AAW A3H+ Universal In-Ear Monitor

Flagship performance at entry cost

Entry or Flagship? AAW design and charter our product roadmap carefully to cater to different market segments and price range. We always make the best effort to fully tap on our driver combinations’ potential, regardless of their driver count. ACH brings a new era of acoustic architecture on the table and despite its competitive costing due to driver type and count. The new hybrid platform delivers ear-catching performance at a fraction of the cost of a typical flagship In-Ear Monitor.

In this hybrid structure, we choose to use a specially designed armature driver with an open front acoustic vent and embedded it deep into the A3H+’s 3d printed nozzle. The proximity to the user eardrum will eliminate sound pressure decay and any unwanted resonance in a typical tubed balanced armature design.

The brand-new graphene dynamic driver has an ultra-thin and rigid film diaphragm made of graphene material. By further utilizing a physical low pass filter, it is to the only function in minimal overlapping frequency range as opposed to the balanced armature drivers. Coupled with a delicate positional arrangement and the new 3d printed acoustic chamber design, AAW can achieve improved coherence, minimize phase shift, and optimize the arrival timing of music signal.

With a wholly digitized design process, A3H+’s driver and nozzle placement are simulated hundreds of iterations to determine the ideal phasing and response. Its enclosure and acoustic chamber are 3D printed to precision to maintain consistency in mass production.

Sound Signature