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Sony STR-AZ3000ES 9.2 Channel 8K A/V Receiver
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Product Description

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Elevated performance for all

Elevate your home theater standards with Sony’s 9.2 CH 8K A/V Receiver featuring renowned ES quality. Designed for integrators with optimized configurability, flexible connectivity, and advanced IP control for leading control systems. The STR-AZ3000ES is the total package for audio/visual performance and installation-friendly features.

ES Sound Quality

With 120 watts, the STR-AZ3000ES delivers cinematic sound with crystal-clear music reproduction, object-based surround sound, and support for Dolby Atmos, DTS:X, and 360 Reality Audio.

Full 8K & 4K/120Hz Compatibility

Enjoy full 8K & 4K/120 from source to screen with four 8K & 4K/120 HDMI inputs, HDCP 2.3 compatibility, and two outputs (6 in/2 out total). HDMI 2.1 support ensures the best low latency results for gaming with support for Auto Low Latency Mode (ALLM) & Variable Refresh Rate (VRR).

Optimized for custom in-home integration

With optimized configurability, flexible connectivity, “Works with SONOS” certification, and support for the leading control and remote monitoring systems like Control4, Savant, Crestron, and OvrC the STR-AZ3000ES is built for integration.

360 Spatial Sound Mapping

Sony’s exclusive 360 Spatial Sound Mapping technology works with our newly developed auto-calibration technology, Digital Cinema Auto Calibration IX, to create a truly immersive sound field that adapts to your environment.

Manuals & Warranty

Features & Specs Line Circle

NEWLY DESIGNED FRAME BEAM BASE CHASSIS
The chassis of the ES model has been fundamentally revised: the overall thickness has been increased for improved rigidity, and the structures of the transformer base and other weight-bearing parts have also been redesigned to improve the instantaneous power and crispness of the sound, when compared to a conventional chassis.
OFFSET SCREW POSITION FOOT
Designed with an offset screw position to both eliminate the resonance point and avoid frequency-specific, vibration-inducing resonance transmission to and from the transformer, the foot also contains additional ribs for increased rigidity and improved resonance control.
REDEVELOPED DIGITAL SECTION
The new digital section enables all signal processing to be performed on a single chip while also providing lower impedance, increased capacitance, and better stability.
NEW DAC ENABLES 32-BIT OPERATIONS
Digital PCM signal input is processed at 32-bit and converted to analog by the DAC, while DSD signal input during direct mode is natively input to the DAC and converted to an analog signal.
IMPROVED ANALOG POWER FOR DAC
The DAC analog power supply uses a low- noise power supply IC to ensure that hi-fidelity performance is achieved
BUFFER AMP FOR DAC
A new DAC analog output filter circuit was designed utilizing a JFET and op-amp improvement in noise floor. The phase rotation was shifted to a higher frequency, expanding the bandwidth and improving sound clarity for wide-bandwidth sources like high-resolution audio.
NEWLY DESIGNED FRAME BEAM BASE CHASSIS
The chassis of the ES model has been fundamentally revised: the overall thickness has been increased for improved rigidity, and the structures of the transformer base and other weight-bearing parts have also been redesigned to improve the instantaneous power and crispness of the sound, when compared to a conventional chassis.
OFFSET SCREW POSITION FOOT
Designed with an offset screw position to both eliminate the resonance point and avoid frequency-specific, vibration-inducing resonance transmission to and from the transformer, the foot also contains additional ribs for increased rigidity and improved resonance control.
REDEVELOPED DIGITAL SECTION
The new digital section enables all signal processing to be performed on a single chip while also providing lower impedance, increased capacitance, and better stability.
NEW DAC ENABLES 32-BIT OPERATIONS
Digital PCM signal input is processed at 32-bit and converted to analog by the DAC, while DSD signal input during direct mode is natively input to the DAC and converted to an analog signal.
IMPROVED ANALOG POWER FOR DAC
The DAC analog power supply uses a low- noise power supply IC to ensure that hi-fidelity performance is achieved
BUFFER AMP FOR DAC
A new DAC analog output filter circuit was designed utilizing a JFET and op-amp improvement in noise floor. The phase rotation was shifted to a higher frequency, expanding the bandwidth and improving sound clarity for wide-bandwidth sources like high-resolution audio.
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Product Descriptiondown arrow

Product Description

Line Circle

Elevated performance for all

Elevate your home theater standards with Sony’s 9.2 CH 8K A/V Receiver featuring renowned ES quality. Designed for integrators with optimized configurability, flexible connectivity, and advanced IP control for leading control systems. The STR-AZ3000ES is the total package for audio/visual performance and installation-friendly features.

