However, to throw a "wrench" into the test, the squares on each corner contain white lines on odd frames and black lines on even frames. If the blocks continuously show still lines the processor is doing a complete job at reproducing all of the resolution of the original image. However, if the square blocks are seen to vibrate or strobe alternately in black (see example) and white (see example), then the video processor is not processing the full resolution of the entire image.
As you can see in this frame, the squares in the corners are displaying still lines. This means that these squares are being displayed properly as they are not showing a solid white or black square, but a square filled with alternating lines. In addition, the rotating bar shows very minimal jaggedness. This also means that the BDP-320 is doing well with 1080i/1080p deinterlacing.
For a more technical explanation of this test, you can download the actual Silicon Optix HD Test Disc Scoring Document.
Final Take
The test results shown in this gallery reveal that the BDP-320 does very good with progressive scan (3:2 pulldown), jaggie elimination (both rotating line and flag waving tests), detail, motion adaptive processing, and moire pattern detection and elimination.
On the other hand, in other tests unable to be shown in still image form in this gallery, the BDP-320 did not do as well suppressing video noise and could not lock onto several video/film field/frame cadences, that are used in some video production and animation applications such as, 2:3:3:2, 3:2:3:2:2, 5:5, 6:4, and 8:7 (refer to the Scoring Document for futher explanation).
For additional perspective on the Pioneer BDP-320, also check out my Short and Full Reviews, plus a supplementary Features and Connections Photo Gallery.
