Status Audio Pro X True Wireless - GoldenSound Edition

The Status Audio Pro X True Wireless - GoldenSound Edition is a limited-edition true wireless IEM tuned closer to a real human hearing response than almost any in-ear monitor before it, wired or wireless. It's a collaboration between Status Audio and Cameron Oatley, better known as GoldenSound of The HEADPHONE Show, and it exists to answer one question: what happens when a measurement-first reviewer gets to tune the earbud instead of just reviewing it?

Built on Status Audio's flagship triple-driver Pro X platform, its sound was developed through one of the most rigorous measurement programs ever applied to a wireless earphone: full-sphere HRTF research at Imperial College London, the Brüel & Kjær 5128, and re-derived listener preference targets. The goal was never "great for earbuds." It was sound your brain accepts as real.

Tuned by the reviewer who measures everything

Cameron Oatley built the GoldenSound name on a simple discipline: measure first, listen hard, and only trust the two where they agree. He's spent years applying that standard to headphones, IEMs, DACs, and amplifiers at every price, and calling out the products that don't hold up.

This collaboration works because it isn't a celebrity signature printed on a charging case. Cameron developed the tuning, ran the measurements, re-derived the targets, and verified the result with his own ears. Literally. His personal hearing response was measured as part of the research program.

What the GoldenSound Edition sounds like

Real. Voices and instruments carry their true timbre, reading as present in the room rather than reproduced in your ears. The 12mm dynamic driver gives bass genuine weight and punch that never bleeds into the midrange, while two Knowles balanced armatures per earbud keep vocals grounded and fine detail effortless, with no treble spotlight forcing "detail" onto every track.

Accurate doesn't mean sterile. The presentation stays spacious, musical, and alive: engaging on the first song, and still easy on your ears eight hours later. Nothing hyped, nothing fatiguing.

Tuned around how ears actually hear

Here's the problem almost nobody in the industry solves: the ear itself is part of the instrument. Your outer ear and ear canal reshape every sound before it reaches your eardrum, and every measurement rig does the same thing through its own simulated ears. That means a frequency-response graph is always two things blended together: the earphone, and the ears that measured it. Tune to the raw graph, and you've tuned the wrong system.

So this program began by separating the two. Working with the Turret Lab at Imperial College London, an HRTF measurement sphere with hundreds of loudspeaker positions surrounding the head, the team captured full-sphere head-related transfer function data for the measurement fixtures themselves, including the Brüel & Kjær 5128, the most anatomically accurate ear simulator in the industry, and for Cameron's own ears. From that data comes the rig's diffuse-field HRTF: a precise fingerprint of how its ears color neutral sound. Subtract that fingerprint, and what remains is what the earbud is actually doing, a reference you can genuinely tune against.

Neutral was the starting line, not the finish. Research from Floyd Toole and Harman International shows listeners don't strictly prefer neutral, so Cameron re-examined the underlying preference data to define tighter, more accurate preference bounds. The final tuning sits inside them: anchored to what's real, adjusted only where listeners demonstrably prefer it, and verified with real listeners before sign-off.

Measured against the best, wireless and wired

Measured on the B&K 5128, Apple's AirPods Pro 3 swing well outside those preference bounds at both ends of the frequency range. The Pro X GoldenSound Edition holds its line across the spectrum.

The more telling comparison is wired. Compensated the same way, the GoldenSound Edition tracks the kind of reference target the most acclaimed wired IEMs are judged against, without the cable. That's the point of this product: not "impressive for a wireless earbud," but a reference-grade IEM that happens to be truly wireless.

A flagship platform underneath

Each earbud pairs a 12mm dynamic driver with two Knowles balanced armatures: the dynamic driver moves the air that sub-bass demands, while the armatures handle midrange and treble with speed and separation. It's the same hybrid architecture behind many of the best wired IEMs, miniaturized into a true wireless shell.

Bluetooth 5.3 carries SBC, AAC, LDAC, and LC3, with LDAC streaming up to 24-bit/96kHz at bitrates up to 990kbps on compatible Android devices. The platform is Hi-Res Audio Wireless certified by the Japan Audio Society. Bluetooth LE Audio and Auracast support keep the Pro X ready for the next generation of wireless audio, and multipoint holds a connection to two devices at once, with Google Fast Pair and Microsoft Swift Pair for instant setup.

Hybrid active noise cancellation delivers up to 52dB of noise reduction for flights, commutes, and open offices, with an adjustable Transparency Mode when you need the world back. For calls, six beamforming microphones, three per earbud, feed Voiceloom AI speech enhancement, which separates your voice from the noise around you, while sidetone plays a touch of your own voice back so you stop shouting into meetings.

The Status Hub app for iOS and Android covers the essentials without the clutter: listening modes, remappable controls, battery status, and find-my-earbuds tracking with sound alerts. The earbuds run 8 hours on a charge, and the case banks another 24 hours, for up to 32 hours of total listening. The case itself charges over USB-C or Qi wireless. Optical wear sensors pause your music when you remove an earbud, and an IP55 rating shrugs off sweat, rain, and dust.

Finished in black and gold: GoldenSound's colors

The colorway is the collaboration. Each earbud is a two-tone piece, matte black cut on a diagonal against GoldenSound's signature gold, and the charging case carries a full gold lid engraved with the GoldenSound and Status logos. No loud badges, no gamer accents: it reads less like consumer tech and more like a piece of audio equipment, which is exactly what it is.

Who the GoldenSound Edition is for

If you already own serious wired IEMs, this is the wireless pair that doesn't feel like a downgrade at the gym, on a plane, or on a call. If your daily earbuds are AirPods, Sony, or Bose and you've started wondering what you're missing, this is the answer, with the ANC, multipoint, and app conveniences you're used to intact. And if you've followed GoldenSound's work, this is his methodology in product form.

Key features

• Limited-edition Status Audio × GoldenSound collaboration, tuned by Cameron Oatley of The HEADPHONE Show
• Tuning developed through full-sphere HRTF research at Imperial College London's Turret Lab
• Measured and verified on the Brüel & Kjær 5128 with diffuse-field HRTF compensation
• Final response sits within refined, research-based listener preference bounds
• Hybrid triple-driver array: 12mm dynamic driver plus two Knowles balanced armatures per earbud
• Two-tone black and gold limited-edition finish with engraved charging case
• Bluetooth 5.3 with SBC, AAC, LDAC, and LC3 codec support
• Hi-res wireless audio up to 24-bit/96kHz over LDAC at up to 990kbps
• Bluetooth LE Audio and Auracast ready
• Hybrid active noise cancellation with up to 52dB of reduction, plus adjustable Transparency Mode
• Six beamforming microphones (three per earbud) with Voiceloom AI speech enhancement and sidetone
• Multipoint connection to two devices; Google Fast Pair and Microsoft Swift Pair
• Status Hub app for iOS and Android with listening modes and control customization
• Remappable touch controls plus physical buttons
• Optical wear detection with automatic play/pause
• Find-my-earbuds location tracking with sound alerts
• 8 hours per charge, plus 24 hours banked in the charging case, for up to 32 hours total
• USB-C and Qi wireless charging
• IP55 dust and water resistance

Technical specifications