September 2026

World Premiere Review!
Lindemann Woodnote BRIDGE Review: A Time-Domain Focused Streamer That Transforms Musical Expression
How ultra-low-jitter clocking, noise isolation, and S/PDIF purity unlock extraordinary clarity, stability, and emotional realism.
Review By Clive Meakins

   Music streamers all deliver the same data, and we're honored to review the new Lindemann Woodnote BRIDGE Hi-Res Audio music streamer. The way a streamer handles noise, grounding, clocking and analogue stability across the system determines how the music is delivered. Lindemann's Woodnote BRIDGE is built around that understanding. It aims to create a stable electrical environment in which the DAC can then do its work cleanly. If the design works as intended, it should make it easy to hear musical benefits. The Woodnote BRIDGE should give a sense of calm and coherence that's noticeable from the first track. That's actually quite a tall order as it's sometimes said it's difficult to distinguish between streamers.

That's the context for this review. The focus is on what the Woodnote BRIDGE streamer does right: how it manages incoming noise, how it maintains clock stability and how those choices translate into musical expression. The Lindemann Audio Woodnote BRIDGE needs to deliver consistency along with its ability to preserve the emotional character of recordings without adding unnatural emphasis. This review is written from the perspective of how does it behave? How does it shape phrasing, timing, and emotional connection? How does it illuminate the expressive intent of musicians?

Overview
Lindemann The Woodnote BRIDGE is relatively compact for a streamer, it's understated, and determined in focus. Everything about it — from the transformer to the output stage via immaculate electrical isolation — is arranged around delivering a clean, stable, timing-correct, low-noise S/PDIF signal. The R-core transformer is a telling choice: mechanically silent, magnetically quiet, ideal for 24/7 operation. It provides a calm electrical environment for the clock and output stage. Multiple regulated rails keep noise localized. The MEMS clock provides a stable timing reference. The S/PDIF output stage preserves edge integrity (where the 0 to 1 transitions occur).

Connectivity covers: Ethernet, Wi-Fi, Bluetooth, HDMI eARC, S/PDIF (Coaxial and Optical) inputs, USB for music on memory sticks and on USB CD drives. Outputs are S/PDIF (coaxial and optical) & AES/EBU. The accompanying Lindemann control app is stable, attractive and mature. The device runs cool, boots quickly, and behaves as a mature, well-sorted component. There is an OLED screen to show information such as input selection, volume etc. If your priority is to be able to view what track is playing, you need to do this via the Lindemann app, or whichever app you decide to use.

The Lindemann app provides internet radio I found this very useful.

Technology And Design Intent
Why S/PDIF was chosen for the Woodnote BRIDGE? Norbert Lindemann was kind enough to run through his reasoning for selecting S/PDIF (and the associated AES/EBU) over USB for streamer-to-DAC interconnection.

The decision to design the Woodnote BRIDGE strictly around S/PDIF output rather than USB follows directly from Norbert's core belief that time-domain integrity is the single most important factor in digital audio. He argues that modern music distribution - mostly files stored on servers, streamed over networks - inevitably produces a "frozen" data container that must be turned back into a real-time stream. That conversion, whether via PLLs, FIFOs, or sample rate converters, introduces jitter and RF noise long before the DAC ever sees the signal. In Norbert's view, USB, LAN, and WLAN all share this same structural characteristic: they deliver data whose timing is reconstructed rather than inherent. By contrast, a well-implemented S/PDIF output allows the transport to impose its own stable clock on the outgoing stream, reducing the DAC's need for aggressive clock‑recovery and re-sampling. The Woodnote is built around that principle - minimize upstream timing uncertainty so the DAC more easily and accurately handle the datastream.

USB, as Norbert describes, behaves like a generic computer interface: noisy power rails, shared grounds, RF contamination inside the cable, and a protocol that forces the DAC to reconstruct timing from packetised data. The presence of a 5-Volt supply line running alongside the signal conductors is, to him, fundamentally hostile to low-noise clocking. He also questions the need for extreme sample rates, arguing that anything above 192kHz is artificial up-sampling that worsens jitter.

