Linn 360 Explained: What Makes It Different?
Linn 360 is the company's flagship loudspeaker, but its significance goes further than size or specification. New drive units, cabinet engineering, Power DAC bass technology and an Exakt Integrated option make it a fundamentally different system from a conventional passive floorstander.
Linn 360 is Linn’s flagship loudspeaker, introduced as part of the company’s 50th-anniversary era and designed as a new platform rather than a straightforward update of an earlier model.
The cabinet is new. The drive units are new. The electronics are new. In the Exakt Integrated version, the digital crossover, DAC architecture and power amplification are built into the loudspeakers themselves.
That makes 360 a useful example of Linn’s wider system philosophy.
Rather than treating the loudspeaker as the final passive component in a chain of separate electronics, Linn can carry the digital signal much further through the system, apply loudspeaker-specific processing and perform conversion and amplification much closer to the drive units.
There is also a second version for listeners who prefer external amplification.
Understanding the difference between those two versions is the best place to start.
Linn 360 explained: two different system architectures
Linn currently offers 360 in two fundamentally different forms:
- 360 Exakt Integrated
- 360 Passive with Aktiv Bass, or PWAB
They share the same cabinet dimensions and the same fundamental drive-unit complement, but the electronics architecture is different.
| Area | 360 Exakt Integrated | 360 PWAB |
|---|---|---|
| System type | Fully integrated Exakt loudspeaker | Passive upper array with powered bass |
| Crossover | Exakt digital | Analogue passive for upper array |
| DAC architecture | Integrated within speaker system | Dependent on external source/system for upper array |
| Upper-frequency amplification | Built in | External amplification required |
| Lower bass amplification | Built in Power DAC system | Built in Power DAC system |
| Typical system approach | DSM/System Hub plus two speakers | Separates system or external Exakt architecture |
Linn describes the Integrated version as a four-way, five-driver Exakt loudspeaker, while PWAB operates as a three-way passive upper section combined with active bass.
What drive units does Linn 360 use?
Each 360 cabinet contains five drive units:
- 19 mm dome tweeter
- 64 mm thin-ply woven carbon dome midrange
- 190 mm aluminium/magnesium upper-bass driver
- two 220 mm long-throw aluminium lower-bass drivers.
The arrangement creates four operating frequency bands, with the two lower-bass drivers working together.
The cabinet itself is substantial: approximately 1,141 mm high, 411 mm wide and 484 mm deep including its stand, with a published weight of around 70 kg per loudspeaker.
Those numbers make an obvious point.
360 needs to be considered in the context of the room and installation rather than treated as equipment that can simply be placed wherever the previous speakers happened to stand.
What is the 360 Array?
Linn uses the term 360 Array for the upper group of tweeter, midrange and upper-bass drive units.
The surrounding aluminium trim is not only decorative. Linn engineered the geometry around the drive units as part of its dispersion strategy, including waveguide elements within the machined trim.
The front baffle is also curved rather than being a simple flat panel.
The intention is to control how sound leaves the cabinet while reducing unwanted interaction between the drive units and cabinet boundaries.
These are genuine design differences from more conventional rectilinear loudspeaker construction.
Claims about precisely how much better that will sound in a particular room remain listening questions.
What is Adaptive Bias Control?
In the Exakt Integrated version, the tweeter, midrange and upper-bass sections use Linn amplification incorporating Adaptive Bias Control.
Linn developed this technology to monitor and adjust the bias conditions of the amplifier output stages during operation.
The concept is to keep the amplifier operating closer to its intended electrical behaviour rather than relying on a fixed bias condition regardless of temperature and demand.
For 360 Exakt Integrated, Linn Japan publishes:
- 150 W for the tweeter
- 150 W for the midrange
- 300 W bridged for upper bass
- two 500 W channels for the lower-bass Power DAC system.
That amplification is per loudspeaker.
What is Power DAC?
The lower-bass system uses one of the more unusual technologies in 360: Linn’s Power DAC architecture.
In a conventional digital system, the broad route is:
digital signal → DAC → analogue signal → power amplifier → loudspeaker driver.
Power DAC combines conversion and power-amplification functions more directly for the bass system.
Linn describes the technology as reducing the number of stages between the digital signal and the bass drive units.
Both 360 variants use powered lower bass, which is why even the PWAB version still requires mains power.
