6/10/2004 - Consumers will now be able to use landline handsets to place and receive calls over their cellular phones with a new device from Xcelis Communications, LLC. Texas Instruments Incorporated (TI) (NYSE:TXN) announced that Xcelis has implemented TI's TMS320C54CST digital signal processor (DSP), a fully-optimized telephony solution, on Pantheon, a mobile-landline integration device.
Pantheon attaches to any single line landline telephone and, in addition to placing and receiving landline telephone calls, uses Bluetooth® connectivity to route outgoing and incoming voice calls and data from users' mobile phones to traditional landline phones. For more information and a product demonstration of Pantheon, please see www.xcelis.com/pantheon.htm.
The C54CST is a flexible, low-power digital signal processor (DSP)-based solution optimized for remote data collection. Complete with SPIRIT Corp.'s optimized software, which consists of the most demanded telephony algorithms, the flexible CST framework allows the user to easily control those algorithms on different abstraction layers. It is ideal for customers developing remote data collection applications that integrate industrial control, voice functionality or other specialized functions using the peripherals of the DSP, such as telephony signaling. For example, Pantheon uses the DSP and optimized software to send data from a field location to a central location. By using the C54CST, Xcelis will be able to take Pantheon to market faster and with greater feature functionality than was previously available on the market. Likewise, by using Bluetooth, Pantheon eliminates the need to carry multiple handsets in the home and the hassle of using a cradle—an enormous advantage over the "call forwarding" and "cradle-based" solutions currently in the market.
"With an advanced feature set and robust SPIRIT algorithm support, the C54CST was the natural choice for the Pantheon product," said Glen Alexis, chief technology officer, Xcelis Communications. "We evaluated other architectures and DSPs from several other providers, and none came close to the functionality of the telecommunication algorithms in TI's chip.”
The TI C54CST is the industry's first DSP-based single-chip remote data collection application solution, and is flexible enough to function as a chipset controlled by a host processor or as a FLEX chipset, programmed to perform customer user functions that take advantage of the optimized ROM contents. Its 14 on-board algorithms from SPIRIT are compliant with eXpressDSPTM Software and Development Tools and capable of interfacing to industry-standard data access arrangement (DAA), and include four data, four telephony and six voice algorithms.
In addition to the C54CST, Pantheon uses other TI logic devices including the TPS78633, eXpressDSP-compliant algorithms in ROM and CSL and LIO standards for the UART, DAA and McBSP device drivers.
Xcelis Communications, LLC, is an engineering company that develops and licenses innovative products that integrate communications services and devices. The company’s patent pending UNUMTM Architecture is a cost-effective worldwide compliant communications system capable of integrating voice, data, IP, fax, cellular and video on a single platform enabling manufacturers to quickly bring valuable new or revitalized products to market. Pantheon is the first solution to be developed on the UNUM Architecture.
A privately held company, Xcelis is headquartered in Wayne, Pennsylvania with offices in Columbia, MD. More information can be found at www.xcelis.com.
About Texas Instruments Incorporated
Texas Instruments Incorporated provides innovative DSP and analog technologies to meet our customers’ real world signal processing requirements. In addition to Semiconductor, the company’s businesses include Sensors & Controls and Educational & Productivity Solutions. TI is headquartered in Dallas, Texas, and has manufacturing, design or sales operations in more than 25 countries.
Texas Instruments is traded on the New York Stock Exchange under the symbol TXN. More information is located on the World Wide Web at www.ti.com.
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