LINEAR ACOUSTIC

1RU Dolby® AC-4 bitstream analyzer and confidence decoder/monitor system for ATSC 3.0 broadcasts, I/O includes 3 Gb/s SDI, AES-3, and AES-67

Provides ATSC 3.0 compliant real-time authoring, rendering, and monitoring of immersive 3D audio using Next Generation Audio (NGA) technologies including MPEG-H. Simultaneously delivers both ATSC 3.0 and 5.1/2-channel audio for ATSC 1.0 using smart metadata and Linear Acoustic APTO™ loudness control ensuring compliance with global loudness standards

1RU loudness management platform capable of hosting any combination of one or two AEROMAX AMX audio processing instances. Supports 8 audio pairs via SDI I/O and 4 pairs via AES. Dolby® Digital/Dolby Digital Plus transcoding as well as support for watermark encoders (including Nielsen N2, N6, and CBET) can be added as options

1RU upmixer ready to meet the additional demands introduced by the enhanced audio capabilities of ATSC 3.0 and Next Generation Audio systems, I/O includes 3Gb/s SDI, AES-3, and AES-67 for SMPTE 2110-30 workflows. Dual auto-ranging internal power supplies provide redundancy and worldwide compatibility

AMS Authoring and Monitoring System - Monitoring Only

1RU solution that provides everything broadcasters need to be ready for NEXTGEN TV/ATSC 3.0 including Dolby AC-4 encoding with Dolby Real-Time Loudness Leveler, transcoding from Dolby Digital and Dolby Digital Plus to Dolby AC-4, and Dolby AC-4 decoding for watermarking and bitstream analysis

1RU loudness management platform for PCM audio only hosting 1 AEROMAX AMX process instance. 8 audio pairs via SDI, 4 pairs via AES, and one 2-ch signal via bal analog I/O. Licenses for AMX5.1, AMX 5x2, and AMX2.0 config incl.

AEROMAX AMX5x2 with 5 x 2-channel processing engines, adaptive wideband and multiband loudness control + advanced ITU limiter. UPMAX®-II automatic upmixing/downmixing. Requires an AERO.100, AERO.2000 or AERO.8000 Audio Processing Platform.

1RU loudness management platform capable of hosting up to eight AEROMAX AMX audio processing instances via a future proof Livewire+ AES67 AoIP interface. Dolby® Digital/Dolby Digital Plus transcoding as well as support for watermark encoders (including Nielsen N2, N6, and CBET) can be added as options

1RU encoder and transcoder designed to create an exciting and immersive Dolby Atmos® experience via a Dolby Digital Plus JOC bitstream for production workflows, platforms, and delivery streams that do not require Dolby AC-4

Provides three 2-channel processing engines employing adaptive wideband and/or multiband loudness control and an advanced ITU limiter for high quality audio and a consistent, compliant output

2RU loudness management platform with front panel controls and color display capable of hosting any combination of one or two AEROMAX AMX audio processing instances. Supports 8 audio pairs via SDI and AES I/O. Dolby® Digital/Dolby Digital Plus transcoding as well as support for watermark encoders (including Nielsen N2, N6, and CBET) can be added as options

Optional 5.1 Dolby Digital Plus transcoding, requires AERO.100, AERO.2000, or AERO.8000 Audio Processing Platform and at least one AMX audio processing engine

Factory Installed optional card which adds two additional sets of 3 Gb/s SDI I/O to the LA-5291, LA-5300, or UPMAX ISC

With 1 x 5.1-chl and 2 x 2-ch audio processing engines, adaptive wideband and multiband loudness control + advanced ITU limiter. UPMAX®-II automatic upmixing/downmixing. Requires an AERO.100, AERO.2000 or AERO.8000 Audio Processing Platform.

Additional software feature to the LA-5300, enabled by licensing, the ATSC 1.0 feature is available in LA-5300 for software version 1.0.78 and above

Optional card which adds MADI I/O to the LA-5291, LA-5300, and UPMAX ISC

Optional Nielsen watermark encoding (including Nielsen N2, N6, and CBET) for the Linear Acoustic LA-5300 Broadcast Audio Processor

Optional Verance watermark encoding for each processing engine for one AMX instance

Optional Verance watermark encoding for the Linear Acoustic LA-5300 Broadcast Audio Processor