Final A8000 - Single Driver IEM Earphones with Detachable Cable

Product variants

Key Features:

Custom-made dynamic diaphragm made from ultra-thin Beryllium foil
Suitable for a wide range of music from pop and rock to classical and jazz
Ergonomic and organic IEM shape design with superior comfortable fit
Precisely cut stainless steel chassis with quad chamber construction
Multi-chamber design achieves balance between volume and bass response
High-purity braided OFC silver-coated audio cable with MMCX connectors
Ear hooks with cable lock mechanism alleviate cable touch noise
Original earpieces with colour difference between the left and right
Interchangeable dust and debris filter included
Custom crafted aluminium and silicone case with internal divider

Manufacturer warranty: 12 months

Product Data:

MSRP	KSD SKU	Barcode	MPN
£1,999.00	P001937	4562362020400	FI-A8DSSD

MSRP	£1,999.00
KSD SKU	P001937
Barcode	4562362020400
MPN	FI-A8DSSD

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Final A8000

Introducing the new flagship in the Final IEM earphone line-up: the single dynamic driver A8000 IEM earphones. Merging tried and tested knowledge and technologies, the A8000 benefits from Final's subjective stance of creating the best possible audio. Armed with a special single dynamic driver inserted in a precision-machined stainless steel chassis, the A8000 is suitable for a wide range of musical genres with a universal sound.

Final A8000 uses a diaphragm made from ultra-thin Beryllium foil, which is an ideal driver diaphragm material due to its lightweight and high sound speed. The adoption of pure Beryllium leads to improved time response that greatly creates timing, while the sharpness of sound build-up and the lingering resonance of the sound can clearly be felt.

Final have divided the chassis into four chambers to optimize the operation of the driver in the A8000. The driver ante-chamber and the double construction driver post-chamber and the MMCX connector portion are separated into different cavities. As the driver of the Final A8000 is directly mounted into the ante-chamber of the chassis, it is able to suppress unnecessary vibration to achieve a distinct sound shape.

The evolution of sound.

Truly Pure Beryllium Diaphragm
The A8000 employs a diaphragm made from ultra-thin Beryllium foil (Truly Pure Beryllium Diaphragm), which is the ideal diaphragm material due to its lightweight and high speed. Beryllium has ideal characteristics for a diaphragm material allowing the sharpness of sound build-up and the lingering resonance of the sound to be felt, as can the silence between sounds.

Ergonomic Design
Based on the IEM chassis design developed for the B series that has become established as an ideal solution, the A8000 realizes a superior sense of fit. In limiting the area of contact in comparison to an organically shaped surface that comes in contact with a large area of the ear, the A8000 aims for a sense of fit with no feeling of pressure for a comfortable listening experience.

Tetra-Chamber Construction
In order to optimize the operation of the driver in the A8000, the inside of the driver unit chassis has been divided into four chambers. The use of four chambers achieves a balance between volume and tightness in the low-range while at the same time preventing leakage of sound.

Detachable MMCX Cable
The detachable flexible high-purity OFC silver coated cables provide a wide sound stage, while the MMCX connectors developed by Final in-house make for easy replacement or upgrade. When using in conjunction with the ear hooks the cable moves flexibly for a comfortable and secure fit.

MMCX ASSIST
Final have included a tool to assist removing the MMCX connectors. Using MMCX ASSIST the plug can be removed with surprising ease by applying proper force to the MMCX connector in the direction for cable removal, It also prevents the contingency of the cable from becoming severed by mistakenly pulling on the cable portion of the MMCX connector plug.

Original Earpieces
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.