RX-V4A vs Onkyo TX-NR5100
The TX-NR5100's thd is 0.080% against the RX-V4A's 0.060%. Both share power @ 8ω (80W), bit depth (24-bit), and max sample rate (192 kHz).
AI-generated product photo — not official manufacturer imagery.
Estimated price (community-sourced)
Around — community and catalog average, updates slowly
The Yamaha RX-V4A is a 5.2-channel home theater AV receiver designed for modern TV, gaming, and streaming setups. It supports HDMI 2.1 features including 8K/60Hz and 4K/120Hz passthrough, eARC, HDR10, HDR10+, HLG, and Dolby Vision, along with Yamaha’s Cinema DSP 3D and YPAO automatic room calibration. It also includes MusicCast multi-room audio, Wi-Fi, Bluetooth, AirPlay 2, Spotify Connect, voice assistant compatibility, AM/FM tuner, and support for high-resolution network/USB audio playback.
Amplification power output and characteristics
DAC capabilities and digital audio processing
Analog signal output specifications
Input and output connections
Supported streaming platforms and protocols
Size, weight, and appearance
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 RX-V4A 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 TX-NR5100's thd is 0.080% against the RX-V4A's 0.060%. Both share power @ 8ω (80W), bit depth (24-bit), and max sample rate (192 kHz).
The AVR-S570BT's power @ 8ω is 70W against the RX-V4A's 80W and its thd 0.080% against 0.060%. Both share bit depth (24-bit) and max sample rate (192 kHz).
The AVR-S760H's power @ 8ω is 75W against the RX-V4A's 80W and its thd 0.080% against 0.060%. Both share bit depth (24-bit) and max sample rate (192 kHz).
The RX-V6A's power @ 8ω is 100W against the RX-V4A's 80W and its max sample rate 384 kHz against 192 kHz. Both share bit depth (24-bit) and thd (0.060%).
Both turn up in the same documented systems.
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