How does Organik DAC fit into Linn 360?
Organik is Linn’s in-house digital-to-analogue conversion architecture.
In the Exakt Integrated 360 system, Organik DAC technology is used within the speaker electronics for the upper array, while the lower bass uses the Power DAC architecture.
Linn Japan states that three Organik DACs are used for the 360 Array, with conversion assigned across the relevant frequency bands.
This is a useful reminder that in an Exakt system, the DAC is not necessarily located in the DSM at the front of the system.
The music can remain digital through Exakt Link until conversion takes place much further downstream.
Why is Exakt so important to the Integrated version?
Exakt allows Linn to handle crossover and loudspeaker-specific processing in the digital domain.
In 360 Exakt Integrated, that means the system does not need a conventional passive crossover dividing a full-power analogue signal after amplification.
Instead, the digital signal is processed for the individual frequency bands before appropriate conversion and amplification.
This allows Linn to apply model-specific crossover, timing and drive-unit processing within the architecture.
If you want the broader technology explained separately, Rococo’s Linn technology section provides the natural route into Exakt, Organik and related system technologies.
What source does 360 Exakt Integrated need?
The Integrated version is designed around Linn’s Exakt architecture and therefore partners naturally with a Linn DSM or System Hub capable of sending the required Exakt signal.
Linn specifically promotes Klimax DSM: System Hub as the front end for its flagship one-box-and-two-speaker 360 system.
That creates an unusually minimal physical architecture for a system of this scale:
- one System Hub
- two 360 Exakt Integrated loudspeakers.
The processing, conversion and amplification required by the speakers are then distributed within the loudspeakers themselves.
What is Linn 360 PWAB for?
PWAB stands for Passive with Aktiv Bass.
This version is aimed at listeners who want to retain external amplification for the 360 Array.
The bass section remains powered internally, while binding posts allow external amplifiers to drive the upper part of the loudspeaker.
This makes PWAB relevant if:
- you already own amplification you want to retain
- you prefer a separates-based system
- you want to use non-Linn power amplification
- you want the possibility of moving to an external Linn Exakt system later.
Linn states that 360 PWAB can be converted for use in an external Exakt architecture involving Klimax Exaktbox and separate amplification.
Does Linn 360 use Space Optimisation?
Yes, within compatible Linn system architecture.
In the fully Exakt implementation, Linn identifies Space Optimisation+ as part of the system.
This is particularly relevant for a loudspeaker with substantial low-frequency capability.
However, room optimisation should not be used as an excuse to ignore speaker placement.
360 is physically large, heavy and capable of significant bass output. Its installation should therefore begin with the room and appropriate positioning, followed by optimisation.
Is Linn 360 just a replacement for Klimax 350?
360 occupies the flagship position previously associated with Linn’s earlier top loudspeakers, but it should be treated as a new platform rather than merely a cosmetic successor.
The cabinet architecture, drive units, electronics and amplification systems were developed around the newer design.
That distinction matters if you are comparing generations.
It is more useful to assess how each complete system is built than to assume that every 360 feature maps directly onto a previous Linn model.
Who is Linn 360 really for?
360 becomes relevant when:
- you are building a flagship Linn system
- the room can accommodate a loudspeaker of this scale
- you want an integrated Exakt architecture
- you want the flagship speaker while retaining external amplification through PWAB
- you value a system that can concentrate a large amount of electronics inside the loudspeakers
- installation and room setup can be treated properly.
It is not simply a more expensive substitute for every smaller Linn loudspeaker.
The physical and system requirements are completely different.
Hear Linn 360 as a complete system
The engineering behind Linn 360 is unusual enough that judging it from specifications alone misses much of the point.
Exakt Integrated changes where the crossover, DACs and amplification sit. PWAB deliberately preserves the option of external amplification. Both approaches need to be understood as complete systems rather than a pair of cabinets attached to whatever happens to be upstream.
Rococo Systems can help plan flagship Linn systems through our London Showroom and Epping Demonstration Facility, located between Ongar and Epping.
Explore our Linn loudspeakers, review complete Linn systems or book a demonstration to discuss the appropriate 360 architecture.
The interesting thing about 360 is not simply that it sits at the top of Linn’s loudspeaker range. It is how much of the traditional hi-fi system Linn has moved inside the loudspeakers themselves.