The Lindemann Audio Woodnote's S/PDIF-only design is not a limitation but a philosophical stance. Norbert wants a transport that behaves like a clock appliance, not a computer peripheral. By eliminating USB output, this removes the ground noise path, packet-timing reconstruction and the need for complex DAC-side recovery schemes. The Woodnote becomes a very deliberately focused, purpose-built device: a stable, low jitter digital source that hands the DAC a clean, coherent stream rather than a noisy, timing-ambiguous data pipe.

Having made the S/PDIF decision what then followed as the design? Norbert Lindemann's description of the Woodnote BRIDGE design:

Signal transmission is via S/PDIF. This is a very mature standard – no question. Why is it still the best? You can call S/PDIF an "analog" digital signal. The signal is transmitted as a continuous stream including the timing information. A low-jitter transmitter will give the receiver the possibility to work with low jitter too. Since most receivers work with an analog PLL, the recovered clock is identical to the transmitted clock. There is a lot of potential in this old standard if the transmitter is fed with extremely low-jitter digital content. That's the reason why we decided to make a transport with S/PDIF only.

Looking inside Woodnote BRIDGE, what is different?

First Step: the digital output stage is fully isolated from the streaming processor. It is a device-in-the-device without galvanic contact between both parts. No power supply noise is "infecting" the digital output transmitter.

Second Step: we are using linear power supplies and linear voltage regulators only. No DC/DC or AC/DC converters are used. The ground system is completely free from power supply noise. Any single stage has its own low-noise voltage regulator.

Third Step: the timing information is taken from the FSYNC of the I2S-bus. Clocks are recovered with very low jitter with a special PLL which is working with a bandwidth of only 1Hz. The reference clock is a MEMS-clock with less than 500 fs of RMS-jitter. In doing so, we get a very stable and clean clock, which is fully synchronous.

Fourth Step: we are using synchronous re-sampling in power-of-two mode to optimize the output signal further. The SRC used enables customers with exotic or older DACs to optimize the maximum sample rate at the output. With many DACs, a 96kHz sample rate is good for the best possible sound quality.

Fifth Step: the digital output signal is then transformer-coupled to avoid any ground loops between devices.

Reflections On The Design Intent And The Consequences For Sound Quality
Here is my interpretation of how Norbert designed the BRIDGE and how this relates to my auditioning conclusions. It was only after I started writing this review that Norbert discussed details of his design with me. I could have asked earlier, but with hindsight it was better to wait until I'd fully formed my view of how the streamer performed.  Once I'd digested the advanced design, I experienced an "Ah-Ha" moment. I realized why I was hearing qualities at a level I'd not expected.

The Woodnote's behaviour starts with how it handles incoming data, which usually arrives with unwelcome partners - common-mode noise, RF energy, and ground contamination from the host. The Woodnote BRIDGE grounding strategy keeps the internal reference rails stable, and its power regulation avoids the subtle modulation that can make some DACs sound forward or etched. The result is a presentation that feels calm and unforced, even when the source data is electrically messy.

The Lindemann Audio Woodnote BRIDGE takes the incoming digital audio datastream and rebuilds its timing with extreme precision. It starts by reading the music and its timing signal (FSYNC from I²S), then extracts the true timing instead of relying on the noisy internal clock of a typical streamer. A very slow (that's a good thing) ultra-stable 1 Hz PLL (Phase-Lock Loop) locks onto this timing and cleans it using a MEMS reference clock, producing a new clock that barely moves or wobbles at all. Stable timing is preserved during resampling because the Woodnote only converts sample rates in synchronous power-of-two steps, which avoids the jitter and mathematical "smearing" that can happen with the more typical asynchronous conversion. Finally, the cleaned audio and clock are sent out through a fully isolated, transformer-coupled S/PDIF output powered only by linear regulators, so none of the noise from the main processor (System on a Chip or SoC) can leak into the signal.

