Most streaming throws part of the music away before it ever reaches you. Hi-Res Lossless keeps everything — every harmonic of the tanti saaj, every breath of a Shabad, every rise of the Sangat — exactly as it was recorded. Here's what that means in plain English, and how to hear it for yourself.
Every recording starts the same way: a voice and instruments in a room, captured by microphones into a 24-bit studio master — the fullest, most detailed version of that performance that will ever exist.
From there the road splits. The lossy road (MP3, standard streaming) shrinks the file by permanently deleting the parts of the sound an algorithm predicts you're least likely to miss. The lossless road shrinks the file too — but in a way that restores every single bit when it plays. Nothing is thrown away between the studio and you.
Kirtanvoice + tanti saaj
Studio master24-bit · everything
Lossy · MP3detail deleted
Losslessbit-identical
Your earspress play
Lossy discards · lossless delivers the master intact
// Sample rate
Snapshots per second
Digital audio works like a film camera for sound: it takes rapid snapshots (samples) of the sound wave and rebuilds the wave from them on playback. Sample rate is how many snapshots are taken every second.
A CD takes 44,100 snapshots a second. Hi-Res recordings take up to 192,000. More snapshots trace the original wave more faithfully — the difference between a rough sketch of a performance and the performance itself.
CD · 44,100/sec
Hi-Res · up to 192,000/sec
// Bit depth
From a whisper to the full Sangat
Bit depth is dynamic range — the distance between the quietest and loudest sound a recording can hold, and how finely the steps between them are graded.
CD's 16 bits give a recording 65,536 volume levels. Hi-Res 24-bit gives over 16.7 million — so the whisper of the harmonium bellows and the full voice of the Sangat both land exactly where they were, with silence that is truly silent underneath.
Finer steps · wider quiet-to-loud range
// Lossless, literally
Zipped, not torn
Lossless compression works like zipping a document: the file gets smaller to send, and unfolds back to be bit-for-bit identical to the original when it plays.
Lossy formats like MP3 and standard streaming get smaller by permanently deleting audio data — usually the air, the overtones, the decay of a note. Convenient, but the deleted detail never comes back.
Lossless · compresses, restores everything
Lossy · compresses by deleting, forever
// The clarifier
Lossless and Hi-Res aren't the same thing
Lossless describes how a file is packaged — nothing deleted. Hi-Res describes how much detail was captured in the first place — beyond CD's 16-bit/44.1kHz.
So a CD is lossless but not Hi-Res. A 24-bit/96kHz file is both. All Hi-Res audio is lossless — but not all lossless audio is Hi-Res. Hi-Res Lossless is the top of the ladder: more captured, nothing deleted.
MP3 · lossy~0.3 Mbps
CD / Lossless16-bit / 44.1kHz · ~1.4 Mbps
Hi-Res Lossless24-bit / 96–192kHz · up to ~9 Mbps
More data · more music// Why it matters here
Sikh Music is built on fine detail
Gurbani Kirtan lives in the details that lossy compression deletes first: the sympathetic strings of the taus and dilruba ringing under a melody, the long shimmering decay of a santoor strike, the reed and breath of the harmonium. The rising drive of a Dhadi vaar's sarangi, the full-throated projection of Kavishri, the hours-long dynamics of live Akhand Kirtan, the intimacy of Gurmat Sangeet in raag — and above all, the clarity of every word of the Shabad itself.
That is why Kirtan Fi records, masters and streams in Hi-Res Lossless, start to finish. What the Raagis offered in the room is what reaches your ears — nothing thrown away in between.
// Have a listen by genre
// HOW TO HEAR IT
The chain between our master and your ears.
Hi-Res only matters if it reaches your ears intact. Every link in the chain — from our master to your room — either preserves the detail or throws it away. Here's the chain, in order, and what actually matters at each link.
// DIGITAL → ANALOGUE · THE FIRST LINK
01THE DAC
Every device that plays digital music has a DAC — a digital-to-analogue converter turning the file's numbers back into the electrical wave your ears were built for. Phones hide a fraction-of-a-penny chip next to noisy electronics. Computers vary more: most motherboard audio is serviceable at best, and while some sound cards are genuinely capable, they live inside an electrically noisy case. An external USB DAC sidesteps all of it — phone or desktop, the same clean conversion.
