Even though a video processor may be able detect the difference between video and film-based sources, such as shown in the previous photo, can it detect both of them at the same time? The reason this is important is that often, video titles (moving at 30 frames per second) are laid over film (which is moving at 24 frames per second). This can cause problems as the combination of both these elements can result in artifacts that make the titles look jagged or broken.

However, in this case, if the Toshiba BDX3000 can detect the differences between the titles and the rest of the image, the titles should appear smooth.
As you can see in the real world example, the letters are smooth (the blurriness is due to the camera's shutter) and shows that the Toshiba BDX3000 detects and shows a very stable scrolling title image.

In addition to the tests shown in this gallery, what is not shown are tests that determine how well the BDX3000 detects and processes variations in film cadences. In this area, the tests revealed that the BDX3000 showed good detection and process of a wide variety of cadences, including the most important 3:2 film cadence.

On the other hand, testing also revealed that the BDX3000 did not do as well in eliminating or minimizing video noise on source material where excessive video noise is present.

Proceed to the next, and last, photo in this gallery.