The consequence of this design is that the DAC receives a digital stream with exceptionally stable micro-timing and almost no contamination from noise or jitter. Music feels more "alive" because the tiny timing variations that shape bass lines, transients, and phrasing are preserved instead of blurred. Instruments align more cleanly in time, imaging becomes more stable and the background becomes quieter and more natural. In systems that reveal timing well, this stability translates directly into clearer transients, more expressive micro-dynamics, and a sense of musical flow that is difficult to achieve with many streamers. The Woodnote doesn't just send bits; it sends clean, disciplined timing, and that's why it sounds different.

The takeaway is simple: the Woodnote BRIDGE gets it right – very right. It controls noise at each stage, manages clocking extremely well and maintains excellent grounding discipline. It's a streamer that stays composed, consistent and musical – plus it combines beautifully with DAC PLLs.

Auditioning Configurations
To understand the Woodnote BRIDGE, I used two contrasting versions of my main system:

1. Open-Baffle Reference System
This system is revealing, immediate, and timing‑precise. It exposes micro‑movement, phrasing, and expressive nuance with clarity. It is the kind of system where timing behaviour is not a subtle effect but a defining characteristic. 

· Gustard X30 DAC

· EWA (Colin Wonfor designed and built) M40P preamplifier, M40A power amplifier

· Bass: MiniDSP Flex, Nord Acoustics Hypex NC502 (four channels)

· Bastanis Sagarmatha Duo Open Baffle Speakers with four dipole free-air bass driver (two push-pull pairs)

2. Ported Stand-Mount Loudspeakers
The same room and electronics but this time with ported stand-mount loudspeakers, used to explore how the Woodnote behaves with a more typical enclosure-based design.

Auditioning Observations
I had several weeks of daily listening sessions. I checked out various S/PDIF cables and optimized speaker positioning for the sound I was getting; I used a playlist of 70+ tracks so I could reliably understand what my system changes were doing. Once the Woodnote BRIDGE burn-in period was over, my listening stabilized more into playing albums rather than tracks.  Rather than constantly comparing to another known streamer, I preferred to find out how much emotional connection I felt when using the Woodnote. Was I listening to the playback of a recording or did I sense deeper musicality and a performance?

Extensive Listening Via Open Baffle Speakers
Below are track-specific impressions that illustrate the Woodnote's behaviour across genres and recording styles.

Cannonball Adderley / Miss Jackie's Delight
The Woodnote reveals the natural elasticity of the ensemble. The swing is unforced. The phrasing breathes. The alto sax has bite without glare. The ride cymbal has shape rather than splash. The bass line sits behind the beat with intention rather than lag. This is expressive timing rendered with clarity.

Cannonball Adderley / Another Kind of Soul
The Woodnote reveals the hardness of the alto sax without exaggeration. The phrasing becomes emotionally legible. The interplay between Cannonball and Nat is conversational. The Woodnote does not sweeten or soften. It simply removes tension that does not belong.

Joan Baez / The Night They Drove Old Dixie Down
Vibrato is rendered with naturalness. Vocal phrasing becomes more human, more intentional. The Woodnote reveals the emotional architecture of the performance.

Mark Knopfler / 5:15am
On the OB system, the Woodnote makes the true vocal balance obvious. Knopfler's chest resonance is correct. The timing of the guitar phrases is expressive rather than mechanical. The Woodnote reveals the intent behind the performance rather than the surface of the recording.

Bill Evans / My Foolish Heart (Village Vanguard)
This is where the Woodnote's strengths really blossom. The trio's micro‑timing — the slight push and pull between piano, bass, and drums — becomes emotionally legible. The Woodnote reveals the conversation between the musicians.

Diana Krall / A Case of You (Live)
The Woodnote restores the breath and purposely time-delayed consonants. The piano is glorious, with hammer and pedal sounds adding to the ambience. The phrasing feels alive rather than rendered. The Woodnote reveals the humanity in the performance.

Bach — Cello Suites (various performers)
The Woodnote excels with solo acoustic instruments. Bow pressure, micro‑vibrato, and phrasing become expressive rather than analytical. The Woodnote reveals the physicality of the performance - the way the bow grips the string, the way the player shapes each phrase.

