| File | Driver Version | Camera | Comments |
|---|---|---|---|
| convergence.jpeg | 1.07 | D-Link DSB-C300 | Demonstrates the red/blue misalignment problem. Look at the top and bottom of the black bar for what looks like chromatic aberration. |
| moire.jpeg | 1.07 | D-Link DSB-C300 | A moiré pattern. I wonder if this could be used to calculate the red/blue misalignment? |
| outdoors.jpeg | 1.07 | D-Link DSB-C300 | A sample "before" image for the color changes in 1.08. |
| outdoors_osl.jpeg | 1.08 | D-Link DSB-C300 | The "after" image for 1.08 of the above. Notice that the image is brighter, more accurately colored, and sharper. |
| pre2_osl.jpeg | 1.07 | D-Link DSB-C300 | Another sample image of before the 1.08 color changes. Note the ugly yellow tinge. |
| post2_osl.jpeg | 1.08 | D-Link DSB-C300 | The "after" image of the above. The yellowness is mostly gone, and there is a bit less noise. |
| 6620.png | 1.29 | D-Link DSB-C100 | This sensor finally works. The color is still not perfect, but the overall quality is almost as good as the other sensors (especially under low light conditions, such as this) |
| 6620_corruption.png | 1.29 | D-Link DSB-C100 | This shows the corruption that the 6620 and 7620 sensors suffer from at this time. The contents of the previous frame appear within a few lines of the current frame. |
| saa7111a-1.png | 1.40 | LifeView CapView | The SAA7111a decoder produces very stable and accurate 320x240 video captures. |
| third_good_ov519_pic.jpg | ov51x 1.65-1.10-mark | Sony EyeToy | One of my first EyeToy images. To the left you can see its predecessor, an OV518 camera (Philips PCVC720K/00). |