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USB-IF Publishes USB Device Class Specification for MIDI Devices v2.0

瀏覽次數:1482

USB Implementers Forum (USB-IF announced an updated USB Device Class Definition for MIDI Devices, Version 2.0 in support of MIDI 2.0 devices. The standard represents an industry-wide effort by the USB-IF, MIDI Manufacturers Association (MMA), and Association of Musical Electronics Industry (AMEI) to provide MIDI users with an expanded MIDI environment connected by USB.

“USB-IF is proud to support the MMA and AMEI by publishing an updated USB Device Class Specification for next-generation MIDI devices,” said Jeff Ravencraft, USB-IF President and COO. “USB has been an integral part of the MIDI environment over the past 20 years, and we look forward to seeing innovative new devices that are enabled by this updated specification.”

Mike Kent, Project Chair of the USB MIDI class specification and Chairman of the MMA's MIDI 2.0 Working Group, said, "This updated specification delivers many improvements that musicians and artists want from MIDI 2.0, including bidirectional communication, higher-speed throughput, more MIDI channels, accurate timing with dense MIDI streams, and backwards compatibility with MIDI 1.0 devices. The USB-IF's work is a major, and significant, step forward for MIDI 2.0."

The original USB Device Class Specification supporting MIDI 1.0 devices was published in 1999. Since then, USB MIDI has grown significantly and is now the most widely used transport for MIDI. The updated specification uses the new Universal MIDI Packet format over USB, and is designed to cover the widest range possible of MIDI applications and products. This USB specification is a key enabler for MIDI 2.0, supporting the inspiring features of MIDI 2.0 devices while integrating backward support for MIDI 1.0 devices.

Companies contributing to the updated specification include Apple Corporation, Knowles Corporation, Native Instruments, Roland Corporation, and Yamaha Corporation.

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機
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稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

關鍵字:USB