NXP Semiconductors and Thomson have agreed to combine their can tuner modules operations in a joint venture. Thomson will appoint the CFO of this new venture, while NXP will appoint the CEO. NXP and Thomson expect that the definitive joint venture agreements will be finalized and the transaction will close in Q2, subject to closing conditions, including social and regulatory approvals.
"Digital can tuners remain strategic components at a time when broadcast and broadband distribution infrastructures look to advanced delivery technologies such as DVB-S2, DVB-T, DVB-H and new cable modulation technologies," said Thomson CTO Jean-Charles Hourcade. "This combination will benefit our customers as the digital terrestrial roll-out accelerates in the U.S. and in Europe."http://www.nxp.comhttp://www.thomson.net
"Digital can tuners remain strategic components at a time when broadcast and broadband distribution infrastructures look to advanced delivery technologies such as DVB-S2, DVB-T, DVB-H and new cable modulation technologies," said Thomson CTO Jean-Charles Hourcade. "This combination will benefit our customers as the digital terrestrial roll-out accelerates in the U.S. and in Europe."http://www.nxp.comhttp://www.thomson.net

designed to provide peak download speeds of 7.2 Mbps and upload speeds of 2.1 Mbps on any worldwide HSDPA/HSUPA network supporting the 2100 MHz band. The device ships with Mobilink Lite Connection Manager Software preinstalled on the modem's on-board memory, eliminating the need for Mac and Windows users to download drivers from a CD. A Dual USB Y-cable is included to provide increased power when using the modem in weak signal areas. The integrated internal antenna offers both receiver diversity and equalizer support to improve performance in crowded environments.http://www.novatelwireless.com

, a joint venture of Verizon Communications and Vodafone. The resultant three-way operator trials will focus on LTE FDD (the Frequency Division Duplex version of LTE) for use with paired spectrum allocations and TD-LTE (the Time Division Duplex version of LTE) as an evolution of current TD-SCDMA technology to enable the exploitation of unpaired spectrum globally.