Crossing The BRIDGE To Expression
Next I will describe more deeply the Woodnote's abilities in delivering expression. I felt strong emotion from music recorded with ambience, played and recorded with expression.  I was consistently impressed by how 1950s and 1960s albums sounded so expressive and alive. Simpler recording techniques and mega-skilled musicians resulted in tremendous performances. Likewise, modern albums recorded with natural ambience and acoustics were equally revealing.

1. Image Stability: The Foundation of Musical Calm
Image stability is the first trait that reveals the Woodnote's influence. With lesser transports, the center image wanders subtly - not dramatically, but enough that the brain must constantly correct for it. This creates a low-level cognitive load that some listeners may blame on "digital tension." The Woodnote eliminates this wandering. The centre image locks in place. It does not drift under dynamic loads. The sound does not shimmer with HF noise. It doesn't collapse when the mix becomes dense. Vocals become incredibly embodied, very much "a singer in the room". A stable image is not a nice-to-have; it is the foundation on which expressive timing becomes perceptible.

2. Transient Behaviour: Clean, Calm, and Unforced
Transients are where timing and timbre come together. They are the leading edges of notes - the moment where sound is percussive, plucked, bowed, struck or blown. Some digital transports exaggerate transients, which creates the illusion of detail. This produces hard leading edges, brittle treble, false clarity and listener fatigue. The Woodnote does none of this. Its transients are clean but calm — articulate, free of aggression, precise without sharpness.

Some clear examples were:
· Rodrigo y Gabriela / Tamacun (percussive slap-strum)
· Chris Jones / No Sanctuary Here (precise guitar, vocal consonant transients)

3. Breath, Air, and Atmosphere: Micro-Dynamics, Not EQ
Some digital sources create "air" by boosting HF energy (not necessarily by design) or due to a faint halo of noise around transients. This is not true air, it is an artifact.

The Lindemann Audio Woodnote's sense of air comes from micro-dynamic behaviour, not frequency emphasis. It restores the natural rise and fall of low-level energy — the tiny fluctuations provide the feeling of space, a singer shaping their breath, cymbals decaying into silence. This is why the Woodnote sounds open without sounding bright. It is why it sounds spacious without sounding diffuse and why it sounds calm without sounding dull.

Examples include:
· Diana Krall / California Dreamin' - intake of breath before singing, soft vocal inflexions and room ambience

· Fairground Attraction/ Clare - acoustic micro-dynamic detail

· Anthony Michaelson / Mozart Clarinet Concerto K622 – clarinet breath sounds, reed air-turbulence, micro-dynamic shaping

4. Rubato, Phrasing, and Expressive Timing

This is a big one!

Rubato — the expressive stretching and compressing of time — is an emotional aspect of acoustic music. It is how musicians communicate intention. It's how they shape phrases, create tension and then release it. Many digital transports downplay rubato. They render phrasing as a series of events rather than an alive musical continuum.

Some clear examples:

· Cannonball Adderley / Another Kind of Soul - the conversational phrasing between musicians

· Oscar Peterson / You Look Good To Me - the shaping of double bass bow pressure

· Diana Krall / California Dreamin' - the breath‑led timing of vocal lines, decay tails, delayed final consonants

5. Micro-Vibrato: The Emotional Fingerprint of Performance
Another big one... vibrato is not a tonal effect. It is a timing effect — a controlled oscillation of pitch and amplitude over time. When timing is unstable, vibrato becomes blurred, nervous, exaggerated, smeared.

