RX-V683 vs RX-V595a
The RX-V595a's power @ 8ω is 70W against the RX-V683's 90W, its signal-to-noise 86 dB against 96 dB, its thd 0.040% against 0.060%, and its damping factor 60 against >100.
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The Yamaha RX-V683 is a versatile 7.2-channel AV receiver designed for home theater and high-fidelity music playback. It supports Dolby Atmos and DTS:X object-based surround sound formats, delivering immersive audio experiences. The receiver features 90 watts per channel (8 ohms, 20 Hz - 20 kHz, 2 channels driven) with discrete amplification and intelligent amplifier assignment to optimize speaker configurations. It includes Wi-Fi, Bluetooth, AirPlay, and Yamaha MusicCast for wireless multiroom audio streaming and control via smartphone apps. Connectivity options include 6 HDMI inputs with HDCP 2.2 support, USB, coaxial, optical digital inputs, and a dedicated phono input for turntables. The RX-V683 supports 4K Ultra HD video with HDR10, Dolby Vision, and Hybrid Log Gamma, plus HDMI ARC and CEC for easy integration with compatible TVs and devices. Additional features include Yamaha's Compressed Music Enhancer, Pure Direct mode for high-fidelity sound, dual subwoofer outputs, and extensive zone control for multiroom audio. The receiver has a robust build with binding post speaker terminals and a front-panel headphone jack. It was released in 2017 and remains a popular mid-level AV receiver for home theater enthusiasts.
Amplification power output and characteristics
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
Estimated price (community-sourced)
Around — community and catalog average, updates slowly
Components that show up alongside the RX-V683 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 RX-V595a's power @ 8ω is 70W against the RX-V683's 90W, its signal-to-noise 86 dB against 96 dB, its thd 0.040% against 0.060%, and its damping factor 60 against >100.
The RX-V6A's power @ 8ω is 100W against the RX-V683's 90W and its signal-to-noise 95 dB against 96 dB. Both share damping factor (>100) and thd (0.060%).
Both turn up in the same documented systems.
The SR6007's power @ 8ω is 110W against the RX-V683's 90W, its signal-to-noise 100 dB against 96 dB, its thd 0.080% against 0.060%, and its weight 11.2 kg (25 lbs) against 10 kg (22 lbs).
The AVR-X1700H's power @ 8ω is 80W against the RX-V683's 90W, its signal-to-noise 107 dB against 96 dB, its thd 0.080% against 0.060%, and its weight 9.4 kg (21 lbs) against 10 kg (22 lbs).
RX-V3800
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