Your Ad Here

Companies Focusing On Developing Millimeter-wave Communication Chips

Companies Focusing On Developing Millimeter-wave Communication Chips

Looks like Japanese manufacturers (Hitachi, Panasonic and Toshiba) are gearing up to develop their own millimeter-wave communication ICs. They’re independently developing 60GHz-waveband radio frequency (RF) transceiver ICs, and if everything goes according to plan, the first products could appear as early as the second half of 2010. The benefit of the 60GHz band is that it can utilize a frequency bandwidth of about 7GHz, allowing it to assure high-speed throughput in terms of Gbit/s. With the release of audio-visual equipment such as TVs that actually use millimeter waves, it’s not too surprising to see manufacturers starting to work on this. We’re certainly looking forward to a wireless world.

Permalink: Companies Focusing On Developing Millimeter-wave Communication Chips from Ubergizmo | Hot: Nexus One Review



  • Twitter
  • Facebook
  • email
  • PDF
  • Digg
  • del.icio.us
  • Google Bookmarks
  • RSS

This post is tagged:

Leave a Reply





  • TiVo releases Q4 results, announces transcoder and IP set-top box at the wayTiVo releases Q4 results, announces transcoder and IP set-top box at the way

    Today TiVo announced its earnings for Q4 2011 and the whole year, but the best note was word of some new boxes at the way. From the sound of factors, the corporate will deliver a four stream transcoder akin to the only we saw demonstrated at CES (pictured above) in a position to dispensing video to multiple devices (phones, tablets, etc.) inside the home simultaneously. Also at the… »
  • Samsung demos new 32nm quad-core Exynos prior to MWCSamsung demos new 32nm quad-core Exynos prior to MWC

    If you were lucky enough to be on the International Solid-State Circuits Conference, then you definitely might need caught a glimpse of Samsung's latest sliver of mobile silicon. The as yet unnamed Exynos parts will are available in dual- and quad-core configurations running at as much as 1.5GHz. Perhaps crucial change though, is the switch from a 45nm manufacturing process to… »

Categories

Subscribe

Enter your email address: