Sony DVP-NS425P Progressive Scan DVD Player, Silver



Sony DVP-NS425P Progressive Scan DVD Player, Silver

Loaded with features, built for quality, and dressed for success, Sony’s progressive-scan DVP-NS425P DVD player is even affordably priced. Could budget-savvy music and movie lovers ask for anything more? The versatile DVP-NS425P plays just about any disc out there–including DVD-Video, DVD-R, DVD-RW, DVD+R, and DVD+RW–as well as playing hours of music from MP3 files burned to CD-R/CD-RW discs. Whether your living room is currently home to an HDTV or you’re merely thinking of “someday,” the DVP-NS425P stands ready to deliver the full potential of your DVDs through its progressive-scan output and 3:2 pulldown processing. Progressive scanning, referred to as 480p for the number of horizontal lines that compose the video image, creates a picture using twice the scan lines of a conventional DVD picture, giving you higher resolution and sharper images while eliminating nearly all motion artifacts. DVD mastering introduces a common distortion when adjusting 24-frames-per-second movies to 30 fps video; 3:2 pulldown digitally corrects this distortion, removing the redundant information to display a film-frame-accurate picture. Composite- and S-video outputs bring compatibility with nearly any television. Both Dolby Digital and DTS 5.1-channel surround-sound signals can also be routed through the player’s digital-audio outputs (one each of RCA coaxial and Toslink optical) for a simpler connection to a compatible AV receiver (but be aware that digital-audio interconnects are not supplied). Precision Drive 2 provides a mechanism for reading DVDs that are in less-than-perfect condition, eliminating errors in playback due to imperfect, scratched, or warped discs. Past generations of Precision Drive technology were only able to compensate for warped discs by moving the entire optical block, which took more time and limited the amount of correction possible. This newer system simplifies the process by moving just the lens (instead of the entire optical block) fo (more…)



About the Author