_2208.jpg) |
The bottom of the Video DAC (left) and the VGA adapter |
To settle some questions about the two devices, here are some photos of the older, no-longer-produced C128 Video DAC from Richard Goedeken of Fascination Software and the current C128 VGA adapter from John Carlsen of BIT-C128.com. You can see that the Video DAC is longer and thinner when compared to the VGA adapter. The Video DAC has soldered-on wires to connect to the GBS-8220 for 80-column viewing on a VGA monitor; the VGA adapter has a wire block into which you insert the wires. The VGA adapter uses surface-mounted parts with its chips mounted on the underside.
For more information on the C128 VGA adapter, go to
http://bit-c128.com
Back at home,
Robert Bernardo
Fresno Commodore User Group
http://www.dickestel.com/fcug.htm
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