T754 vs Yamaha RX-V595a
The RX-V595a's power @ 8ω is 70W against the T754's 90W, its signal-to-noise 86 dB against 90 dB, and its thd 0.040% against 0.080%. Both share damping factor (60).
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Estimated price (community-sourced)
Around — community and catalog average, updates slowly
The NAD T-754 Surround Sound Receiver is a technologically advanced and highly capable AV receiver designed with NAD's 'Music First' philosophy. It offers 70 watts continuous power per channel, suitable for filling large rooms with lifelike sound. The T-754 features advanced digital signal processing supporting popular surround formats like Dolby Digital and DTS, as well as NAD's proprietary EARS (Enhanced Ambient Recovery Circuit) for natural surround sound from two-channel sources. It includes high-resolution DACs, upgraded internal components for reduced noise and distortion, and lead-free solder for environmental safety. The receiver supports multiple video inputs (component, composite, SVHS) and digital audio inputs (coaxial, optical). It lacks HDMI switching and automatic calibration but is praised for its timing, dynamics, and detailed sound steering. The unit weighs 20.5 kg and measures 435 x 170 x 423 mm. It comes with an HTR-2 remote control and was released around 2006. While it delivers excellent sound quality, its specification is considered dated compared to newer rivals.
Amplification power output and characteristics
Analog signal output specifications
Input and output connections
Size, weight, and appearance
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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 T754's 90W, its signal-to-noise 86 dB against 90 dB, and its thd 0.040% against 0.080%. Both share damping factor (60).
The RX-V1400's power @ 8ω is 110W against the T754's 90W, its signal-to-noise 86 dB against 90 dB, its low-frequency extension 10 Hz against 5 Hz, and its high-frequency extension 100 kHz against 20 kHz.
The RX-V765's power @ 8ω is 95W against the T754's 90W, its signal-to-noise 86 dB against 90 dB, its low-frequency extension 10 Hz against 5 Hz, and its high-frequency extension 100 kHz against 20 kHz.
The AVR 7000's power @ 8ω is 110W against the T754's 90W, its signal-to-noise 95 dB against 90 dB, its thd 0.070% against 0.080%, and its weight 22.3 kg (49 lbs) against 20.5 kg (45 lbs).
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