See also stories tagged with Panasonic Corporation
Panasonic Corporation has successfully developed a new mass-production technology for leading-edge 32-nm generation system LSIs, and is ready to ship system LSIs (model number: MN2WS0150) based on this technology from October ...
You once had to leave home to see a psychiatrist for therapy, a music teacher for guitar lessons or a makeup artist for face-to-face consultations. Now they can come to you, virtually, through video chat.
(AP) -- Sony Corp. is working on 3-D televisions that don't need special glasses, joining a race with rival Toshiba Corp., but sees cost and technological hurdles to overcome before they can go on sale.
(PhysOrg.com) -- With 3D HDTV's exploding in today's market, Fujifilm has launched a new point-and-click camera with 3D photo capability. With 3D TV innovators like Sony, Panasonic and Samsung, the camera comes at a time ...
Japanese electronics giant Panasonic said Friday it will boost its plasma panel production in Shanghai to meet growing demand for flatscreen televisions in China.
(AP) -- Samsung's quarterly profit surged to a record high as sales of semiconductors, flat panels and TVs climbed, but the electronics giant warned that intensifying competition in areas like mobile phones could dent earnings ...
(AP) -- Panasonic is planning to take 100 percent ownership of its subsidiaries Sanyo Electric and Panasonic Electric Works in a move costing up to $9.4 billion to strengthen green businesses such as electric cars and solar ...
The problem of what to watch on a 3-D TV will be yours to solve with Panasonic's camcorder for families to film birthdays, baby's first walk and weddings, all in 3-D.
Panasonic today announced the development of a high power Gallium Nitride (GaN) transistor for long-distance communication at millimeter-wave frequencies. A 25GHz wireless transceiver is fabricated using the GaN transistor. ...
Imec researchers set major step towards 20nm half pitch interconnects with the realization of electrically functional copper lines embedded into silicon oxide using a spacer-defined double patterning approach.
