Zaxcom Ships TRX900 Wireless Microphone With Internal Recording
By Guest |
Zaxcom today announced that its popular TRX900 wireless microphone system is now available with the Zaxcom Recording Wireless™ feature. This patent-pending option records up to 12 hours of audio directly to an internal memory card for later use in the post house, eliminating concern over audio loss due to RF or EMI interference during transmission.
The system's new internal recording capability is particularly useful for reality television productions or other programming where ad lib dialogue is used frequently. Because the audio is recorded directly to the body pack, there's no chance of missing anything, even if the sound mixer wasn't expecting dialogue from a given actor or reality show participant. The sound mixer's job is further simplified by the fact that perfect reception is no longer a concern — he or she can focus solely on sound mixing rather than trying to figure out the best place for an antenna or spending time installing a lengthy multicable run.
The TRX900 system features an ultra-compact design and will operate for up to five hours on a single battery. The units are completely remote controllable, allowing production staff to stop recording, replay audio, or begin recording all while the actor is wearing the body pack.
Each TRX900 system has a timecode receiver to ensure that all units are precisely synchronized with each other and with the cameras. This functionality creates a virtual multitrack recording system, allowing post-production teams to work independently with the audio from each unit while knowing they will easily synchronize with the master audio track and camera footage.
The Zaxcom Recording Wireless feature uses a mobile audio recording format developed by Zaxcom that prevents the burnout of memory cards typically experienced with other computer-based file systems. This unique file format also ensures that the system is fault tolerant, allowing users to recover audio from the memory card even when recording is stopped abruptly due to power loss.