Parametric equalizer information

This unit employs YAMAHA Parametric Room Acoustic Optimizer (YPAO) technology, together with the Parametric EQ settings (see page 74), to optimize the frequency characteristics of its parametric equalizer to match your listening environment. YPAO uses a combination of the following three parameters (Frequency, Gain and Q factor) to provide highly precise adjustment of the frequency characteristics.

Frequency

This parameter is adjustable in one-third octave increments between 63 Hz and 16 kHz.

Gain

This parameter is adjustable in increments of 0.5 dB

GLOSSARY

Q factor

The width of the specified frequency band is referred to as the Q factor. This parameter is adjustable between the values 0.5 and 10.

YPAO adjusts frequency characteristics to suit your listening requirements using a combination of the above three parameters (Frequency, Gain and Q factor) for each equalizer band in this unit’s parametric equalizer. This unit has 7 equalizer bands for each channel.

The use of multiple equalizer bands enables more precise adjustments of frequency characteristics (as in Figure 2). This is not possible using only a single equalizer band (as in Figure 1).

Figure 1

Gain

Frequency characteristic after

between –20 and +6 dB.

correction

Band 1

Frequency

Original frequency characteristic

Figure 2

 

Gain

Frequency

 

characteristic after

 

correction

Band 1

 

Frequency

 

Original frequency

Band 2

characteristic

 

INFORMATION

ADDITIONAL

 

 

 

 

English

 

 

 

113

Page 115
Image 115
Yamaha RX-V1600 owner manual 113, Frequency, Gain, Factor

RX-V1600 specifications

The Yamaha RX-V1600 is a powerful and versatile A/V receiver that has gained acclaim for its robust features and exceptional audio performance. Launched in the mid-2000s, this receiver remains a popular choice among home theater enthusiasts looking to enhance their audio and video experience.

One of the standout features of the RX-V1600 is its capability to deliver a whopping 7.1-channel surround sound output, which immerses listeners in a rich audio environment. This is achieved through its rated power output of 130 watts per channel, providing ample power to drive both small and large speakers effectively. The receiver is compatible with various surround sound formats, including Dolby Digital and DTS, ensuring that users enjoy a fully immersive cinematic experience.

Incorporating advanced digital processing technologies, the RX-V1600 enhances audio clarity and fidelity. Yamaha's proprietary CINEMA DSP technology allows users to simulate a range of acoustic environments, making it feel as if they are in a concert hall or a movie theater. Additionally, the receiver features a comprehensive suite of equalization options, enabling users to tailor the sound to their preferences and room acoustics.

The RX-V1600 also comes equipped with a range of connectivity options, making it versatile for different audio and video sources. It includes multiple HDMI inputs, which allow seamless integration with high-definition devices such as Blu-ray players, gaming consoles, and streaming devices. The receiver also supports upscaling video signals to 1080p, enhancing the viewing experience for non-HD content.

Furthermore, the RX-V1600 boasts Yamaha’s YPAO (Yamaha Parametric Room Acoustic Optimizer) technology, which automatically measures the acoustics of the room and calibrates the audio output accordingly. This ensures that users receive the best possible sound quality tailored to their specific environment.

With its blend of advanced technology, impressive power output, and comprehensive connectivity options, the Yamaha RX-V1600 remains a valuable choice for anyone seeking a high-performance audio-video receiver to help create an outstanding home theater experience. Its durable build, user-friendly interface, and flexible functionality make it a lasting investment for sound enthusiasts. Whether for movies, music, or gaming, the RX-V1600 delivers an engaging auditory experience that continues to impress users even years after its release.