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Estimated price (community-sourced)
Around — community and catalog average, updates slowly
The NAD T 778 AV Surround Sound Receiver combines advanced surround processing with powerful HybridDigital amplification to deliver movies, music, and games with clarity and precision. Built around NAD’s modular MDC architecture, it supports Dirac Live Room Correction and future upgrades via MDC modules. It offers 7.1.4 channel processing with support for Dolby Atmos, DTS:X, and high-res audio formats including MQA. Key features include a TFT touch screen for user-friendly operation, BluOS for high-res multi-room streaming, Apple AirPlay 2, and full HDMI 2.0b switching with 4K UHD pass-through. The receiver provides flexible amplification configurable for surround or Zone 2, along with 11.2-channel pre-outs for external amps and dual subwoofer outputs.
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 T 778 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 AVR-X3800H's power @ 8ω is 105W against the T 778's 160W and its power @ 4ω 180W against 170W. Both share low-frequency extension (20 Hz) and high-frequency extension (20 kHz).
Both turn up in the same documented systems.
The C 389's power @ 8ω is 130W against the T 778's 160W, its power @ 4ω 130W against 170W, its signal-to-noise 107 dB against 100 dB, and its thd 0.005% against 0.010%.
The AVR10's power @ 8ω is 80W against the T 778's 160W, its power @ 4ω 100W against 170W, and its thd 0.020% against 0.010%. Both share signal-to-noise (100 dB).
The AVR-X4800H's power @ 8ω is 125W against the T 778's 160W, its signal-to-noise 102 dB against 100 dB, its thd 0.050% against 0.010%, and its weight 13.2 kg (29 lbs) against 12.1 kg (27 lbs).
Yamaha RX-A3080
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