The conversion · numbers in, wave out
Visual explainer — no audio plays
DIGITAL · stepped numbers from the fileTHE DAC · rebuilds the waveANALOGUE · continuous — what your ears use
One honesty note: not all DACs aim at the truth. Some are deliberately voiced — warmed, softened, flavoured. That can be pleasant, but it's the DAC's opinion layered over the recording. We master every release with care; a neutral, transparent DAC hands you what we heard in the studio, nothing added.
What to look for
At least 24-bit/96kHz support; USB connection (USB-C dongle for phones, desktop USB DAC for computers); reviews that describe it as neutral or transparent rather than "warm" or "musical." That said — you may prefer a coloured sound versus a clinical, untouched wave. The choice is yours!
// POWER & CONTROL
02THE AMP
The amplifier gives the DAC's delicate signal the strength to move a physical driver. Underpowered outputs — a phone's bare jack, a laptop's headphone port, a motherboard's front-panel socket — don't just play quietly; they lose grip on the driver, smearing the fast transients where Kirtan lives: the strike of the tabla, the edge of the vocal. Headroom means quiet passages stay quiet and swells arrive without strain. Amps can colour too — valve designs in particular add their own character — so the same rule applies: neutral first, flavour only if you choose it knowingly.
Gain & grip · one signal, two destinations
Interactive · pick a source
What to look for
Enough power for your specific headphones. On a desk, a DAC/amp combo is the simplest honest chain — one box between computer and headphones, done.
// THE WIRE IS HONEST — THE HEADPHONE HAS CHARACTER
03WIRED HEADPHONES
A wire changes nothing: no compression, no codec, no battery, no radio — what the amp sends is what the driver receives. But here's the honest part: the headphone itself is the most character-carrying link in the whole chain. Every pair has its own voice — its tuning, its bass weight, its treble sparkle — far more than any DAC or amp. The wire is transparent; the transducer never is. Choosing headphones is choosing which honest presentation of our masters you want to live with.
The biggest fork is open-back versus closed-back. Open-backs have perforated outer cups — air and sound pass freely through the driver in both directions. The reward is space: music breathes, instruments sit around you rather than inside your head, and the Darbar feels like a room, not a recording. The cost: everyone nearby hears your music, and you hear the world. Closed-backs seal the cup behind the driver. Sound stays in, the world stays out, and bass gains physical weight from the sealed chamber — but the stage sits closer, more "in-head."
Cup anatomy · sound made visible
Visual explainer — no audio plays
OPEN-BACK · air moves through · the stage breathesCLOSED-BACK · sealed · isolation, bass weight, in-head stage
What to look for
Comfort first — you'll listen longer. Open-back for quiet home and desk listening, where soundstage matters most; closed-back for shared spaces and focus. Check your headphones aren't harder to drive than your amp can handle. A well-made wired pair outlasts every battery-bound rival by a decade.
// CONVENIENCE, WITH A CEILING
04WIRELESS HEADPHONES & SPEAKERS
Bluetooth must compress the audio in transit — so even a lossless file gets squeezed on its way to a wireless earbud. How much depends entirely on the codec both your devices agree to use. The ladder below runs worst to best — pick both ends and see what actually plays.
Interactive · tap both ends
Your phone
The Bluetooth link
Your headphones
SHOWING ONLY THE CODECS THESE TWO DEVICES SHARE — THE BEST ONE PLAYS
So there are two summits, not one: LDAC carries the most resolution (lossily); aptX Lossless carries CD quality perfectly. Neither delivers true lossless Hi-Res over Bluetooth — nothing does yet. But be honest with yourself the other way too: today's best codecs are genuinely good enough that going wire-free no longer means giving the music away. Know the ceiling; choose knowingly.
The catch: both ends must support the codec, and support is set by each device's chipset and licensing, not really by its Bluetooth version number. A "Bluetooth 5.3" badge tells you almost nothing about sound — a phone and headphone negotiate down to the best codec they share, and manufacturers choose what to license. Android phones commonly carry LDAC and aptX variants; iPhones carry AAC only. Read the fine print in the tech specs of both your phone and your headphones — the codec list is usually buried there, and it decides everything.
What to look for
Matching codecs on both ends — LDAC or aptX Adaptive/Lossless on Android; on iPhone, accept AAC for the commute and keep a wired dongle for when the music deserves everything.