ES Sound Quality

With 120 watts, the STR-AZ3000ES delivers cinematic sound with crystal-clear music reproduction, object-based surround sound, and support for Dolby Atmos, DTS:X, and 360 Reality Audio.

Full 8K & 4K/120Hz Compatibility

Enjoy full 8K & 4K/120 from source to screen with four 8K & 4K/120 HDMI inputs, HDCP 2.3 compatibility, and two outputs (6 in/2 out total). HDMI 2.1 support ensures the best low latency results for gaming with support for Auto Low Latency Mode (ALLM) & Variable Refresh Rate (VRR).

Optimized for custom in-home integration

With optimized configurability, flexible connectivity, “Works with SONOS” certification, and support for the leading control and remote monitoring systems like Control4, Savant, Crestron, and OvrC the STR-AZ3000ES is built for integration.

360 Spatial Sound Mapping

Sony’s exclusive 360 Spatial Sound Mapping technology works with our newly developed auto-calibration technology, Digital Cinema Auto Calibration IX, to create a truly immersive sound field that adapts to your environment.

Manuals & Warranty

Features & Specsdown arrow

Features & Specs Line Circle

NEWLY DESIGNED FRAME BEAM BASE CHASSIS
The chassis of the ES model has been fundamentally revised: the overall thickness has been increased for improved rigidity, and the structures of the transformer base and other weight-bearing parts have also been redesigned to improve the instantaneous power and crispness of the sound, when compared to a conventional chassis.
OFFSET SCREW POSITION FOOT
Designed with an offset screw position to both eliminate the resonance point and avoid frequency-specific, vibration-inducing resonance transmission to and from the transformer, the foot also contains additional ribs for increased rigidity and improved resonance control.
REDEVELOPED DIGITAL SECTION
The new digital section enables all signal processing to be performed on a single chip while also providing lower impedance, increased capacitance, and better stability.
NEW DAC ENABLES 32-BIT OPERATIONS
Digital PCM signal input is processed at 32-bit and converted to analog by the DAC, while DSD signal input during direct mode is natively input to the DAC and converted to an analog signal.
IMPROVED ANALOG POWER FOR DAC
The DAC analog power supply uses a low- noise power supply IC to ensure that hi-fidelity performance is achieved
BUFFER AMP FOR DAC
A new DAC analog output filter circuit was designed utilizing a JFET and op-amp improvement in noise floor. The phase rotation was shifted to a higher frequency, expanding the bandwidth and improving sound clarity for wide-bandwidth sources like high-resolution audio.
NEWLY DESIGNED FRAME BEAM BASE CHASSIS
The chassis of the ES model has been fundamentally revised: the overall thickness has been increased for improved rigidity, and the structures of the transformer base and other weight-bearing parts have also been redesigned to improve the instantaneous power and crispness of the sound, when compared to a conventional chassis.
OFFSET SCREW POSITION FOOT
Designed with an offset screw position to both eliminate the resonance point and avoid frequency-specific, vibration-inducing resonance transmission to and from the transformer, the foot also contains additional ribs for increased rigidity and improved resonance control.
REDEVELOPED DIGITAL SECTION
The new digital section enables all signal processing to be performed on a single chip while also providing lower impedance, increased capacitance, and better stability.
NEW DAC ENABLES 32-BIT OPERATIONS
Digital PCM signal input is processed at 32-bit and converted to analog by the DAC, while DSD signal input during direct mode is natively input to the DAC and converted to an analog signal.
IMPROVED ANALOG POWER FOR DAC
The DAC analog power supply uses a low- noise power supply IC to ensure that hi-fidelity performance is achieved
BUFFER AMP FOR DAC
A new DAC analog output filter circuit was designed utilizing a JFET and op-amp improvement in noise floor. The phase rotation was shifted to a higher frequency, expanding the bandwidth and improving sound clarity for wide-bandwidth sources like high-resolution audio.
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