ML4000 HD v7

Description

The ML4000 is two plug-ins:

• ML1 – mastering limiter

• ML4 – multi-band dynamics processor including a 4-band Gate, Expander, and Compressor fed into the same mastering limiter found in the ML1

The ML1 mastering limiter uses a flexible brick wall look-ahead design coupled with multiple stages of limiting for superior peak detection. The unique Knee and Mode controls allow the ML1 to handle any kind of material, and achieve an unprecedented range of responses. Whether the application calls for transparent limiting or serious dynamic crushing, the ML1 can do it all. The ML4 multi-band dynamics processor includes a 4-band Gate, Expander (upwards or downwards), and Compressor fed into the same limiter algorithm found in the ML1. Each band’s Gate, Expander, and Compressor can be configured separately or linked together. Steep 24 dB/Oct crossover filters minimize signal leakage into adjacent bands. Multiple real-time metering options in each band allow quick visualization of all signal dynamics. The ML4 crossover page shows the overall frequency response in real-time of the input, output, or total dynamics effect, on top of the graphically adjustable crossover frequencies. Accurate output adjustment is fast and simple with output ceiling control, large meters, and meter level text readouts. The ML4000 provides outstanding results with an intuitive user interface, flexible design, and powerful set of algorithms.

Features

• Ultra low latency
• Mono and stereo versions
• Supports HD and HD Accel. Up to 96 kHz sample rates with full pull-up mode are supported. Many of the ML4000 configurations can share the same dsp.
• Brick wall look-ahead limiter
• Multi-stage peak detection and limiting
• Unique limiter Knee and Mode controls
• Multi-band Gate, Expander (upwards or downwards), and Compressor
• Simultaneous display of Gate, Expander, and Compressor Dynamic curves in every band in a variety of display modes
• Multiple real-time metering options
• Adjustable crossover filters
• Analog Saturation Modeling
• Double precision processing