NonOversampling | Pure Sound. Honest Reviews

In the world of network music players, the Aune S10N is quickly making a name for itself. The key to its performance lies in a specialized component: the MediaTek Streaming Core. This dedicated chip is engineered to deliver master tape-level audio quality from streaming services and local files alike. But what exactly is this core, and why is it so important for audiophiles seeking the perfect blend of convenience and high-fidelity sound? What is the MediaTek Streaming Core? At its heart, the MediaTek Streaming Core is a dedicated processor within the Aune S10N designed exclusively to handle network connectivity and audio streaming tasks. Unlike all-in-one chips that are forced to multitask, this core has a singular focus: flawlessly managing high-resolution audio from services like Tidal, Qobuz, and QQ Music, as well as playback from your local network (DLNA/NAS) and via AirPlay. Key Responsibilities: Network Integration: Manages both Wi-Fi and Ethernet connections to ensure a stabl...

The Next Legend: Everything We Know About the Sony WH-1000XM6 The Sony WH-1000X series has long reigned supreme in the world of over-ear wireless headphones, setting the benchmark for noise cancellation, sound quality, and all-day comfort. Since the WH-1000XM5 launched in May 2022, the audio world has been holding its breath, waiting for the next evolution. Now, whispers and rumors are intensifying: the Sony WH-1000XM6 is on the horizon, with speculation pointing to a late April or early May 2025 reveal. What secrets does the next generation hold? A Return to Form? What We're Hearing About the Design One of the most talked-about changes with the XM5 was its move to a less compact, non-folding design. It seems Sony might be listening to its fans. Rumors suggest the WH-1000XM6 will feature a reinvented hinge structure, potentially bringing back the beloved foldable design from the XM4 for superior portability. Furthermore, we're hearing whispers of removable ear pads, a feature t...

A Non-Oversampling (NOS) DAC is a digital-to-analog converter that processes the audio signal directly at its native resolution and sample rate, intentionally skipping the oversampling and digital filtering stages common in most modern DACs. Instead of digitally creating additional data points to smooth the signal before conversion, a NOS DAC takes a purist approach, converting only the original samples from the digital file into an analog signal. Here is a step-by-step breakdown of how a NOS DAC works: Direct Signal Processing: The DAC receives the digital audio signal at its original sample rate (e.g., 44.1 kHz for a CD). This data is fed directly to the conversion chip without any upscaling or interpolation. Digital-to-Analog Conversion: The converter chip transforms each digital sample into a corresponding analog voltage level. This raw conversion results in a "stair-step" waveform that is an unfiltered representation of the digital audio. Analog Smoothing: After conve...