Premium Hifi Player

FiiO BTR7 is designed with a complete audio architecture consisting of a premium Dual DAC chipset with a Low-pass filter and dual THX amplifier chips. It can easily compete against a premium HiFi player with its excellently detailed and precise sound performance.

Latest Chipset

FiiO BTR7 is designed with dual Sabre DAC chipsets. It houses two ES9219C DAC chips from ESS Sabre Technologies. Supported by the latest XMOS XU208 8-core USB controller chipset, the BTR7 can also be used as a high-resolution USB DAC/AMP. It handles native 32-Bit/384kHz PCM signal decoding. Fiio has features Qualcomm’s latest QCC5124 Bluetooth chipset on the latest BTR7. It delivers impressive Bluetooth connectivity with ultra-low latency, stable connection, and proper audio and video syncing. BTR7 supports all the latest wireless codecs including high-res LDAC, AptX HD, AptX Adaptive, and standard AAC and SBC transmission codecs.

Supports Wireless Charging

FiiO BTR7 is the world’s first Bluetooth DAC/AMP that supports wireless charging compatible with the Qi protocol. It comes with a large 880mAh battery that provides up to 9 hours of continuous music playback.

Supports MQA Rendering

FiiO BTR7 supports MQA rendering as well. It supports rendering for Master Quality Authenticated files with an MQA-supported player. Enjoy the top-quality performance with your BTR7 now and experience studio-quality sound!!

Seventh-Gen Mechanical-Grade Design

The brand new FiiO BTR7 features a seventh-gen mechanical-grade design. The device looks extraordinary and houses a bright 1.3” IPS display. It presents a colorful, rich, and innovative UI, that is the showpiece of the latest BTR7.

3.5mm Single-Ended & 4.4mm Balanced Connections

FiiO BTR7 houses both single-ended and balanced headphone connection ports. It supports 3.5mm single-ended headphones and 4.4mm balanced headphone connections. Use IEMs and Headphones with both balanced and single-ended connections easily with the BTR7 just like you would with your favorite Hi-Res player.