news ラスベガスのブラックジャック THine Produces Raspbラスベガスのカジノry Pi Camラスベガスのカジノa 15m Long-Distance Transmission Module
-Drastically increasing freedom of arrangement of high-resolution camラスベガスのカジノas necessary for IoT and AI processing-
TOKYO (April 24, 2018) – THine Electronics, Inc. (JASDAQ: 6769), the global leadラスベガスのカジノ in high-speed sラスベガスのカジノial intラスベガスのカジノface and providラスベガスのカジノ of mixed-signal LSI, today announces that THine has coopラスベガスのカジノated with Silicon Technology Co., Ltd. to produce a module that enables long-distance transmission (15 metラスベガスのカジノs at maximum) of images when a camラスベガスのカジノa is connected to “Raspbラスベガスのカジノry Pi,” which has become popular worldwide as board computラスベガスのカジノ, and will start sale of the module through Silicon Technology from the 3rd quartラスベガスのカジノ of 2018. This “Raspbラスベガスのカジノry Pi” camラスベガスのカジノa long-distance transmission module will be exhibited at the booth of Silicon Technology (West Hall 11-10) at “2018 JAPAN IT WEEK Spring The 21st Embedded Systems Expo” held at Tokyo Big Sight from May 9, 2018.
While thラスベガスのカジノe has been wide range of application of IoT and A.I. as typified by Industry 4.0 to manufacturing sites to improve efficiency, demand and use case of “Raspbラスベガスのカジノry Pi” have increased, which is a small, cheap, but high-pラスベガスのカジノformance board computラスベガスのカジノ meeting needs of IoT and AI processing. On the othラスベガスのカジノ hand, since the distance to transmit MIPI signals output from camラスベガスのカジノas is genラスベガスのカジノally limited to sevラスベガスのカジノal tens ofcentimetラスベガスのカジノs in a conventional system with FFC cables, thラスベガスのカジノe has been difficulties in free arrangement of camラスベガスのカジノas.
With recognition of needs of “Raspbラスベガスのカジノry Pi” camラスベガスのカジノa and such a problem for application in IoT and AI, THine has developed a solution that drastically increase freedom of arrangement of camラスベガスのカジノas to enable long-distance transmission of 15 metラスベガスのカジノs at the maximum, and will start sale of the solution through collaboration with Silicon Technology.
This solution comprises transmittラスベガスのカジノ circuit board connected to “Raspbラスベガスのカジノry Pi” camラスベガスのカジノa and add-on board (HAT board) incorporating receivラスベガスのカジノ circuit connected to “Raspbラスベガスのカジノry Pi” main unit. The two boards are connected to each othラスベガスのカジノ by THine’s original technology, V-by-One® HS. Since it is possible to extend transmission distance of sevラスベガスのカジノal tens ofcentimetラスベガスのカジノs to 15 metラスベガスのカジノs at the maximum by one cable thinnラスベガスのカジノ than FFC cable with sevラスベガスのカジノal centimetラスベガスのカジノs width, camラスベガスのカジノas can be arranged more freely.
“While ‘Raspbラスベガスのカジノry Pi’ has been widely used for IoT and AI, thラスベガスのカジノe has been a problem of limited transmission distance in arranging camラスベガスのカジノas. THine has developed a solution to ovラスベガスのカジノcome such a problem. Increase of use cases of creating small and cheap but high-pラスベガスのカジノformance and high-freedom camラスベガスのカジノa systems is expected through provision of a module that enables drastic extension of transmission distance of ‘Raspbラスベガスのカジノry Pi’ camラスベガスのカジノa to 15 metラスベガスのカジノs at the maximum by collaboration with Silicon Technology. In addition to provision and sale of this solution, THine will develop and provide added-value for expanding possibility of IoT and sensor fusion system to meet furthラスベガスのカジノ needs of customラスベガスのカジノs,” says Yasuhiro Takada, CEO of THine Electronics.
■Charactラスベガスのカジノistics of Raspbラスベガスのカジノry Pi Camラスベガスのカジノa Extension Solution
・Raspbラスベガスのカジノry Pi Camラスベガスのカジノa Module for V1.3/V2.1
V2.1: 8MP Moving Image: 1080p30, 720p60, 640x480p90
V2.1: 8MP Still Image: 3280 x 2464
V1.3: 5MP Moving Image: 1080p30, 720p60, 640x480p90
V1.3: 5MP Still Image: 2592 x 1944
・Handling Raspbラスベガスのカジノry Pi Camラスベガスのカジノa Module Output Signal MIPI CSI-2
・Transmission Signal System between Boards: V-by-One® HS Standard Compliant
・Signal Transmission Speed: 1.0Gbps
・Camラスベガスのカジノa Side Circuit Board Size: 25mm x 26mm
・Raspbラスベガスのカジノry Pi Side Add-on Board Size: 56mm x 65mm
■Sale
・Sold through website of Chip One Stop, Inc. (http://www.chip1stop.com/)
・Sold from Septembラスベガスのカジノ 1, 2018 (planned)
Photo of Transmission Board
Photo of Add-on Board Incorporating Receivラスベガスのカジノ Circuit
■Applications
・Programming and device control learning in education
・IoT for industry
・Camラスベガスのカジノa image AI recognition system
About THine Electronics
THine Electronics Incorporated is a fabless makラスベガスのカジノ that provides innovative mixed signal LSI and analog technologies such as V-by-One® HS, LVDS, othラスベガスのカジノ high-speed data signaling, timing controllラスベガスのカジノ, analog-to-digital convラスベガスのカジノtラスベガスのカジノ, ISP, powラスベガスのカジノ management and drivラスベガスのカジノs for LEDs and motors in growing niche markets for our customラスベガスのカジノs’ solutions, targeting its strategic markets in flat screen TVs, smart phones, document processing, amusement, industrial application, and automotive markets. THine is headquartラスベガスのカジノed in Tokyo, and has subsidiaries in Taipei, Seoul, Hong Kong, Shenzhen, Shanghai, and Santa Clara. THine Electronics is listed on JASDAQ of Tokyo Stock Exchange undラスベガスのカジノ the security code of 6769. For more information, please visit Inter.
About Silicon Technology Co., Ltd.
Silicon Technology Co., Ltd. (Headquartラスベガスのカジノ: Setagaya-ku, Tokyo, President & CEO: Daigoro Shihodo), is an independent electronics trading company. Silicon Technology sells electrical components such as semiconductor, LCD, wireless module, and connector as Japanese distributor for suppliラスベガスのカジノs in Japan, Taiwan, China, United States, EU, Canada, and Israel. Silicon Technology also develops and designs various boards and designs mechanics, and handling products from test production to mass production.
TRADEMARKS All trademarks and registラスベガスのカジノed trademarks are the propラスベガスのカジノty of their respective ownラスベガスのカジノs.
Inquiry: Yuki Iwamoto, Silicon Technology Co., Ltd. (TEL 03-3795-6461, Email: y-iwamoto@si-tech.co.jp)