AVR-4810CI Receiver (7.1 Channels, 140 W/Channel, 0.05% THD, Supports 9 Devices)

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All the different types of surround sound that are available on this receiver. When x.1 is added to the numerical number the surround sound also affects the subwoofer.

Dolby® Digital Has been around for a while now and is probably the most popular format for digital surround sound. 5.1-channel Dolby Digital provides a bitstream of digital data of up to six channels supplying the front left and right, center, surround left and right, and a subwoofer. DTS Just like Dolby Digital, DTS also provides 5.1 channels of digital audio but with less compression, this gives a slightly more accurate sound reproduction. Most home theater receivers include decoding for Dolby Digital and DTS. DTS-ES Is a slight improvement on DTS, it basically provides an extra channel (6.1). This extra channel is a discrete, full-bandwidth back surround channel that can be played through one or two extra speakers. Presently only a few DVDs are encoded with 6.1-channel DTS-ES sound. DTS NEO 6 An even newer development from DTS, allowing lower quality recordings in matrixed stereo (such as analogue TV broadcasts or VHS video recordings) to be generated into five or six full-bandwidth channels of sound for 5.1 and 6.1 systems. Dolby® Pro Logic® An older form of four channel home theater surround this consists of front left and front right, center and surround channels matrixed from the regular left and right channels. Dolby Pro Logic II Is a 5.1 channel system that takes a stereo or Dolby Pro Logic soundtrack and converts it to 5.1 playback. Benefits will include a greater surround sound experience and deeper bass. THX EX Is designed to give surround sound improved directionality. THX EX provides a more fully 360° wraparound experience by adding another one or two "back surround" speakers to the speakers already present in a 5.1-channel system. The added channels share a matrixed channel of sound composed of information from the regular surround channels.

Rear Output and Input Connectors allow different output devices to be attached to a receiver. Receivers will vary in the quantity and type of rear inputs and outputs offered. Here are definitions of the most common ones: Composite (Video) A composite video connector uses a standard RCA-style connection that passes a combination of chrominance and luminance information on a single cable. This connector might be used to connect a DVD Player, VCR or camcorder. Though capable of delivering a high-quality picture, a composite video connector is not considered as accurate as either S-Video or Component video connectors. RCA (2 Audio Channels) RCA is an audio connector consisting of left and right stereo channels and is used with most audio components with analog outputs. Digital Coaxial Digital Coaxial is a type of connector that allows a receiver to accept digital signals, which produce higher-quality results than analog signals. For example, a Digital Coaxial connector could accept Dolby Digital and DTS signals from a DVD player. Digital Coaxial connectors use modulated radio frequencies (RF) and require a special cable. Another type of digital connector is Digital Optical. Digital Optical Digital Optical is a type of connector that allows a receiver to accept digital signals, which produce higher-quality results than analog signals. Digital Optical is the most common digital connector, and transmits data using laser pulses over a fiber optic cable (Toslink) that connects with a standard RCA-style jack. A Digital Optical connector might be used to connect with a DVD Player or a CD player. Another type of digital connector is Digital Coaxial. Component Video Component Video connectors use three RCA jacks. One carries the brightness (luminance) portion of the video signal, and the other two carry the color (chrominance) portion. As component video connections split chrominance between two jacks/cables, they provide higher-quality video transfer than an S-video connection. These connectors are commonly available on DVD Players and higher-end televisions. S-Video S-Video connector use a 4-pin connector with an S-video jack that transmits the chrominance (color) and luminance (brightness) portions of a video signal separately. This format reduces distortion and improves color accuracy, providing higher quality video than Composite Video, but lower quality than Component Video. These connectors are commonly used to connect to digital sources, such as DVD Players, S-VHS VCRs, and digital camcorders.

Rear Output and Input Connectors allow different output devices to be attached to a receiver. Receivers will vary in the quantity and type of rear inputs and outputs offered. Here are definitions of the most common ones: Composite (Video) A composite video connector uses a standard RCA-style connection that passes a combination of chrominance and luminance information on a single cable. This connector might be used to connect a DVD Player, VCR or camcorder. Though capable of delivering a high-quality picture, a composite video connector is not considered as accurate as either S-Video or Component video connectors. RCA (2 Audio Channels) RCA is an audio connector consisting of left and right stereo channels and is used with most audio components with analog outputs. Digital Coaxial Digital Coaxial is a type of connector that allows a receiver to accept digital signals, which produce higher-quality results than analog signals. For example, a Digital Coaxial connector could accept Dolby Digital and DTS signals from a DVD player. Digital Coaxial connectors use modulated radio frequencies (RF) and require a special cable. Another type of digital connector is Digital Optical. Digital Optical Digital Optical is a type of connector that allows a receiver to accept digital signals, which produce higher-quality results than analog signals. Digital Optical is the most common digital connector, and transmits data using laser pulses over a fiber optic cable (Toslink) that connects with a standard RCA-style jack. A Digital Optical connector might be used to connect with a DVD Player or a CD player. Another type of digital connector is Digital Coaxial. Component Video Component Video connectors use three RCA jacks. One carries the brightness (luminance) portion of the video signal, and the other two carry the color (chrominance) portion. As component video connections split chrominance between two jacks/cables, they provide higher-quality video transfer than an S-video connection. These connectors are commonly available on DVD Players and higher-end televisions. S-Video S-Video connector use a 4-pin connector with an S-video jack that transmits the chrominance (color) and luminance (brightness) portions of a video signal separately. This format reduces distortion and improves color accuracy, providing higher quality video than Composite Video, but lower quality than Component Video. These connectors are commonly used to connect to digital sources, such as DVD Players, S-VHS VCRs, and digital camcorders.

Some new receivers support standard computer connections, such as USB or Firewire inputs. These connections allow a direct digital connection between a PC and the receiver. Having this kind of connection could allow you to play PC audio (MP3, WMA, and WAV files) through your A/V system.