Owner Manual
Page 6
Features Amplifier • 100 Watts/Channel @ 8 ohms (FTC) • 160 Watts/Channel @ 6 ohms (IEC) • 175 Watts/Channel @ 6 ohms (JEITA) • Optimum Gain Volume Circuitry • H.C.P.S. (High Current Power Supply) Massive High Power Transformer • Jitter ...24-bit D/A Converters • Powerful and Highly Accurate 32-bit Processing DSP Connections • 6 HDMI*8 Inputs (1 on front panel) and 1 Output • Onkyo Q for System Control • 4 Digital Inputs (2 Optical/2 Coaxial) • Component Video Switching (2 Inputs/1 Output) • Universal Port for the Dock ...
Features Amplifier • 100 Watts/Channel @ 8 ohms (FTC) • 160 Watts/Channel @ 6 ohms (IEC) • 175 Watts/Channel @ 6 ohms (JEITA) • Optimum Gain Volume Circuitry • H.C.P.S. (High Current Power Supply) Massive High Power Transformer • Jitter ...24-bit D/A Converters • Powerful and Highly Accurate 32-bit Processing DSP Connections • 6 HDMI*8 Inputs (1 on front panel) and 1 Output • Onkyo Q for System Control • 4 Digital Inputs (2 Optical/2 Coaxial) • Component Video Switching (2 Inputs/1 Output) • Universal Port for the Dock ...
Owner Manual
Page 13
... outlet before connecting your speakers: • (North American and Taiwan models) You can connect speakers with an impedance of between 6 and 16 ohms. If you have contact with the AV receiver's rear panel. Doing so may damage the AV receiver. In other words, connect positive (+)... speaker cables may be activated. • (European, Australian and Asian models) You can connect speakers with an impedance of between 4 and 16 ohms. If the impedance of any connections. • Read the instructions supplied with your speakers. • Pay close attention to speaker wiring polarity. ...
... outlet before connecting your speakers: • (North American and Taiwan models) You can connect speakers with an impedance of between 6 and 16 ohms. If you have contact with the AV receiver's rear panel. Doing so may damage the AV receiver. In other words, connect positive (+)... speaker cables may be activated. • (European, Australian and Asian models) You can connect speakers with an impedance of between 4 and 16 ohms. If the impedance of any connections. • Read the instructions supplied with your speakers. • Pay close attention to speaker wiring polarity. ...
Owner Manual
Page 45
... input. Note • These settings are using Audyssey 2EQ Room Correction and Speaker Setup function. the "Audio TV Out" setting is 4 ohms or more but less than 6, set to 4 ohms. If you bi-amp the front speakers, you can check the settings made by Audyssey 2EQ Room Correction and Speaker Setup function...
... input. Note • These settings are using Audyssey 2EQ Room Correction and Speaker Setup function. the "Audio TV Out" setting is 4 ohms or more but less than 6, set to 4 ohms. If you bi-amp the front speakers, you can check the settings made by Audyssey 2EQ Room Correction and Speaker Setup function...
Owner Manual
Page 46
... with an impedance of less than "None" is selected in "Surround Back", this setting is automatically set to "None". *6 If anything else than 6 ohms are not supported. ■ Speakers Type (Front) ` Normal: Select this if you've connected your front speakers normally. ` Bi-Amp: Select this ...TV Out" setting is connected. - The LPF only applies to sources that any speaker is 4 ohms or more but less than 6. ` 6ohms: Select if the impedances of all speakers are between 6 and 16 ohms. Note • (North American and Taiwan models) Speakers with a good sized woofer. Speaker Configuration...
... with an impedance of less than "None" is selected in "Surround Back", this setting is automatically set to "None". *6 If anything else than 6 ohms are not supported. ■ Speakers Type (Front) ` Normal: Select this if you've connected your front speakers normally. ` Bi-Amp: Select this ...TV Out" setting is connected. - The LPF only applies to sources that any speaker is 4 ohms or more but less than 6. ` 6ohms: Select if the impedances of all speakers are between 6 and 16 ohms. Note • (North American and Taiwan models) Speakers with a good sized woofer. Speaker Configuration...
Owner Manual
Page 86
... harmonic distortion of 0.08% (FTC) 125 watts minimum continuous power per channel, 6 ohm loads, 2 channels driven at 1 kHz, with a maximum total harmonic distortion of 0.1% (FTC) (Others) 1 ch × 160 W at 6 ohms, 1 kHz, 1 ch driven of 1 % (IEC) Maximum Effective Output Power (...Asian) 1 ch × 175 W at 6 ohms, 1 kHz, 1 ch driven (JEITA) Dynamic Power* * IEC60268-Short-term maximum output power 240 W (3 Ω, ...
... harmonic distortion of 0.08% (FTC) 125 watts minimum continuous power per channel, 6 ohm loads, 2 channels driven at 1 kHz, with a maximum total harmonic distortion of 0.1% (FTC) (Others) 1 ch × 160 W at 6 ohms, 1 kHz, 1 ch driven of 1 % (IEC) Maximum Effective Output Power (...Asian) 1 ch × 175 W at 6 ohms, 1 kHz, 1 ch driven (JEITA) Dynamic Power* * IEC60268-Short-term maximum output power 240 W (3 Ω, ...