ADVANCED FUNCTIONS

1080p (1080i with component video outputs) for outstanding video quality, even with analog video sources. The Faroudja DCDi Cinema Dual 3D comb filters and 10-bit video processing eliminate the jagged edges and moiré patterns seen with less advanced processing. The “Torino” video processing chip generates on-screen graphics in high definition, and blends it with the incoming video, so that you can continue to watch a program while using system menus.

The video processor automatically provides the best picture based on the capabilities of your video display and the incoming source video. You may experiment with the Video Modes menu adjustments to try to improve the picture further.

Video Modes

Adjust the picture settings on your video display before adjusting the AVR. Access the picture settings from the Video Modes menu. Press the Video Modes Button, and the screen shown in Figure 36 will appear. The menu may also be accessed from the Info Settings menu.

NOTE: The settings in the Video Modes menu affect each source independently.

Figure 36 – Video Modes Menu

Video Mode: The default setting of Off passes the video signal through to the display with only basic video processing. Video scaling cannot be turned off, but selecting the HDMI Bypass mode in the Info Settings menu for a source connected to one of the HDMI Inputs passes the video signal directly from the HDMI Input to the HDMI Output, bypassing all video processing. Select one of these processing options to optimize the picture for the current program by applying adjustments to the brightness, contrast, color and sharpness:

Sports: For sporting events.

Nature: For programs shot outdoors, in a natural setting.

Movie: For movies and many television broadcasts.

Custom: Allows manual adjustment of the picture settings. The Brightness, Contrast, Color and Sharpness settings appear as sliders with values ranging from 0 to 100. The default setting for each adjustment is 50. Use the 7/3Buttons to change each setting’s value.

Picture Adjust: Changes the aspect ratio of the displayed image.

Widescreen (16:9) images are displayed on a full-screen (4:3) device in letterbox format. Black bars may appear above and below the image.

When displaying full-screen images on a widescreen device, black or gray bars may appear to the left and right of the image (pillarboxing).

Plasma and CRT monitors may suffer from “burn-in” when the same image, such as the horizontal or vertical bars, is left on screen

for a long period of time. Adjust the picture so that it fills the display’s screen. Highlight this setting and press the OK Button. Each press of the 5/1 Buttons changes the setting. Press the OK Button when the desired setting appears.

Auto Fit: The AVR automatically adjusts the image, as required, to fit the display’s capabilities.

Height Fit: Adjusts the image to eliminate any bars above or below it. Bars may remain at the sides.

Width Fit: Adjusts the image to eliminate any bars on the sides. Bars may remain above and below the image.

Zoom 1x: Displays the image as received from the source. If the image is in the 4:3 aspect ratio, on widescreen displays pillarbox format may be used. If the image is in the 16:9 aspect ratio, on full-screen (4:3) displays letterbox format may be used.

Zoom 2x and Zoom 3x: Stretches the image evenly to completely fill the screen. The outer portions of the image may be cropped.

Experiment with this setting until you find a pleasing display format for each program.

Overscan: For historical reasons, there is a convention to reserve an area around the border of a video frame, called “overscan”, that may be viewed on newer high-definition displays, although it was not visible on older analog television sets. However, since not all displays are capable of showing this portion of the frame, directors avoid placing important information in that area.

If your video display is capable of displaying the overscan area, turn this setting on to avoid seeing a black border around the image which could cause unwanted “burn-in” on some plasma and CRT displays. The AVR turns this setting off by default when the source device is connected to one of the HDMI Inputs. The setting is turned on by default when the source is connected to one of the analog video inputs.

Advanced Video Settings: Press the 3 or OK Button to display the Advanced Video Modes submenu (see Figure 37). This submenu is not accessible when the video processor (Video Mode setting) is turned off.

Figure 37 – Advanced Video Modes Menu

Noise Reduction: Adjust this setting to Low, Medium or High to filter out signal noise, or turn it off.

MPEG Noise Reduction: This setting is designed to address two specific types of video distortion, mosquito noise and blocking artifacts. If you see haziness or shimmering around the edges of

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Harman 2600 owner manual Video Modes Menu

2600 specifications

The Harman 2600 is a remarkable audio amplifier that has captured the attention of audiophiles and sound enthusiasts alike. As part of Harman's legacy of delivering high-quality sound solutions, the 2600 model combines advanced technologies and innovative features to ensure a superior listening experience.

One of the standout features of the Harman 2600 is its high power output. With the capability to deliver 260 watts per channel at 4 ohms, the amplifier is designed to drive even the most demanding speakers effortlessly. This power ensures that listeners can enjoy a full-bodied sound with deep bass and crystal-clear highs. The amplifier also supports a wide frequency response range, allowing it to reproduce every nuance of music with remarkable accuracy.

Incorporating Harman's proprietary technologies further enhances the performance of the 2600. The amplifier utilizes advanced Class D amplification technology, which not only improves efficiency but also minimizes heat generation. This technology allows for a compact design without compromising sound quality. The result is an amplifier that can run for extended periods without overheating, making it ideal for long listening sessions or intense audio experiences.

The Harman 2600 features multiple input options, including balanced XLR and unbalanced RCA connections, which provide flexibility when integrating into a home audio system. This versatility is complemented by a robust built-in digital signal processor (DSP) that allows users to customize equalization and sound profiles according to their preferences. The DSP ensures that the Harman 2600 can adapt to various acoustic environments, delivering optimal sound in any setting.

Another notable characteristic of the Harman 2600 is its build quality. Constructed with high-grade components, the amplifier is designed to withstand the test of time while maintaining consistent performance. The elegant design features an aluminum front panel and a well-ventilated chassis, offering both aesthetic appeal and functional efficiency.

Additionally, the amplifier includes protection circuits to safeguard against short circuits, overheating, and overloading, ensuring both user safety and product longevity. In conclusion, with its impressive power, advanced technologies, versatile inputs, and premium build quality, the Harman 2600 stands out as a premier choice for audio enthusiasts seeking a powerful and reliable amplifier for their sound systems. Whether for casual listening or critical playback, the Harman 2600 delivers an exceptional audio experience.