// A QUIET WORD ON WIRELESS
Wireless means radio. Every Bluetooth device emits low-power radio-frequency energy — non-ionising radiation, measured in milliwatts, a small fraction of a phone call. That part is simply physics. What science hasn't yet delivered is decades of research on continuous, in-ear, on-head wireless use — the long-term picture for hearing and the brain is an open research area, not a settled one. No alarm intended; just the same honesty we apply to codecs: know what the chain involves. If you'd rather not think about it, the wired path is right there — and sounds better anyway. And we like to think the dastar adds its own noble layer of protection.
// THE ROOM IS PART OF THE CHAIN
05WIRED SPEAKERS
Speakers make the music physical — you feel the taus and the tabla, not just hear them. Good powered speakers hold the amp and drivers in one matched, engineered box; many now take USB straight from a computer, with a proper DAC built in — a complete desktop chain in two cabinets. Passive speakers plus a separate amp go further still, and scale from a desk to a room. And the free upgrade nobody uses: placement. Speakers and listener in a rough triangle, tweeters at ear height, pulled away from walls — on a desk, even angling them in and lifting them off the surface transforms the sound before you spend another pound.
Placement · the free upgrade
Interactive · try both layouts
What to look for
Good powered speakers as the simplest strong start — USB-input models are ideal for computers; passive + amp when you're ready to build. Then spend an evening on placement — it outperforms most gear upgrades.
// DASTAR-FRIENDLY LISTENING
One consideration the audio press never covers: not every headphone gets along with a dastar. Headband position, clamp pressure, and cup depth all behave differently over a pag — some over-ears sit beautifully on top; others fight it all day. So alongside the great open-back versus closed-back question sits a second, equally serious fork: pag on top, or above the ear? Choose with the same care you give the sound. Comfort is what keeps you listening — and no master sounds its best through discomfort.
Codec bitrates and formats are each codec's real technical figures (re-verified 2026-07-21). Cup, circuit and placement drawings are illustrative; nothing here is a loudness claim. The Apple, Android and Bluetooth marks are trademarks of their respective owners, shown to identify platform compatibility.
An honest note: can everyone hear the difference between CD-quality and Hi-Res? The research says trained listeners can, in blind tests — but it's subtle, and it depends on your ears and your equipment. What almost everyone can hear is the jump from lossy streaming to lossless. Hi-Res Lossless simply removes every ceiling above that: the recording is never the limit.
// Questions
Hi-Res Lossless, answered
What is Hi-Res Lossless audio?
Audio that is captured beyond CD quality (24-bit, at sample rates of 96kHz and above) and delivered losslessly — compressed in a way that restores every bit on playback. More detail captured, nothing deleted in delivery.
What's the difference between lossless and Hi-Res?
Lossless describes the packaging (no data deleted); Hi-Res describes the capture (beyond CD's 16-bit/44.1kHz). A CD is lossless but not Hi-Res; a 24-bit/96kHz file is both. All Hi-Res audio is lossless, but not all lossless audio is Hi-Res.
Is MP3 bad?
MP3 was brilliant for its time — it made music portable when storage and bandwidth were tiny. But it works by permanently deleting audio detail. Today's connections easily carry lossless, so there's no longer a reason to accept the loss.
Will I actually hear the difference?
From lossy streaming to lossless: most people do, especially in acoustic music like Gurbani Kirtan. From CD-quality to Hi-Res: it's subtler and depends on your ears and equipment — blind tests show trained listeners can tell, but modestly. Try it with a wired connection and quiet room.
Can I use Bluetooth headphones?
You can listen, but Bluetooth re-compresses audio through a lossy codec, so you won't get the full lossless benefit. Wired headphones deliver full Lossless; add a DAC to unlock the top Hi-Res tier.
What is a DAC and do I need an amp?
A DAC (digital-to-analog converter) turns the digital file into an analog signal your headphones or speakers can play. Every device has one built in; a dedicated DAC handles Hi-Res rates properly. An amp adds the power demanding headphones need — many small DACs include one.
What quality does Kirtan Fi stream in?
Kirtan Fi records, masters and streams Sikh Music — Gurbani Kirtan, Akhand Kirtan, Gurmat Sangeet, Dhadi, Kavishri and Katha — in Hi-Res Lossless from start to finish. Sign in and press play; we stream the untouched file.
// Ready when you are
Hear the difference tonight
Every Shabad on Kirtan Fi streams in Hi-Res Lossless. Sign in, press play, and let the room fill.