KZ TWS E10 True Wireless Earbuds 1DD+4BA Coming | Hifigo

KZ TWS E10 Ture Wireless Earbuds 

KZ  just launched their latest TWS earphone E10 with 1DD+4BA drivers. 

Not only the ear hook design but also the drivers are really big surprises comparing to a range of TWS products on the market.  KZ Bluetooth E10 true wireless headphones will come with Qualcomm QC3020, 1 dynamic + 4 balanced armature drivers. 

Estimated SRP US$ 69.99 

Delivery date since 12th of October 

Reservation on Hifigo click here

Main features of KZ TWS E10

1DD+4BA drivers each side 

1x10mm dual magnets dynamic driver for low frequency + 2x50060 balanced armature drivers for mids + 2x 30095  balanced armature drivers for highs featured on KZ E10 deliver us a rich sense of quality, full of vocals, pure listening experience. 

The larger the dynamic unit size, the easier it is to reflect better sound quality. Compared with the 6mm dynamic unit used in wireless Bluetooth on the market, the E10 is equipped with a "10mm double magnetic dynamic" with a larger diaphragm and a larger volume of magnet energy. The powerful output wide range can effectively compatible the high, medium and low tri-band. Compared with the small-sized dynamic units, it has overwhelming advantages in sensitivity, dynamic response, sound field, and analytical force.

Stylish design & stable & comfortable wear experience

KZ true wireless earphones E10 opts the ear hook design which is applied on their professional HIFI earphones usually but with 3D silicone material bring us stable and comfortable wear experience. 

Bluetooth 5.0

The wireless earbuds KZ E10 make use of Bluetooth 5.0 wireless technology and include support for the likes of aptX and AAC, and this was noticeable in the music we heard, which was crisp and clear. 

Qualcomm QCCC3020 Chip with Fast & Stable connection 

QCCC3020 featured on KZ true wireless earphones E10, an entry-level flash programmable Bluetooth Audio SoC based on an extremely low power architecture, increases performance by bringing a faster transmission, stronger anti-interference, and a more stable connection.