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|A los hombres les encanta maravillarse. Esto es la semilla de la ciencia,|
Ralph Waldo Emerson(1803-1882).
Ensayista y poeta estadounidense.
|TEXAS INSTRUMENTS REVEALS FIRST INTEGRATED 1394B OHCI LINK/PHY AT MICROSOFT WINHEC 2006 |
WinHEC, SEATTLE, WA - The leader in 1394 (FireWire®) technology, Texas Instruments Incorporated (TI) (NYSE: TXN) today announced two new 1394b devices at WinHEC in Seattle (May 23-25, 2006). Providing faster speeds with fewer design challenges, the new TI integrated Link/PHY device and the single-chip physical (PHY) layer device improve 1394b performance in notebook and personal computers. Live demonstrations of these new devices will be featured in TI booth 113.
1394b Performance Increase Benefits Windows Vista Users
WinHEC, SEATTLE, WA (May 22, 2006) - The leader in 1394 (FireWire®) technology, Texas Instruments Incorporated (TI) (NYSE: TXN) today announced two new 1394b devices at WinHEC in Seattle (May 23-25, 2006). Providing faster speeds with fewer design challenges, the new TI integrated Link/PHY device and the single-chip physical (PHY) layer device improve 1394b performance in notebook and personal computers. Live demonstrations of these new devices will be featured in TI booth 113.
Further expanding the largest 1394b portfolio in the industry, the introduction of the TSB83AA22ZAJ open-host controller interface (OHCI) 1394b Link/PHY will give designers the ability to build devices using a 1394b Link and PHY layer on the same chip. The smallest 1394b device on the market in a 7x7 mm u*BGA package, the TSB83AA22ZAJ, is ideal for implementing high-performance 1394b in any size notebook computer. In addition to complying with the established 1394b standards requirements, the Link/PHY product provides system advantages such as enhanced compatibility with legacy digital video equipment (i.e. DV camcorder), special power-down features and low-power modes, and extra-large FIFOs for improved performance. The TSB83AA22ZAJ also has two bilingual 1394b cable ports for system configuration flexibility.
"Video editing is becoming easier and easier, and having super-fast 1394b storage matched with a 1394b enabled computer gives the user a much more enjoyable experience," said Zeph Freeman, worldwide 1394 business development manager for TI. "We are excited to see other major market players expand their 1394b offerings. Microsoft's announcement of future 1394b support in Windows Vista and Apple's recent announcement of the 17" MacBook Pro with 1394b will give consumers new high-performance options."
TI is also introducing the TSB81BA3D single-chip PHY which contains three bilingual 1394b cable ports and is fully-compatible with 1394a-2000. With data transfers of up to 800 Mbps - nearly twice the transfer rate of USB2.0 - TI's 1394b devices meet a growing demand for faster speeds due to larger capacity hard-disk drive (HDD) storage and high-definition video transfers. Fully-interoperable with FireWire, i.LINKTM and SB1394 implementations of IEEE standard 1394, the TSB81BA3D is also used in computers, add-in cards, consumer and industrial applications.
"Microsoft plans to include support for the IEEE standard 1394b in Windows Vista shortly after the release of the new operating system," said Mark Slezak, program manager, Windows Device Experience Group at Microsoft. "Building on the existing support in Windows XP for 1394a, the 800 Mbps transfer rates in the IEEE 1394b standard (and the specified rates of 1.6-Gbs, and 3.2-Gbs) will further expand the bandwidth available in Windows for scenarios such as high-definition audio and video transfers and external storage solutions."
In addition to developing 1394b for the personal computing space, TI is designing 1394b products to support consumer electronics applications such as what is defined by HANA (High Definition Audio Video Network Alliance). HANA uses 1394 to enable single-cable connections, ease-of-use and secure networks. The transition to high-definition television (HDTV) and HD services, HANA's goal is to address the growing consumer demand to easily distribute content protected and non-content protected material within the home.
Jueves, 25 Mayo, 2006 - 03:01