must see, if you are into recording

what I’m currently working on – Vol. 14

A year ago, I delved a little deeper into transformer modeling again and for this year, signal detection and reconstruction is at the top of my list. These are fundamental concepts in digital signal processing, playing a crucial role in various applications such as dynamic processors and resampling in general.

Signal detection involves identifying and extracting relevant information from a raw signal. This process typically includes techniques such as sampling, quantization, and filtering to capture and represent the analog signal in a digital format. Dynamic processors, such as compressors and expanders, utilize signal detection to analyze input signals and dynamically adjust their amplitude characteristics based on predetermined criteria. For example, a compressor detects signal peaks exceeding a specified threshold and reduces their amplitude to achieve a more consistent output level.

Reconstruction, on the other hand, is the process of converting a digital signal back into an analog form suitable for output or further processing. This often involves interpolation and filtering techniques to smooth out the discrete digital representation and reconstruct a continuous signal. In resampling applications, reconstruction is essential to convert a signal from one sample rate to another while preserving its integrity and minimizing distortion.

In dynamic processors, accurate signal detection ensures precise control over signal dynamics, enabling effective compression, expansion, or other processing tasks. Similarly, high-quality reconstruction is essential to maintain signal fidelity and minimizing artifacts whenever resampling is needed.

virus alert

I once learned synth programming with the Virus B and still have a Virus TI. It still surprises me how well the TI has stood the test of time compared to what is available today, whether in hardware or software.

quote of the day

Don’t undertake a project unless it is manifestly important and nearly impossible.
― Edwin Land, Founder of Polaroid

TesslaPRO mkIV released

all the analog goodness in subtle doses

Designed for mixing and mastering engineers navigating the digital realm, TesslaPRO strikes a balance between analogue character and modern precision. By reintroducing subtle artefacts from the analogue world into the digital domain, it delicately colours sound, refines transients, and weaves depth and dimension into the stereo field to achieve the coveted cohesive sound that defines professional mixes.

Version 4 introduces a new transformer model, integrating hysteresis effects for enhanced realism. It brings simplified gain staging to ensure consistent performance across a broad range of input levels and automatic output volume compensation allowing engineers to maintain control and predictability in their audio processing workflows. The plugin has been engineered for efficiency, further enhancing the workflow without compromising system resources.

Available for Windows VST and VST3 as freeware. Download your copy here.

preFIX version 1.2 released

The 1.2 update introduces VST3 support and fixes an issue in the phase section (flipped 90/180 degree settings). The update also provides online documentation.

The update is available for Windows in VST and VST3 format as freeware. Download your copy here.

quote of the day

Audiophiles don’t use their equipment to listen to your music. Audiophiles use your music to listen to their equipment.
― Alan Parsons

2024: music trends by the numbers

Rick crunches the numbers and reveals some trends according to the Billboard charts.

would you buy one today?

I would!

online documentation available

Online documentation is now available from this site. This will eventually replace the PDF files in the download packages. Not all of them are online yet, but will be available sooner or later.

Check it out!