http://japantechniche.com/2009/12/01/sony-unveils-the-worlds-first-transferjet-compatible-lsis/ Japan Technology Information will bring you the most recent technological information from Japan Fri, 12 Mar 2010 12:58:32 -0600 http://wordpress.org/?v=2.8.6 hourly 1 http://japantechniche.com/2009/12/01/sony-unveils-the-worlds-first-transferjet-compatible-lsis/comment-page-1/#comment-1883 Development of Low Power, Low Noise All-Digital Phase Lock Loop LSI by NEC | Japan Technology Information Thu, 04 Mar 2010 12:52:11 +0000 http://japantechniche.com/?p=3946#comment-1883 [...] as well as their advantage in eliminating large on-chip passive filters. In comparison analog-based PLL does not constitute a good solution due to their long start-up time. Based on this requirement, NEC [...] [...] as well as their advantage in eliminating large on-chip passive filters. In comparison analog-based PLL does not constitute a good solution due to their long start-up time. Based on this requirement, NEC [...]

]]> http://japantechniche.com/2009/12/01/sony-unveils-the-worlds-first-transferjet-compatible-lsis/comment-page-1/#comment-1641 Development of New Compact Coupler Complaint with New TransferJet Wireless System by Hitachi Cable | Japan Technology Information Fri, 22 Jan 2010 06:23:41 +0000 http://japantechniche.com/?p=3946#comment-1641 [...] Sony has developed and promoting TransferJet as a short range and high speed wireless transfer technology. The TransferJet system uses a coupler, a transmitting/receiving antenna based on inductive electric wave, instead of an ordinary antenna using the radiated electromagnetic wave, providing advantages of high speeds wireless transfer capability comparable to UWB (Ultra Wide Band) system, along with simplicity of the NFC (Near-Field Communication ) system which has been adopted by Felica, enabling user to transfer data at a rate of up to 560 Mbps by simply bringing two devices with mounted couplers within 3 cm of each other. Based on this technology, Hitachi Cable has developed a compact coupler in compliance with TransferJet technology. The compact coupler by Hitachi Cable consists of a radiating element capable of transmitting/receiving radio waves and a thin coaxial cable that supplies power to the radiated element. The coupler is designed to be used in mobile equipment. Making the coupler small to fit into the mobile equipment, reduces the size of the radiating element results in narrowing the frequency band which will in turn reduces the antenna sensitivity. However, based on company’s proprietary design technologies, the ideal shape of the radiating element can be determined ,resulting in performance at 4.20 to 4.76 GHz which is required for data transfer of up to 560 Mbps , while achieving the short range wireless data transfers within 3 cm, plus reducing the coupler’s thickness to 1.6mm. The radiating element in this product can be made from standard components such as double-layer printed circuit board, resulting in easy mass production of the coupler at a low cost. Hitachi Cable is planning for the mass production of the new coupler in March of 2010. source Share and Enjoy: [...] [...] Sony has developed and promoting TransferJet as a short range and high speed wireless transfer technology. The TransferJet system uses a coupler, a transmitting/receiving antenna based on inductive electric wave, instead of an ordinary antenna using the radiated electromagnetic wave, providing advantages of high speeds wireless transfer capability comparable to UWB (Ultra Wide Band) system, along with simplicity of the NFC (Near-Field Communication ) system which has been adopted by Felica, enabling user to transfer data at a rate of up to 560 Mbps by simply bringing two devices with mounted couplers within 3 cm of each other. Based on this technology, Hitachi Cable has developed a compact coupler in compliance with TransferJet technology. The compact coupler by Hitachi Cable consists of a radiating element capable of transmitting/receiving radio waves and a thin coaxial cable that supplies power to the radiated element. The coupler is designed to be used in mobile equipment. Making the coupler small to fit into the mobile equipment, reduces the size of the radiating element results in narrowing the frequency band which will in turn reduces the antenna sensitivity. However, based on company’s proprietary design technologies, the ideal shape of the radiating element can be determined ,resulting in performance at 4.20 to 4.76 GHz which is required for data transfer of up to 560 Mbps , while achieving the short range wireless data transfers within 3 cm, plus reducing the coupler’s thickness to 1.6mm. The radiating element in this product can be made from standard components such as double-layer printed circuit board, resulting in easy mass production of the coupler at a low cost. Hitachi Cable is planning for the mass production of the new coupler in March of 2010. source Share and Enjoy: [...]

]]> http://japantechniche.com/2009/12/01/sony-unveils-the-worlds-first-transferjet-compatible-lsis/comment-page-1/#comment-1590 Development of World’s First Demodulator LSI for HD Television Conforming to DVB-T2 standard by SONY | Japan Technology Information Thu, 07 Jan 2010 14:22:44 +0000 http://japantechniche.com/?p=3946#comment-1590 [...] today made an announcement on development of world’s first demodulator LSI for high definition television that is in compliance to DVB-T2 (Digital Video Broadcasting- [...] [...] today made an announcement on development of world’s first demodulator LSI for high definition television that is in compliance to DVB-T2 (Digital Video Broadcasting- [...]

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