SAMSUNG SPH-P9000 Mobile Convergence Devices

samsung.jpg
Samsung Electronics Co., Ltd, unveiled the latest in mobile convergence device, the SPH-P9000 Deluxe MITs at Mobile WiMAX Summit 2006. The Samsung SPH-P9000 is the true convergence device capable of voice and multimedia data communications through Mobile WiMAX technology. The SPH-P9000 is a PDA-based device utilizing Mobile WiMAX and CDMA EV-DO connectivity. Users will have wireless access to the Internet utilizing Mobile WiMAX connectivity. Simultaneously, the CDMA EV-DO technology provides mobile phone connection for voice communication. With Microsoft Windows XP as the operating system, users will find the contents and applications familiar and easy to use for work and play. The Samsung SPH-P9000 comes with a QWERTY keyboard for painless typing and internet surfing, while the MP3 player function, VOD, and camera function provide a quick access to multimedia entertainment.

The five inch WVGA screen is prepared for movie and document viewing, while the 30GB hard drive stores music, movies, and documents. All of these unique features are combined into one device that weighs in at a little over one pound. The SPH-P9000 is truly a unique and versatile mobile device. The Samsung SPH-P9000 will be launched in Korea first half of 2007.

November 7, 2006 - 4:06 AM | Posted in - Media Devices |


Reader Comments
blog comments powered by Disqus
Recent Entries
  • World’s first Trumotion 480Hz LCD TV panel announced
  • MSI announces World’s First Hybrid Storage Netbook
  • Asus Xonar HDAV1.3 Series Sound Card with World's First Dolby TrueHD Bit-Stream Feature for Blu-ray
  • Adlink cPCI-6920 Series PICMG 2.0 compliant 6U Compact PCI dual-processor blade
  • Transcend P8 USB Card Reader with Photo Recovery Software
  • ECS A790GXM-AD3 Black Series motherboard for Extraordinary Gaming Performance
  • Thermaltake WB200 Waterblock liquid cooling system upgrade for North Bridge
  • Thermaltake CPU cooler TMG IA1
  • Toshiba and SGI Japan Develops World's First Full HD File-Base Program Broadcasting Systems