New-Tech Magazine - Europe | January Digital edition

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management products,” said Andrea Onetti, Group Vice President and General Manager Volume MEMS Division, STMicroelectronics. “The new STUSB16 family embeds higher levels of circuit protection and a customer- configurable non-volatile memory, which enables IC configuration at power-up without software support. Overall, the ST portfolio delivers a low BOM cost and flexible hardware/ software solution capable of meeting every power-profile requirement and customization need.” ST has enabled the migration to the USB Type-C port through the simple addition of an STUSB16 companion chip to existing MCU-based designs, while minimizing MCU-resource requirements compared to alternate solutions. Together these features simplify software development and reduce time-to-market while allowing customers to focus on their own added- value differentiators. The first member of the STUSB16 family, the STUSB1600QTR, is sampling to lead customers now at $0.95 in 1ku.

signals*1. Currently, to transmit video signal via connector-equipped cables from an 8K signal source or other devices to an 8K display, 4K-equivalent images are transmitted using four HDMI cables, and then they are combined to show in 8K resolution by using image processing. Panasonic’s newly-developed connector-equipped cable, which uses plastic optical fiber technology, can achieve the transmission of full-spec 8K video via a single cable, with improved bandwidth and length. High-speed transmission over optical fiber connector can be achieved when theoptical axes are completely aligned. However, when the equipment and the cable’s connection portions are detachable, it is difficult to precisely align optical axes at the connection, leading to poor connectivity and other defects. That has hampered the deployment of optical fiber cables in video transmission cables with detachable connectors. Working with KAI Photonics Co., Ltd., a venture from Japan’s Keio University, Panasonic developed connector-equipped cables that adopt “plastic optical fiber and its connection technology using ballpoint-pen type interconnect*2.” Further, by applying Panasonic’s technology for the multi- level modulation of broadband signals, a transmission bandwidth exceeding 100 Gbps was achieved with a single cable. Professor Yasuhiro Koike of the Faculty of Science and Technology, Keio University, commented: “I am delighted that Panasonic successfully developed a prototype cable for transmitting 8K images based on ‘plastic optical fiber and its connection technology using ballpoint-pen type interconnect,’ which was developed

by Keio University. We would like to further cooperate with Panasonic to respond to the variety of needs for audiovisual transmission.” Anticipating the spread of the corporate use of 8K devices in the B2B market, Panasonic aims to make this innovative connector cable technology an international standard. Technologies related to this proto model will be exhibited at the Panasonic booth at CES 2016 to be held in January in Las Vegas, U.S.A. Notes: *1 The term denotes an image of approx. 33 million pixels (7,680 × 4,320) and 120 frames/sec. A full HD image is composed of approx. 2 million pixels (1,920 × 1,080) and 60 frames/sec. and a 4K image approx. 8 million pixels (3,840 × 2,160) and 60 frames/sec. *2 The ballpoint-pen type interconnect technology for plastic optical fiber connection has been developed jointly by Mitsubishi Pencil Co, Ltd. and Keio University’s Professor Yasuhiro Koike.

New FCI USB 3.1 Type C connectors are reversible for quick and easy USB, power, audio and video connection: now available through TTI Small form factor; supports SuperSpeed 10Gb/s for emerging designs Now available in Europe through TTI, Inc., a world leading specialist distributor of electronic components,

Panasonic Develops Single Cable and Connector Solution for Transmission of Full-spec 8K Video Signals*1 Panasonic Corporation today announced that it has developed single cable and connector solution that enable the transmission of uncompressed full-spec 8K video

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