Tetrium

Back to Tetrium Labs
Live Experiment

Tetrium Audio Engineā„¢ Lab

Dive into the core DSP pipeline. Trace the audio signal flow from decoding to output equalization.

Sample Rate
192 kHz
Bit Depth
24-bit
Latency
4.2 ms
Buffer Size
2048 smpl
Audio Decoder
Ring Buffer
10-Band EQ
Dynamic Limiter
DAC Output
Compressor Threshold
Volume Normalization
Limiter Ceiling
Controls locked in visualization mode

How to use this lab

Press Play to initiate the simulated audio stream. Watch the signal propagate through the various processing nodes. Observe how the Ring Buffer dynamically fluctuates to prevent audio stuttering (buffer underruns). Use the AI Assistant on the right to ask specific questions about sample rates, latency, or dynamic compression.

The Science of DSP

Digital Signal Processing (DSP) is the mathematical manipulation of an information signal to modify or improve it.

In Tetrium Media Player, the raw audio file is unpacked by the Audio Decoder and fed into a highly optimized Ring Buffer. This ensures smooth playback even if the system CPU spikes.

The signal then passes through our zero-latency 10-Band EQ and a Dynamic Limiter. This prevents sudden loud noises (like explosions) from clipping and distorting your speakers, while ensuring quiet dialogue remains crystal clear.

This visualization demonstrates the conceptual pipeline. The actual algorithmic implementation and execution layer in Tetrium software is proprietary.

AI Assistant