K7BT vs BTR7
The BTR7's signal-to-noise is 118 dB against the K7BT's 120 dB and its output impedance 1.2Ω against 1Ω. Both share bit depth (32-bit) and max sample rate (384 kHz).
AI-generated product photo — not official manufacturer imagery.
Estimated price (community-sourced)
Around — community and catalog average, updates slowly
The FiiO K7BT is a desktop USB DAC and balanced headphone amplifier with Bluetooth reception. It uses two AK4493SEQ DACs, an XMOS XUF208 USB decoder, and dual THX AAA 788+ amplifier stages in a fully balanced audio circuit. Inputs include USB, optical, coaxial, RCA line-in, and Bluetooth; outputs include 4.4 mm balanced and 6.35 mm single-ended headphone jacks, plus RCA line/pre-out. Its QCC5124 Bluetooth receiver supports LDAC, aptX Adaptive, aptX, aptX HD, aptX LL, AAC, and SBC.
DAC capabilities and digital audio processing
Analog signal output specifications
Input and output connections
Specifications are community-contributed and may not be accurate or complete. Verify all details with the manufacturer before making purchasing decisions. Terms & Conditions
Components that show up alongside the K7BT in real systems. A verdict means the pair has been checked for compatibility and headroom — open it to see how the two get along.
The closest alternatives on specs, description and the systems they turn up in, with the specs they share set side by side.
The BTR7's signal-to-noise is 118 dB against the K7BT's 120 dB and its output impedance 1.2Ω against 1Ω. Both share bit depth (32-bit) and max sample rate (384 kHz).
The DL100's max sample rate is 768 kHz against the K7BT's 384 kHz, its signal-to-noise 126 dB against 120 dB, and its output impedance 0Ω against 1Ω. Both share bit depth (32-bit).
The DS20's max sample rate is 768 kHz against the K7BT's 384 kHz, its signal-to-noise 126 dB against 120 dB, and its output impedance 0Ω against 1Ω. Both share bit depth (32-bit).
The K7 matches the K7BT on bit depth (32-bit), max sample rate (384 kHz), signal-to-noise (120 dB), and output impedance (1Ω).
Both turn up in the same documented systems.
KA17
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