About: V-by-One HS

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V-by-One HS is an electrical digital signaling standard that can run at faster speeds over inexpensive twisted-pair copper cables than Low-voltage differential signaling, or LVDS. It was originally developed by THine Electronics, Inc. in 2007 for high-definition televisions but since 2010 V-by-One HS has been widely adopted in various markets such as document processing, automotive infotainment systems, industrial cameras and machine vision, robotics and amusement equipments. V-by-One HS is succeeded by V-by-One US, which offers 4 times the data signaling rate per lane (16 Gb/s).

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  • V-by-One HS is an electrical digital signaling standard that can run at faster speeds over inexpensive twisted-pair copper cables than Low-voltage differential signaling, or LVDS. It was originally developed by THine Electronics, Inc. in 2007 for high-definition televisions but since 2010 V-by-One HS has been widely adopted in various markets such as document processing, automotive infotainment systems, industrial cameras and machine vision, robotics and amusement equipments. While high-definition televisions had generally used LVDS to transmit pixel data, timing-skew problems among conductors appeared by increasing data rate based on requirements of higher-resolution and more color-depth. V-by-One HS, by its SerDes and CDR(Clock recovery) technology, achieves the high speed of 3.75 Gbit/s for each pair of conductors, decreasing the number of conductors, therefore reducing the total costs including cables and connectors. This solves skew problems and reduces electromagnetic interference (or EMI) and power consumption. V-by-One HS is succeeded by V-by-One US, which offers 4 times the data signaling rate per lane (16 Gb/s). (en)
  • V-by-One HS는 전기신호를 전송하는 인터페이스의 하나로, 특히 디지털 평판TV향으로 THine Electronics사에 의해 개발 되었다. 현재는 복합기 등의 사무기기, 차량용 인포테인먼트 시스템, 로보트, 시큐리티등 폭 넓은 분야에 적용되고 있다. 종래 디지털 평판TV의 내부배선은 , 영상신호 전송에 LVDS가 표준적으로 사용되어 왔으나, 고해상도 Color depth 확장으로 인해 보다 빠른 전송속도 요구와 케이블간의 타이밍문제 (Skew) 가 대두되었다 V-by-One HS는 SerDes이면서 Clock Data Recovery등의 기술을 가미해 1Pair당 3.75Gbps의 고속전송을 실현 하면서, Skew문제를 해결함과 동시에 EMI, 소비전력을 줄이고 있다. 또한 전송 Pair수의 감소로 케이블, 커넥터등의 종합적인 원가절감도 가능해졌다. (ko)
  • V-by-One HSは、電気信号を伝送するインターフェースの一つで、特に薄型テレビ向けにザインエレクトロニクス社により開発された。現在では、マルチ・ファンクション・プリンタなどの事務機器、車載インフォテイメント、ロボット、セキュリティなどの広範な分野に適用されている。 従来、薄型テレビの内部配線において、その画像信号の伝送にLVDSが標準的に用いられてきたが、高解像度化と色深度拡張により、必要な伝送速度が高速化し、ケーブル間のタイミングのずれ(スキュー)の問題が顕在化してきた。V-by-One HSは、SerDesに加え、クロック・データ・リカバリ等の技術を取り入れ、1ペアあたり3.75Gbpsの高速伝送を実現しながら、スキューの問題を解決すると共に、EMI、消費電力を低減している。また、伝送ペア数の削減でケーブル・コネクタなどのトータルコスト低減が可能とされる。 (ja)
  • V-by-One HS是由日本(THine Electornics)开发的适用于平板显示器的信号传输接口标准。目前,广泛应用在多功能打印机等、车载娱乐设备、机器人、安防系统等领域。 以往的电视内部配线,传输图像信号都是采用LVDS标准。然而,随着电视画面向着高分辨率和高色彩深度的发展,传输速度的高速化以及传输线之间信号的时滞问题愈发显著。V-by-One HS除了包含SerDes技术以外,还采用了时钟信号恢复等技术,使得每对线的最大传输速度达到了3.75Gbp,并解决了时滞问题,同时还降低了EMI干扰及功耗。此外,由于传输信号对数的减少,使得配线及连接器的用量相应减少进而可以实现整体成本的降低。 (zh)
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  • V-by-One HS는 전기신호를 전송하는 인터페이스의 하나로, 특히 디지털 평판TV향으로 THine Electronics사에 의해 개발 되었다. 현재는 복합기 등의 사무기기, 차량용 인포테인먼트 시스템, 로보트, 시큐리티등 폭 넓은 분야에 적용되고 있다. 종래 디지털 평판TV의 내부배선은 , 영상신호 전송에 LVDS가 표준적으로 사용되어 왔으나, 고해상도 Color depth 확장으로 인해 보다 빠른 전송속도 요구와 케이블간의 타이밍문제 (Skew) 가 대두되었다 V-by-One HS는 SerDes이면서 Clock Data Recovery등의 기술을 가미해 1Pair당 3.75Gbps의 고속전송을 실현 하면서, Skew문제를 해결함과 동시에 EMI, 소비전력을 줄이고 있다. 또한 전송 Pair수의 감소로 케이블, 커넥터등의 종합적인 원가절감도 가능해졌다. (ko)
  • V-by-One HSは、電気信号を伝送するインターフェースの一つで、特に薄型テレビ向けにザインエレクトロニクス社により開発された。現在では、マルチ・ファンクション・プリンタなどの事務機器、車載インフォテイメント、ロボット、セキュリティなどの広範な分野に適用されている。 従来、薄型テレビの内部配線において、その画像信号の伝送にLVDSが標準的に用いられてきたが、高解像度化と色深度拡張により、必要な伝送速度が高速化し、ケーブル間のタイミングのずれ(スキュー)の問題が顕在化してきた。V-by-One HSは、SerDesに加え、クロック・データ・リカバリ等の技術を取り入れ、1ペアあたり3.75Gbpsの高速伝送を実現しながら、スキューの問題を解決すると共に、EMI、消費電力を低減している。また、伝送ペア数の削減でケーブル・コネクタなどのトータルコスト低減が可能とされる。 (ja)
  • V-by-One HS是由日本(THine Electornics)开发的适用于平板显示器的信号传输接口标准。目前,广泛应用在多功能打印机等、车载娱乐设备、机器人、安防系统等领域。 以往的电视内部配线,传输图像信号都是采用LVDS标准。然而,随着电视画面向着高分辨率和高色彩深度的发展,传输速度的高速化以及传输线之间信号的时滞问题愈发显著。V-by-One HS除了包含SerDes技术以外,还采用了时钟信号恢复等技术,使得每对线的最大传输速度达到了3.75Gbp,并解决了时滞问题,同时还降低了EMI干扰及功耗。此外,由于传输信号对数的减少,使得配线及连接器的用量相应减少进而可以实现整体成本的降低。 (zh)
  • V-by-One HS is an electrical digital signaling standard that can run at faster speeds over inexpensive twisted-pair copper cables than Low-voltage differential signaling, or LVDS. It was originally developed by THine Electronics, Inc. in 2007 for high-definition televisions but since 2010 V-by-One HS has been widely adopted in various markets such as document processing, automotive infotainment systems, industrial cameras and machine vision, robotics and amusement equipments. V-by-One HS is succeeded by V-by-One US, which offers 4 times the data signaling rate per lane (16 Gb/s). (en)
rdfs:label
  • V-by-One HS (ja)
  • V-by-One HS (ko)
  • V-by-One HS (en)
  • V-by-One HS (zh)
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