When timing is stable, vibrato becomes:
Expressive
Intentional
Emotionally legible
Physically believable

The Woodnote BRIDGE reveals vibrato with clarity and life. This is one of its most distinctive behaviours. Examples:

· Joan Baez / The Night They Drove Old Dixie Down (live) - the vocal tremor becomes emotionally articulate

· Joni Mitchell / A Case Of You - the fragility of her vibrato becomes intimate rather than thin

· Sonny Rollins / Moritat – sax micro-vibrato

· Bonnie Raitt / The Lost Broadcast – vocal micro-vibrato

· Nanci Griffith / Love At The Five And Dime (live) – vocal micro-vibrato

6. Harmonic Density: Structure, Not Added Warmth
Harmonic density can be mistaken for warmth. Warmth is tonal, density is structural. The Woodnote BRIDGE increases harmonic density not by plumping up the midrange, but by removing masks to the harmonic structure. When timing is unstable, harmonics smear. When timing is stable, the harmonic stars align. The result is richer tone, clearer inner detail, more believable timbre, more natural instrumental colour. The Woodnote doesn't warm the sound; instead, it reproduces a full-bodied harmonic structure that can't help but be warm.

· Cannonball Adderley / Another Kind Of Soul – dense voicings for alto sax and cornet, these can sound very exposed (sharp) when missing dense harmonics

· Cannonball Adderley / Miss Jackie's Delight – harmonic layering across the ensemble

7. Spatial Hierarchy: Order Without Exaggeration
It's possible to create soundstage by inflating width or depth. The Woodnote does not do this. It creates a very believable soundstage in terms of foreground vs background, primary vs supporting lines, instrumental layering.

This is not a change in size. It is a change in order.

The Woodnote's stage is not bigger than other good sources but it is more ordered.

This is especially clear on:

· Village Vanguard recordings — the room becomes a coherent space

· Oscar Peterson – You Look Good To Me – wonderful front-to-back layering

· Art Pepper / Patricia – alto sax forward, rhythm section behind

· Fleetwood Mac – The Chain – clear layering and dynamic depth

· Mark Knopfler / Back to Tupelo – room cues, layered guitars

8. Low-Level Detail: Intention, Not Information
Hearing amazing low-level detail can be due to frequency anomalies, which might even be down the room, not the equipment. It should not, though, be about hearing more "stuff." It is about hearing more intent. The Woodnote reveals the way a drummer feathers a hi‑hat, the way a bassist releases a note, the way a singer shapes breath, the way a pianist pedals through a phrase, the way a guitarist controls pick angle. These are not "details". They are skill and experience, which the Woodnote BRIDGE reveals.

Open-Baffle Reference And Stand-Mount Listening
I'll make a comparison with my stand-mount speakers. The short version is: qualities that are obvious via my Open-Baffles are also present with the stand-mounts but to a lesser degree. Nonetheless, the stand-mounts significantly benefited from the Woodnote BRIDGE.

I spent quite some time switching between the Stand-Mounts and my Open-Baffle speakers.  Returning to my Open-Baffle reference immediately clarified what the Woodnote BRIDGE was doing. The stand-mounts had been enjoyable and musically coherent, with a warm, chest-forward balance and a little extra energy in the low-mid region that suited some material. The OBs remove all traces of enclosure and port behavior, the Woodnote's timing, clarity and micro-dynamic expression then became even more apparent.

Cannonball Adderley / Miss Jackie's Delight
With the OBs, this track became a performance. The Woodnote's sense of timing and micro‑dynamic nuance flowed, and the room filled with that effortless, unforced presence that only happens when nothing is storing energy or slowing the leading edge. The plucked bass had shape and intent, the sax had air and texture, and the whole ensemble occupied the space with a natural ease that made the listening experience immersive rather than analytical.

The stand-mounts were gorgeous to listen to, expression was very present, just not as quite so immediately obvious.

Cannonball Adderley / Another Kind of Soul
Here with the OBs the Woodnote revealed the recording's true character. The sax and trumpet regained their natural hardness and bite — not aggressive, but honest. The slight warmth and comfort added by the ported stand-mounts fell away, leaving the dry, direct studio aesthetic that this track carries. The Woodnote didn't soften or editorialize; it simply allowed the OBs to present the music with clarity and precision.  Some will prefer the honesty of the OBs and others the easier stand-mount listening experience.

