Sony Handycam DCR-DVD810 Camcorder Reviewby Jeremy StamasPublished on Nov 20, 2008 1:30 PM
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Video Performance (3.00)
The Sony DCR-DVD810 contains a 1/6-inch Advanced HAD CCD sensor. It has an effective pixel count of approximately 680,000 pixels and a gross count of 1,070,000 pixels for video images. This is the same sensor and pixel count found in the Sony DCR-SR85, which should make the two camcorders identical video performers. In comparison, the more expensive Sony DCR-DVD910 is equipped with a CMOS sensor that is 1/5-inches in size (with a 1,490,000 effective pixel count). The camcorder can record video in three quality settings—HQ (9Mbps), SP (6Mbps) and LP (3Mbps)—and videos can be captured at an aspect ratio of 16:9 or 4:3.

Sony DCR-DVD810 at 3000 lux in auto mode

Sony DCR-DVD910 at 3000 lux in auto mode
![]() Sony DCR-DVD810 at 3000 lux 100% crop |
![]() Sony DCR-DVD910 at 3000 lux 100% crop |

Sony DCR-DVD 810 in auto mode

Canon DC330 in auto mode

Sony DCR-DVD 810 in auto mode

Canon DC330 in auto mode
Video Resolution (5.25)
We test video resolution by shooting a DSC Labs video resolution chart under a bright, even light. We then view the recorded footage on an external monitor to determine the results. The DCR-DVD810 produced an approximate horizontal resolution of 350 line widths per picture height (lw/ph) and a vertical resolution of 300 lw/ph. These are identical scores to what we measured on the Sony DCR-SR85, and they are a bit higher than average for a camcorder in this price range.
Low Light Performance (2.95)
We test the low light performance of camcorders in three separate stages. The first is comparative analysis, where we compare low light images from other camcorders we've brought through our labs. In the second stage we run images through Imatest imaging software to determine color accuracy, noise percentages, and saturation levels. In our final stage, we look at light sensitivity by connecting the camcorder to a waveform monitor.
Beginning our comparative analysis testing with the DCR-DVD810, we shot a DSC Labs Chroma DuMonde chart at 60 lux (moderately low light) and 15 lux (very low light). We then pulled frames from this footage and compared it to images from other camcorders.

Sony DCR-DVD810 at 60 lux in auto mode

Sony DCR-DVD910 at 60 lux in auto mode
At 60 lux the DCR-DVD810 captured a good, deep image. It wasn't the brightest picture in the world, but the colors were saturated, blacks were dark, and whites popped with brightness. The image, again, looked very similar to our test shots with the DCR-SR85 (they both have the same CCD sensor and lens), which is to say a dark, yet rich image. The DCR-DVD910, in comparison, showed us a brighter, softer picture—however, colors didn't pop nearly as much and the text didn't appear as solid or bold as the 60 lux image from the DVD810. We must say, even though the DVD810's colors may be a bit too dark, the camcorder still produced a better looking image than the more expensive DVD910 at 60 lux.

Sony DCR-DVD810 at 15 lux in auto mode

Sony DCR-DVD910 at 15 lux in auto mode
For our second stage of testing, we use Imatest imaging software to determine the color accuracy, noise percentage, and saturation levels of the recorded video. We shoot an X-Rite Color Checker chart at an even 60 lux, and then run the frame grabs from that footage through the software. According to Imatest, the DCR-DVD810 produced a color error of 14.9 and an average noise of 1.6025%. Both these scores are very close to the numbers achieved by the DCR-SR85 (15.9 color error, 1.45% noise), which, again, makes sense because the two camcorders have identical sensors and processing systems. The DVD810's color error is a bit higher than some other standard definition camcorders in its price range (like the Canon FS100), but it's not a horrible score. It's also better than the 16.9 color error posted by the DCR-DVD910. Lastly, the saturation level on the DCR-DVD810 measured at 64.19%, which is also a slightly higher score than the DVD910 recorded.
Our final stage of testing determines low light sensitivity. We attached the DCR-DVD810 to a waveform monitor, which measures light in IRE (the standard in broadcasting). Watching the monitor, we slowly lower the lights until the camcorder is outputting a peak of 50 IRE. The DVD810 required 18 lux of light to produce 50 IRE, which is exactly what the DCR-SR85 required. The DCR-DVD910 needed only 15 lux to reach the same light level, but as we showed above, its low light image is washed-out and riddled with interference. Other standard def camcorders, particularly the Canon FS100 and FS11, the Samsung SC-MX20, and the JVC GZ-MG330 all required approximately 13 lux of light to output 50 IRE.
Overall, the Sony DCR-DVD810 isn't the best low light performer and it's light sensitivity is well below average for its price range. However, the camcorder retained color depth and provided a vivid image even in settings with very low light. In both our 60 and 15 lux tests, the camcorder exhibited an image far superior than what the pricey DCR-DVD910 showed us.
Stabilization (5.90)
The Sony DCR-DVD810 is equipped with SteadyShot, an electronic image stabilization system (EIS), which smooths out the image digitally. This is the same system used by the Sony DCR-SR85, while the DCR-DVD910 has a more expensive optical stabilization feature. EIS can result in some loss of image quality, whereas optical stabilization should not.
We test stabilization by attaching the camcorder to our shake simulation device. Our device has two speeds—speed one is roughly the same as filming with a wobbly hand, speed two imitates the jitters of a moving car. At speed one, the DVD810 reduced 75% of the shake created by our device. At speed two, the camcorder reduced 87% of the shake. These are both average scores for Sony, which usually does very well in this test. The camcorder's performance was nearly identical to what we saw from the DCR-DVD910 and DCR-SR85.
Wide Angle (9.60)
We measured the maximum viewing angle of the DVD810 using a vertical laser. We placed the camcorder on a tripod, with image stabilization turned off, and its zoom pulled all the way out. We measured the wide angle of the lens to be 48 degrees, which is average for a consumer camcorder. It is also identical to what we measured on the DCR-DVD910 and DCR-SR85.
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