Panasonic DMR-E95H DVD/Hard-Disk Recorder Page 2
The DMR-E95H has more going for it than just its hard-disk drive. You can use it to look at JPEG still pictures on CD-Rs, SD memory cards, or virtually any other type of memory card as long as you have an appropriate PC Card adapter, which goes into an opening next to the front-panel SD slot. The deck offers extensive control over slide-show presentations and lets you store stills from cards on the hard disk, but there's no way to transfer your stills to DVD for titles or credits.
The remote control is well laid out, with no annoying contrivances like buttons hidden behind doors. But it's also very plain-Jane, with no backlighting or glow-in-the-dark buttons, and the only other component it can control is a TV. Panasonic does provide an IR (infrared) emitter so the deck can control your cable box (G-Link on the panel).
I evaluated the DMR-E95H during the opening days of the 2004 Summer Olympics. Timer recording and IR control of an external cable box worked perfectly, which enabled me to juggle recordings of the several different NBC Olympic feeds on WNBC, MSNBC, CNBC , USA , Bravo, and Telemundo.
NBC's 1080i-format high-definition broadcasts from Athens gave the Panasonic's video circuitry a stiff workout. While the DVD recorder is only standard-definition, the visual quality and encoding difficulty of the 1080i programs were high enough to stress even its best recording mode - the high-bit-rate XP, which nominally provides 1 hour per DVD.
|Panasonic's DMR-E95H displayed championship performance in recording NBC's HDTV Olympics coverage (shown, gold-medal gymnast Carly Patterson), though only in standard-definition.|
RECORDING PERFORMANCE NBC HD showed swimming and gymnastics during our evaluation period, and both sports provided nearly ideal material for pushing a DVD recorder's video encoding to its limits. In the longer-playing LP and EP modes, all the usual encoding degradations resulting from low-bit-rate recording were evident, and the loss in video quality was even more apparent compared with the original high-def signal.