Joan Baez / The Night They Drove Old Dixie Down (Live)
With the OBs the vocal sits dead‑centre, and the Woodnote locks it there with absolute stability. Joan Baez's vibrato - strong, expressive, and famously difficult to reproduce cleanly - was rendered with impressive naturalness. There was no glare, no hardness, and no smearing of the oscillation; Joan's vibrato simply floated in space, as part of the performance rather than as an artefact. Cymbals and crowd ambience were vivid and unfiltered, the sort of HF honesty that rewards a transparent front-end. Tonal balance was natural, preserving presence. The stand-mounts gave a good rendition which carried expression well, the vocal was just a trace blurred in comparison to the OBs, still great though.

Mark Knopfler / 5:15am
This track highlighted the difference between the two listening contexts more clearly than almost any other. The ported stand-mounts had added a little extra weight in the lower-mid region, which could make the vocal sound chestier than reality. On the OBs, that chestiness became natural, the coloration disappeared. The vocal - correctly placed slightly left of center - gained presence and clarity without any sense of over-emphasis. The drums in the middle section of the track regained their subtle propulsion, the sense of a human holding the beat rather than a softened, box-reinforced pulse. The Woodnote made it obvious where the earlier low-mid emphasis had come from, and equally obvious that it was not coming from the streamer.

Overall: Stand-Mount Versus Open-Baffle
The Lindemann Audio Woodnote's timing behavior is unmistakable. The system is revealing, immediate, and occasionally unforgiving. It exposes micro-movement, phrasing, and expressive nuance with clarity.

With the stand-mount loudspeakers, the Woodnote's expressive timing feels direct and propulsive. The presentation is intimate, centre-focused, and rhythmically firm, with bass lines having punch and vocals displaying presence. Compared with the Open-Baffles, cabinet artifacts become noticeable until your brain manages to tune them out. The Woodnote keeps everything stable and unforced, letting the stand-mounts deliver a confident, musical performance.

Across both listening setups, the Woodnote BRIDGE behaved with complete consistency. It did not impose a signature. It did not add warmth, brightness, or weight. It simply revealed the character of the system downstream — whether that was the warm, chest-forward balance of a ported stand-mounts, or the open, uncoloured immediacy of an OB reference system.

This is the defining quality of the Woodnote:
It illuminates the system, the recording, and the musicians - not itself.

Digital Cables
I have to get into the subject of S/PDIF cables.  In the context of the excellent Woodnote BRIDGE and my very transparent speakers, S/PDIF cables became a critical constituent. S/PDIF streamers are sensitive the coaxial cable connecting the steamer to the DAC. You can use optical or AES/EBU, both of which exhibit less variability, but they are not necessarily better or even as good. The Woodnote BRIDGE isn't cable-picky; my open-baffle system is simply transparent enough that different S/PDIF cables allow me to voice the presentation. These aren't "fixes" for the streamer — they're subtle tuning tools, much like choosing a cartridge or phono stage. All my S/PDIF cables are terminated with Canare RCAs which are 75 ohms rated; this technical point is important to technical performance with S/PDIF.  Here's how each cable option shapes the sound.

Choosing The Tight S/PDIF Cable
We mustn't bring analogue thinking to digital S/PDIF cables. If a recording is too bright – maybe it's a remaster – our analogue head tells us to choose a smoother cable so you might pick Belden 1505F. This would be a mistake.  Instead try the "truth" digital cable (Belden 194A) which you might classify as incisive, almost studio-like, it can fix brightness issues. Brightness often becomes a problem when the notes are slightly smeared.  Tightening up timing with the Belden 1694A "truth" cable I have found to be the solution. In this case the cure for brightness is not warmth, but precision.  Indeed, this cable is my go-to cable.  I pick others on occasion should my mood dictate.

The Woodnote doesn't "need" any particular cable - it simply reveals what each one does.

Conclusion
The Woodnote BRIDGE grounding, clocking, and noise management strategies are paramount to keeping your DAC operating in a position of stability. That stability is what allows the Woodnote to convey expression without resorting to tonal shaping or euphonic sweetening. It doesn't create expression; it preserves it. Phrasing feels intact, dynamic intent comes through cleanly, and instruments carry natural density without being inflated or thinned. This is the kind of expression that emerges when a source is low-noise, maintains timing integrity, harmonic structure, and low-level resolution without editorializing.

