Toronto, Canada – GAO Research Inc. (www.GAOResearch.com) recommends its widely-used V.17 Fax Modem software which uses QAM for the channel with synchronous line transmission at 2400 baud.
It implements the ITU-T V.17 recommendation for a two-wire modem for facsimile applications with data rates up to 14,400bps. This international standard defines the operating sequences and modulation techniques to be used in high speed fax applications. The fax Modem software supports commonly used processors such as TI C5000 and C6000 series DSPs, ARM processors and ADI DSPs and OS such as Windows, VxWorks, and Linux.
GAO Research’s V.17 soft fax modem solution can operate within a multi-tasking environment or as a stand-alone task and is optimized for fixed-point arithmetic. This V.17 fax software operates at a frequency of 1800Hz and supports V.24 interchange circuits. Exchange of rate sequences is provided during start-up to establish the data-rate, coding, and any other special facilities. The trellis coding rates are from 7200 to 14000bps and modulation rate is 2400 symbols/s. It supports most commercial analog front ends (AFE) as well as proprietary discrete DAAs with codecs, depending upon the application. It can be integrated with other data modems, telephony, speech compression, and fax relay solutions to meet requirements in various applications.
All GAO’s software are subject to the most stringent quality control procedures, which is reflected in its well structured code, detailed design documentation, and well-defined design and test plans. This ensures ease of integration into the user’s system, easy maintenance, and a smooth upgrade path for next-generation products.
About GAO Research Inc.
GAO Research Inc. (www.GAOResearch.com) is a recognized international leading provider of communications software to telecom and electronics companies and provides the most comprehensive and unique suite of modem, fax, telephony, speech software, VoIP, FoIP, fax relay and fax/modem/voice relay software for embedded applications for DSP and microprocessors.
Visit http://www.GAOResearch.com for more information.
Reviewed by: Cathy and Dana
Sender Name: Perry Keller
Sender E-mail: firstname.lastname@example.org