Firmware
MixPre v7.00
When updating from v6.00 or below to v7.00 or above, the firmware update process must be run twice. See installation instructions included within this firmware download for more information. New Introducing NoiseAssist, an optional paid plugin for one instance of adaptive ambient noise suppression. NoiseAssist is an advanced signal processing algorithm that reduces background noises […]
Read The Full Article8-Series v5.00
New Introducing NoiseAssist, an optional paid plugin for up to two instances of adaptive ambient noise suppression. NoiseAssist is an advanced signal processing algorithm that reduces background noises such as traffic, generators, HVAC noise, and more. It features a simple user interface with only one adjustment, the amount of background noise to suppress. The plugin […]
Read The Full Article8-Series v4.00
New CL-16 Linear Fader Controller support on 888 and Scorpio. Output naming allows you to assign custom names in the LR, X1-X10 Outputs menu. Custom names appear on output meters wherever shown for easy identification. Controllers menu option Require Shift for Mute: set to On to prevent accidental activation of mute from supported controllers. When […]
Read The Full Article8-Series Firmware v3.22
Fixed Various improvements to External Timecode Continuous mode. 888 and Scorpio channels 12-16 are now properly sent to MixAssist. Power switch will now allow power down without removing power sources in the unlikely event of the system going unresponsive during record. Adjusting EQ from the Icon Platform M+ while viewing the graphical EQ screen no […]
Read The Full ArticleA10-TX Firmware v2.90
Firmware Version 2.90 – Released April 2020 Fixed Transmitter serial number is no longer missing digits in the Originator Reference metadata field of MIC files.
Read The Full ArticleA10-RX Firmware v2.90
Firmware Version 2.90 – Released April 2020 New RF Overload indication. When the RF signal is overloaded, the A10-RX’s red LED turns on and the screen displays “RF Overload.” Correct this overload by reducing RF power on the transmitter, increasing the distance between TX and RX, or applying attenuation to the antenna system in use.
Read The Full Article