Ser / 04

MMXXVI

Monitors that refuse the room.

Resonar builds reference monitors for people who treat the room as part of the instrument.

Analogue signal path

No correction crutches

Driver

Beryllium dome

Cabinet

Cast, not folded

Crossover

Tuned by ear

Service

Rebuildable, not sealed

Overhead still life of studio monitor on paper ground

Reference Series 04 — the pair, in a working room

Cast cabinet / passive crossover

0​1

Cabinet & Driver Array

Cast enclosure, 24-element array

Beryllium tweeter dome macro

One immovable cabinet. Ten thousand tuned decisions.

Let the enclosure carry all the weight so the drivers never have to fight it. Mass where you want silence, precision everywhere the signal travels.

Hear it in person

The driver array

24 elements / 3 active

Identical elements, individually tuned. Move one and the array still holds its phase.

Scale the cabinet, not the crossover. The array absorbs it without a redesign.

0​2

Crossover & Phase Alignment

Seven bands, one arrival

Every band arrives together, or it isn’t music.

Seven crossover regions, phase-aligned to a single arrival. What leaves the amplifier as separate work reaches your ear as one event.

Red segment = the crossover handoff

A

B

C

D

E

F

G

0​3

Damping & Resonance Control

Silence, engineered as a part

The loudest thing a monitor does is nothing at all.

A noise floor you cannot hear is the hardest thing to build. Resonar treats silence as a component, so the space between notes carries as much intent as the notes.

Listen to the gaps first

Impulse

Controlled decay, no ring

Floor

4

Measured Ledger

Anechoic, 24°C, one metre

Measured, never claimed.

Every figure below comes off the bench, not the brochure. Same room, same microphone position, same cabinet — recorded once and printed as measured.

18 Hz

Low limit

−3 dB in a sealed 42-litre cabinet

112 dB

Maximum output

Continuous, one metre on axis

±0.5 dB

Register deviation

Held across all five bands

40 hrs

Per cabinet

Hand assembly and final voicing

0​5

Assembly & Hand Finishing

Hand-wired, measured twice

Hand built crossover board

Crossover — point to point, no board

Cabinet corner joint macro

Corner — cast in one piece

The parts you never see decide what you hear.

A crossover is wired by hand and measured twice, because a solder joint has a sound. A corner is cast rather than folded, because a seam has a sound too. Neither is visible once the grille goes on — which is exactly why they get the most attention.

Every unit signed by the engineer who tuned it

0​6

Cabinet Volume & Range

Four to thirty-one litres

A litre of cabinet is a rounding error until the bass earns it.

Every enclosure in the range is sized against the driver it carries, so six cabinets read as one family instead of six boxes wearing the same badge.

4

7

11

16

24

The widest panel is the low end.

Give the longest wavelength the most room and the cabinet stops arguing with it.

31

0​7

Output & Headroom

Reference level, no compression

Take it to reference. Nothing blurs.

Six cabinets, one voice, no room correction hiding the seams. Bring the room you actually work in and hear what stays true under pressure.

Book a listening room

Talk to an engineer

Whisper

Working level

Reference

Resonar — Audio Systems

Reference series

Ser 04 / MMXXVI