How it's been done?
Measuring frequency curve
Connecting FIR-based equaliser
Creating a precise equaliser
LAYLA soundbar is the solution for the people who are looking for impressive, natural sound with the sleek, minimalistic design of the speaker. We truly believe that you will be surprised by the performance and flexibility of user applications. It is great for watching movies and television, listening to music, but also focusing on speech intelligibility.
Each and every Soundbar is individually calibrated by a team of in-house engineers, using unique measurement technique and FIR filter technology, giving you the best, natural sound experience from your speaker. This technique previously being used only on high end, professional sound systems, is for the first time available for the mainstream, moderately priced loudspeaker.
Klear LAYLA series FIR filters optimize frequency response to a finer degree of precision than traditionally possible with standard, parameter-based filters. The result is overall enhanced sonic quality from the Soundbar, allowing you to enjoy consistent, unaltered sound.
Every product shipped by us is insured up to its full purchase price. Any products that are shipped to countries outside of the EU may be subject to additional import taxes, customs duties and fees levied by the destination country.
In case you have any questions please contact us at support@klear.audio.
We achieve this by calibrating each and every speaker here in our EU headquarters. LAYLA is the first mainstream soundbar that delivers what a high-end professional system would.
With this technology, we get excellent sound quality for each speaker, since each model sounds different, even if manufactured in the same way.
Almost all speaker manufacturers use conveyor-type calibration, i.e. all models are calibrated according to a principle where a device is normally placed at an exact point opposite the speaker and calibration is performed automatically based on the measurement of the sound pressure generated by the speaker.
This site uses cookies, as explained in our cookie policy.
If you agree to our use of cookies, please close this message and continue to use this site.