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Posts with tag uniphier

Panasonic DMP-BD35 & DMP-BD55 Blu-ray players officially official, still unpriced


Say hello to the successors of the short-lived Panasonic DMP-BD50, the new DMP-BD35 (above) and DMP-BD55 (after the break) check off every feature we can think of for a new Blu-ray player, complete with a slim profile (49mm high on the BD35) and hopefully low, low price thanks to a 45nm 3rd-generation UniPhier processor. Dolby TrueHD, Dolby Digital Plus and DTS-HD MA audio support, with internal decoding or bitstreamed output in full 7.1 (plus 7.1 analog audio outs on the DMP-BD55) on top of fully BD-Live / Profile 2.0 compatible hardware finally promise no-compromise hardware for Blu-ray buyers. Release dates and pricing information? Your guess is as good as ours, for now.

Panasonic could beat Intel on 45nm chip release

Intel has been touting its 45-nanometer chips for what seems like ages, but if all goes as planned, Panasonic will actually beat the chip giant to the punch by releasing products to the commercial market over a week earlier. Apparently, the six new Blu-ray recorders we spotted at CEATEC will utilize the firm's new generation "UniPhier system LSI based on the 45-nanometer process technology," and sure enough, those units are slated to hit Japan on November 1st -- a full ten days before Intel will reportedly get its Yorkfield crew out to the mainstream. Bet you didn't see that coming, now did you?

[Via RegHardware]

Panasonic begins production of world's first 45nm circuits


While some vendors are out there blowharding their 45nm processes, Panasonic is actually doing something about it. Today, Panasonic started mass production of the world's first 45nm system LSIs. More specifically, they've started manufacturing a 45nm-based UniPhier (Universal Platform for High-quality Image Enhancing Revolution) at their new semicoductor factory in Uozu, Japan. In other words, we're due to see more powerful A/V gear from Panny capable of processing a pair of 1080p displays in parallel, H.264 encoding, symmetric multi-processing, and high-performance 3D graphics from circuitry consuming about half the power and surface area of traditional 65nm-based processes. Really, what's not to love?



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