产品概述
一些设施需要配合音乐和控制信号。这是最经常使用SMPTE时间码。
时间码将被记录在一个音轨。音频播放时候,时间码由SMPTE时间码阅读器读取和解码装置。
在播放模式下,TC2000解码传入SMPTE时间码,并将其传递到BEYOND或LD2000软件。播放你的激光编程然后锁定传入SMPTE时间码。如果时间码停止,激光编程停止(或者,您可以设置显示继续“随心所欲”)。一旦时间码重新开始,激光编程将重新开始。
在写入模式下,TC2000输出SMPTE-encoded音频信号。通常,您会记录在另一个录音设备。内置的软件控制TC2000穿山甲的BEYOND和LD2000软件,并可以设置播放由SMPTE控制。你会看到传入SMPTE时间码,激光显示将完全按照时间码。
时间码设备和BEYOND应用帮助文档下载
时间码设备解析文档下载
下载TC2000时间码设备 X86 / X64 驱动
Product Overview
Some installations require coordination with music and control signals. This is most often done using SMPTE timecode.
The timecode will be recorded on one audio track. Then, at playback time, the timecode audio is read and decoded by a SMPTE timecode reader device.
In reading mode, the TC2000 decodes incoming SMPTE timecode and passes it to BEYOND or LD2000 software. Playback of your laser show is then locked to the incoming SMPTE timecode. If timecode stops, the laser show stops (alternatively, you can set the show to continue “freewheeling”). Once timecode starts again, the laser show and starts again.
In writing mode, the TC2000 outputs a SMPTE-encoded audio signal. Typically, you would then record this on another recording device. Software to control the TC2000 is built right into Pangolin’s BEYOND and LD2000 software, and you can set playback to be controlled by SMPTE. You’ll see the incoming SMPTE timecode, and the laser show will follow the timecode exactly.
