GETTING STARTED

Installing the AVR 2600 and connecting it to the other system components can be complicated. To simplify installation, it is suggested that you design your system before you begin connecting wires and cables.

Although the rear-panel jacks allow for a variety of audio and video connections to other components, the AVR’s software organizes the connections into six conventional sources: Cable/SAT, DVD, TV, Game, Media Server and AUX. The internal sources (the optional The Bridge III dock for iPod, and the Radio) will be explained later.

Table A1 in the appendix indicates the default device types for each source, and the default audio/video connection assignments. If the defaults suit your system, then connect your devices to the audio/video inputs shown. Otherwise, design your system as explained below.

1.Best video connection type for your system: Examine the video inputs on your TV or video display. Write down the best available video connection type here: ____________. The options, in order of preference, are: HDMI, DVI (must be HDCP- compliant), component video or composite video. This is the “system-best” video connection for your system.

2.Decide which source will be used for each device: Match up to six devices to the six conventional sources listed in the Table 2 worksheet below. Use the AUX source for any of these device types: CD player, HDTV set-top box, personal video recorder (PVR), TiVo device or VCR.

NOTE: You may match any device type to any source. The device type is only relevant for programming control codes into the handheld remote and, as explained on page 24, you may reassign any Source Selector’s device type. Any audio or video source may be connected to any matching jack on the AVR, regardless of device type.

3.Best video connection for each source: Examine each source device and write down the best available type of video connection, but not better than the system-best connection. Leave blank audio-only sources, such as a CD player.

4.Best audio connection for each source: For each source device, write down the best available type of audio connection. See the note below, and if the HDMI connection may be used for audio, it is the best option. The other options, in order of preference, are: optical digital audio, coaxial digital audio, 2-channel analog audio.

Table 2 – Source Assignment Worksheet

NOTES:

For multichannel disc players, if both the device and the TV use HDMI connections for video, then check the owner’s manual for the device to determine whether it transmits multichannel audio via its HDMI output. If it does, then no separate audio connection is required. If not, write down the multichannel analog audio connection in addition to any other audio type. See page 27 for more information.

If the device uses an HDCP-compliant DVI output for video, then connect it to one of the AVR’s HDMI Inputs using an HDMI-to-DVI adapter, but a separate audio connection will always be required.

5.Decide which sources to connect to each of the video inputs: Assign only one unique video input to each source. Use the best type of video connection available for each source.

If your system-best video connection is “HDMI”, select up to four HDMI source devices and assign them to one of the four numbered HDMI Inputs.

If your system-best video connection is “Component”, or if you have source devices with component video outputs that weren’t assigned to one of the HDMI Inputs, assign up to two devices to one of the two numbered Component Video Inputs.

If your system-best video connection is “Composite Video”, or if you have source devices with composite video outputs that have not been assigned to any other video input, then assign up to three devices to one of the three numbered composite video Inputs.

NOTE: If the source device is a video recorder that will be used to record from other devices connected to the AVR, assign the recorder to the Video 2 Input, which has a record- ing output. Any of the Coaxial or Optical Digital Inputs may be assigned to the recorder for audio, if it is capable of making digital audio recordings. To make analog recordings, assign either the Analog 2 or 4 Audio Inputs to the recorder, as both have recording outputs. It is not necessary to connect TiVo or PVR devices that will only record from their direct cable or satellite television signals to the AVR’s recording outputs.

Source

Device Type

Best Video

Video Input

Best Audio

Audio Input

Analog Audio

 

 

Connection

Assigned

Connection

Assigned (may

Input for

 

 

(HDMI, DVI,

 

(HDMI, Optical,

be one digital

Recording or

 

 

Component,

 

Coaxial, 2-Ch

plus one or more

Multizone

 

 

Composite)

 

Analog, 6-/8-Ch

analog)

Operation

 

 

 

 

Analog)

 

 

Cable/SAT

 

 

 

 

 

 

DVD

 

 

 

 

 

 

TV

 

 

 

 

 

 

Game

 

 

 

 

 

 

Media Server

 

 

 

 

 

 

AUX

 

 

 

 

 

 

20

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Harman 2600 owner manual Getting Started, Source Assignment Worksheet, Game Media Server

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.