What stands out is how quietly confident the presentation is, along with an eerie ease in the way music is delivered. Complex passages remain organized, crescendos rise without strain, and quieter moments settle without losing musical relevance. The Woodnote BRIDGE does not impose a signature; instead, it lets musical expression beguile the listener.

The level of expression the Woodnote BRIDGE is capable of providing is difficult to convey. I've explained my views to several people before they hear my system with the Woodnote BRIDGE as the source. They hear what I'm saying about expression but couldn't calibrate the extent of the emotion they were about to experience. I then start to play a number of tracks, invariably mid-first track, they react...  "I get it, I now know what you meant". Someone who knows my system well knew, from hearing the first breath of Diana Krall, at the start of California Dreamin' that something special was about to occur. And it did.

Lindemann's The Woodnote BRIDGE operates at two levels depending on the associated system. 

It can benefit every system, but it reveals its full capability with loudspeakers that preserve time-domain integrity. With conventional box speakers, the Woodnote brings clear benefits in refinement: clean transients, a calm noise floor, openness, a sense of expression coupled with natural detail and ambience. These gains are easy to hear and will be appreciated by many looking to elevate their digital front-end. However, the Woodnote takes this up a notch or two with a scarcely credible performance when matched with a suitable system.  The way expression is delivered - micro-dynamic shading, breath pressure, phrasing intent and the entire envelope of notes (transient – sustain – decay) - makes performances feel alive rather than reproduced. These qualities become fully audible on systems that maintain low stored energy and coherent timing: often this means speakers that are electrostatics, planar, single-drivers, open-baffles, horns or cardioid speakers. Some box speakers can also work to these levels of performance. Simple crossovers also help.

If your system already preserves immediacy, the Woodnote doesn't just refine the sound; it unlocks a very high level of expressive realism.

In a world where digital audio often feels homogenized, the Woodnote BRIDGE stands apart as a component that restores the expression. It does not impose a signature. It does not editorialize; it illuminates the system, the recording, and the musicians - not itself.

I had the preconception the Woodnote BRIDGE would be an upper-mid-tier streamer, this alone would justify its price. I was wrong. It's absolutely a top-tier streamer which competes with products that are very significantly more expensive. I cannot imagine any system where the Woodnote BRIDGE would not be a very worthy front-end. If timing is how you connect to music, if expression is what moves you, if you listen for the skill in a performance rather than an impressive sound, then the Woodnote BRIDGE deserves not just a place on your shortlist, but a place at the very top of it. The Woodnote BRIDGE is a quintessential streamer.

Specifications
Type: Hi-Res Audio and Hi-Res Music network audio player
Volume Control: 0–60 dB in 1 dB steps
Balance: +/-6 dB in 1 dB steps
Ethernet: 100 Mbit/s
Wi-Fi: Dual-band 802.11a/b/g/n/ac, WPS
Bluetooth: 4.2, A2DP, SBC / AAC
USB: Host interface for storage devices and CD drives, max 1A
Inputs: RCA, TosLink, LAN, USB, HDMI eARC
Outputs: AES/EBU (XLR), RCA, and TosLink 24-bit/192kHz

Streaming Services: TIDAL, Qobuz, Deezer, HighResAudio, Spotify Connect, Qobuz Connect, TIDAL Connect

Additional Features: Gapless playback, internet radio, and podcasts

Supported Formats: WAV, FLAC, AIFF, ALAC, MP3, AAC, OggVorbis, WMA, native DSD

Network Standards: UPnP / DLNA

Digital Signal Processing: Master clock and ultra-low jitter MEMS femto clock

Dimensions: 8.15" x 9.85" x 2.5" (WxDxH)
Weight: 3.75 lbs.
Price: $2,299

Company Information
Lindemann Audiotechnik GmbH
Am Anger 4
D-82237 Wörthsee
Germany

Website: Lindemann-Audio.com