Bala Cynwyd, PA (PRWEB) January 10, 2004 Micro Oscillator, Inc. (MOI), an innovative provider of all silicon clock oscillators, today announced the release of its bare die version of the MOI-2000 clock oscillator that is completely compatible with the mounting techniques used with all standard I.C. The MOI-2000 clock oscillator is a CMOS integrated […]
Bala Cynwyd, PA (PRWEB) February 23, 2004 Micro Oscillator, Inc. (MOI), an innovative provider of all silicon clock oscillators, today announced the release of its military temperature range version of the MOI-2000 clock oscillator. It is completely compatible with the mounting techniques used with all standard I.C., hybrid and Chip on Board (COB) applications.
San Diego, CA, USA and Cambridge, UK (PRWEB) February 25, 2004 – Silicon Wave and CSR (Cambridge Silicon Radio), two of the leading companies in the Bluetooth silicon industry, today announced that they have successfully performed interoperability testing for medium-rate Bluetooth devices using both the 2 Mbps and 3 Mbps modes. On February 3rd in
CSR and Silicon Wave Collaborate On Testing Medium-Rate Bluetooth Technology Read More »
Sunnyvale, CA (PRWEB) October 6, 2010 ATP, a leading global memory module manufacturer, today announced that they are working with ISSI to provide long-term supply of SDRAM (PC100/133), DDR and DDR2 memory modules, including wide-temp, industrial grade products. These solutions target telecom, networking and industrial applications which typically have product life cycle of 10 years
Seattle (PRWEB) February 24, 2011 University of Washingtons STARS (Strategically-Aligned Academic Research) http://www.wastars.org researcher, Michael Hochberg, is making the University of Washington an innovation hotspot for nanophotonics a technical field poised to revolutionize silicon chip manufacturing. In February, the University of Washingtons College of Engineering celebrated the kickoff http://depts.washington.edu/uwopsis/news/kickoff.html of the Optoelectronic Systems Integration
STARS Researcher Leads University of Washington in Race for Next Generation Silicon Chip Read More »
London (PRWEB) June 6, 2005 Frontier Silicon the leading fabless manufacturer of semiconductors for mobile digital television and DAB digital radio products has launched Venice 3 FS2023, an ultra low power tri-band DAB digital radio receiver module which also integrates an FM radio receiver with RDS in the same chip. The power consumption
Frontier Silicon Launches Lowest Powered Tri-Band DAB/FM Tuner Module Read More »
Singapore, (PRWEB) June 14, 2005 Frontier Silicon, the leading fabless manufacturer of semiconductors for mobile digital television (MDTV) and DAB digital radio products has announced today that it is developing Kino 3, a new multi-standard and multi-band MDTV chip set supporting both the Korean and European digital multimedia broadcast (DMB) as well as the
London (PRWEB) October 9, 2006 Frontier Silicon announces the launch of Naples FS2011, the industrys first miniature, highly advanced and integrated standalone dual-band DAB / FM radio module for handheld battery powered products. The compact, low-cost, low-power, high performance unit is available now and is also incorporated in two new portable DAB/FM radios from leading
Frontier Silicon Launches World’s First Miniature DAB / FM Radio Module Read More »
Hawthorne, California (PRWEB) May 10, 2010 Symmetry Electronics, a leader in design-oriented electronic component distribution, announced today that it has signed an agreement with SiRF Technologies, a CSR plc company, and Cambridge Silicon Radio (CSR), a CSR plc company, to distribute both of their entire product lines. “CSR and SiRF are world leaders in
San Jose, CA (PRWEB) May 03, 2011 Total Phase, an industry-leading provider of embedded systems tools, is pleased to showcase the Komodo CAN Duo Interface at Booth 1838 during the Embedded Systems Conference Silicon Valley. The Komodo interface, a powerful two-channel CAN-to-USB adapter, is the newest addition to Total Phases line of development tools that
