final E2000 In-Ear Earphone

E2000

We've carried out the sound design of this product based on the latest acoustic engineering and psychological research results. Using the usual method of sound creation whereby certain high frequencies are emphasized, you're given to feel vivid sound when you first listen, but because of this, other ranges become clouded and hard to hear. With E2000, not creating a range that is emphasized makes for clear sound quality. Added to this, giving high frequencies the slightest distinctiveness has you experiencing the same sense of realism you would if the music were played right in front of you. With this product, we've aimed at sound quality that makes the music resound pleasantly for a "standard" whose value you feel the more you use it over time rather than just in its appeal when you first listen to it.

Sound creation based on acoustic engineering and psychology

We've carried out the sound design of this product based on the latest acoustic engineering and psychological research results. Using the usual method of sound creation whereby high frequencies are given a sharp peak and certain high frequencies are emphasized, you're given to feel vivid sound when you first listen, but because of this peak, the anteroposterior ranges are masked and hard to hear. With the E series, making the arc of the frequency response smooth overall ensured that no bands were masked, and we achieved high resolution.

Unique swing-fitting earpiece mechanism

With their swing fit mechanism, the earpieces can be swung left and right and tilted towards the audio canal for a perfect fit. These prevent changes in shape owing to the aperture of the earpiece coming into contact with the audio canal. The sound is transmitted directly to the eardrum, delivering clear sound.

6.4mmφ dynamic driver unit
The precision involved in assembling the parts for the driver unit is of the utmost importance. The small-aperture 6.4mm diameter dynamic driver unit boasts an extraordinarily high level of precision for this price range.

Highly rigid machined aluminum housing

Compared to a plastic housing, this housing machined from aluminum with a alumite finish firmly supports the driver unit and suppresses unnecessary vibrations. Fitting of a device for the mature listener, this is a design that has a simple shape and a high-quality texture matched with what could be termed classic sound quality.

Stainless steel mesh housing back

There is an aperture on the back of the housing which act to extend the reproduction band of low frequencies. To prevent sound leakage from the apertures there is a filter inside, and stainless steel mesh has been added to the outside.

Original ear pieces that come in 5 sizes

Two types of silicon differing in rigidity are employed for the sound conduit and for the earbud that comes into contact with the user's ear. The silicon used for the sound conduit is more rigid than that used for the earbud, and by having groove processing applied to it, combines both strength and flexibility. Soft silicon has been employed for the earbud, making for a comfortable fit and a high level of sound insulation. Comes in 5 sizes – SS/S/M/L/LL

Ear hooks that alleviate cable touch noise

With similar existing products, it was assumed that they would be fitted to ears of differing sizes; not only were they large in size, their appearance was rather too distinct, and it took a lot to get accustomed to fitting them. Having considered what the key to fitting the ear hooks was, we discovered a form that was smaller than existing ear hooks, that didn't utilize metal or resin wires and fit the ears of more people. We've achieved something that is slim and does not have a foreign feel to it, making for the kind of comfort that has you forgetting you're wearing them. Cable noise – the unpleasant noise that occurs when the cable touches the user's body when they are walking – is dramatically reduced.

Highly rigid machined aluminum housing