Cable confusion

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Cable confusion

Trying to figure out what kind of cables I need for my HT -- there are so many of them. Help!

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Re: Cable confusion

OK, Yorssenter -- this will hook you up right away.

 

types_hdmi.gifHigh-Definition Multimedia Interface (HDMI) Cable Connection
This digital audio and video interface does it all. HDMI delivers uncompressed high-definition video (up to 1080p with 12-bit color), eight channels of digital audio for 7.1 surround sound and an integrated control channel - all in one relatively compact cable and connection.

 

Component Video: The Three Way Video Cable Connectiontypes_component.gif
Component connections are available most high definition televisions, DVD players, and modern satellite systems. Component video splits video information into three separate signals, two for color, and one for luminance or brightness. This further improves picture clarity, color, and sharpness above S-Video.

 

types_dvi.gifDVI Cable Connection
Available on many earlier HDTVs and computer LCD screens, DVI (Digital Visual Interface) is a digital interface with 24-bit color that is ideal for high-resolution displays. Because it comes in a few varieties, you will need to check the specific DVI connection on your equipment to match the cable.

 

types_svideo.gifS-Video Connection
S-Video is the next best connection when component video is not available. This connection is commonly found on many high quality analog and digital AV components such as VCRs, televisions, and video game systems. Breaking out the video signal into two separate parts, one for color and one for brightness, improves picture sharpness over composite video, and makes color reproduction more precise.

 

 

Composite Video Connection types_composite.gif
Composite or RCA video it is a convenient and commonplace all-in-one video connection. Typically yellow in color, composite video ports are found on a multitude of video components from TVs to camcorders. Color and brightness signals are carried over a single cable, and they can be particularly susceptible to interference and noise.

 

types_digital.gifDigital Coax S/PDIF Audio Connection
Digital coax's wider bandwidth produces less timing inaccuracy jitter than fiber optic cables. Digital Coax cable may appear similar to a standard composite video cable, but it carries signals at a much higher frequency, so standard RCA composite video cables should never be used to connect digital coax outlets.

 

 

Fiber Optic / TOSlink Audio Connection types_fiber_optic.gif
Also known as TOSlink, fiber optic cables are commonly used to provide digital 5.1 or 7.1 home theater surround from DVD and CD players. Fiber optic cable delivers digital audio via pulses of light and is thus immune to RF interference and electrical noise. However, fiber optic cables can be subject to timing inaccuracies (knows as jitter) if the fiber optic terminations aren't precisely polished.

 

types_analog.gifAnalog Stereo Audio Connection
"Line level" audio cables deliver stereo audio sound signals via two cables, one for Left, and one for Right. These cables typically use standard RCA jacks colored red and white to connect components. Although it is a widespread connection, line level audio cannot deliver the precise, balanced sound that modern audio components deliver. In addition, these cables can be particularly susceptible to noise and interference, so proper shielding and termination is important to maintain sound quality.

 

Thanks to Monster for the images and info, BTW.

 

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Highlighted
Frequent Contributor

Re: Cable confusion

OK, Yorssenter -- this will hook you up right away.

 

types_hdmi.gifHigh-Definition Multimedia Interface (HDMI) Cable Connection
This digital audio and video interface does it all. HDMI delivers uncompressed high-definition video (up to 1080p with 12-bit color), eight channels of digital audio for 7.1 surround sound and an integrated control channel - all in one relatively compact cable and connection.

 

Component Video: The Three Way Video Cable Connectiontypes_component.gif
Component connections are available most high definition televisions, DVD players, and modern satellite systems. Component video splits video information into three separate signals, two for color, and one for luminance or brightness. This further improves picture clarity, color, and sharpness above S-Video.

 

types_dvi.gifDVI Cable Connection
Available on many earlier HDTVs and computer LCD screens, DVI (Digital Visual Interface) is a digital interface with 24-bit color that is ideal for high-resolution displays. Because it comes in a few varieties, you will need to check the specific DVI connection on your equipment to match the cable.

 

types_svideo.gifS-Video Connection
S-Video is the next best connection when component video is not available. This connection is commonly found on many high quality analog and digital AV components such as VCRs, televisions, and video game systems. Breaking out the video signal into two separate parts, one for color and one for brightness, improves picture sharpness over composite video, and makes color reproduction more precise.

 

 

Composite Video Connection types_composite.gif
Composite or RCA video it is a convenient and commonplace all-in-one video connection. Typically yellow in color, composite video ports are found on a multitude of video components from TVs to camcorders. Color and brightness signals are carried over a single cable, and they can be particularly susceptible to interference and noise.

 

types_digital.gifDigital Coax S/PDIF Audio Connection
Digital coax's wider bandwidth produces less timing inaccuracy jitter than fiber optic cables. Digital Coax cable may appear similar to a standard composite video cable, but it carries signals at a much higher frequency, so standard RCA composite video cables should never be used to connect digital coax outlets.

 

 

Fiber Optic / TOSlink Audio Connection types_fiber_optic.gif
Also known as TOSlink, fiber optic cables are commonly used to provide digital 5.1 or 7.1 home theater surround from DVD and CD players. Fiber optic cable delivers digital audio via pulses of light and is thus immune to RF interference and electrical noise. However, fiber optic cables can be subject to timing inaccuracies (knows as jitter) if the fiber optic terminations aren't precisely polished.

 

types_analog.gifAnalog Stereo Audio Connection
"Line level" audio cables deliver stereo audio sound signals via two cables, one for Left, and one for Right. These cables typically use standard RCA jacks colored red and white to connect components. Although it is a widespread connection, line level audio cannot deliver the precise, balanced sound that modern audio components deliver. In addition, these cables can be particularly susceptible to noise and interference, so proper shielding and termination is important to maintain sound quality.

 

Thanks to Monster for the images and info, BTW.

 

View solution in original post