LAYLA

Layla™ will replicate detail of instruments in a way that makes it feel like the musicians are in the room with you. Layla offers a flat, accurate sound with a ton of headroom. Layla has the most sophisticated crossover network ever put into an IEM. The shape of all crossover filters are all 4th order. We recommend Layla for performers who want a pure sound and loads of detail or for the audiophile who is looking for HIFI on the go.

FREQPHASE WAVEGUIDE

Freq|phase™ Technology creates the most phase accurate IEMs on the market by correcting misalignment caused by low, mid, and high frequencies traveling to your ear at different speeds.

SOUNDRIVE TECHNOLOGY

Soundrive™ Technology utilizes our proprietary mini quad drivers. This allows our Custom IEMs to remain smaller in size while housing up to 12 drivers per side.

ACOUSTIC SOUND CHAMBER

Acoustic Sound Chamber™ is a 3D printed, recessed tubing system that is the first of its kind, keeping sweat at bay and alleviating the need for excessive cleaning.

UNBOXED

• Layla Custom In-Ear Monitors
• 4-Pin Premium Litz Wire Cable
• A Personalized Carbon Fiber IEM Case
• Wax Tool
• Bass Adjustment Tool
• Flygirl Sticker
• Owner's Manual

LAYLA is compatible with all wireless transmission systems as well as portable media devices. 

Demo listening model available in-house - Hear LAYLA first. Then buy.

Please note that we require a set of physical ear impressions for the purpose of manufacturing.

Do you want physical ear impressions done? - We do them in-house!

Perfection, Perfected!
 

Features

• 12 Custom-made Propietary Balanced Armature Drivers per side
• Powered by Soundrive Technology: Quad Low, Quad Mid, Quad High
• Premium 4-Pin Litz Wire Connector
• High Purity OFC 4N Silver-plated Cable
• Variable Bass Attenuator (0 to +15dB)
• Triple Bore with Freqphase Stainless Steel Tube Waveguide
• Input Connector: 1/8" (3.5mm), Gold-Plated
• Integrated 4th Order Crossover

 

Specifications

• Frequency Response: 10Hz to 23 kHz
• Impedence: 20 Ω
• Input Sensitivity: 117 dB @ 1mW
• Noise Isolation: -26 dB