(PhysOrg.com) -- Seiko Epson Corporation has developed a high-resolution (equivalent to QVGA) autostereoscopic 3D liquid-crystal display that affords extra freedom of viewing position compared to conventional 3D displays, ...
Several major telecom giants today announced an agreement to form a consortium to develop specifications for "TransferJet" - a new interoperable wireless transfer technology that enables rapid transfer of high resolution ...
Seiko Epson and E Ink today announced a jointly developed display controller IC enabling new capabilities for E Ink's Vizplex enabled electronic paper displays. EPD low-power consumption screen technology is driving an emerging ...
Epson Imaging Devices Corporation today announced the development of an all-in-one liquid-crystal display with an integrated cover (tempered glass or acrylic) and touch panel (resistive or capacitive). This new LCD takes ...
Seiko Epson Corp. has developed an organic light-emitting diode ("OLED") display system capable of producing "the ultimate black." Having resolved the problem of achieving long life for the device, a longstanding challenge ...
The Japanese electronic trade show Createc is taking place today and runs until October 6, 2007. A prototype wireless recharger created by the joint efforts of Seiko Epson and Murata Manufacturing LTD will be on display. ...
Hewlett-Packard said on Tuesday it will be gradually changing the way the company delivers its inkjet cartridges by instituting three new color-coded categories and a lowered, two-tiered pricing scheme for its inkjet printer ...
PC OEMs and camera makers could be among the customers for Memjet's revolutionary inkjet printers that were first disclosed last week. Meanwhile, the company has already started talking about taking the Silverbrook technology ...
Silverbrook Research has developed the Memjet, a nanotech-fueled, consumer inkjet printer that can print sixty pages a minute for under $200. And it works.
Seiko Epson and Fujitsu today announced the results of their joint project to develop next-generation Ferrorelectric Random Access Memory (FRAM) technology.
