Is there a way to combine HDMI and component cables using a Plasma TV,cable box, blu-ray, DVD-R, and digital receiver?

Here is what I have: I have an HP PE 4200N 42" Plasma TV that has one HDMI input. I have had for some time Comcast/HD/DVR cable box. I also have a recently purchased JVC Blu-ray to go along with rest of my JVC sources.

In addition, I have a JVC DVD-R. Here is my issue: I have always been very satisfied with the HD signal quality transferred to my Plasma from Comcast through my cable box using premium component cables. However, as a result of my new addition of my Blu-ray player, and finally utilizing my JVC Digital receiver's HDMI outlets, and converting everything to HDMI, I am very unhappy with the picture quality I am now receiving with my cable box running HDMI.

I understand why because cable transmission, for the most part, is not running in true 1080i, and at best maybe running at 720i. My HP TV will not run both HDMI and component.It's one or the other. That leaves me either sacrificing one or the other.

Suggestions? Alternatives? Is there a way to bypass the TVs issue?

Asked by JV2010 23 months ago Similar questions: combine HDMI component cables Plasma TV cable box blu ray DVD R digital receiver Consumer Electronics > TV & Video.

Similar questions: combine HDMI component cables Plasma TV cable box blu ray DVD R digital receiver.

Details of TV Cable and Connection Types Where you connect your device (VCR players, DVD players, high-definition signal equipment such as HP HDTV tuners, HP Media Center PCs, or PCs) to your TV depends on the equipment type and the cables you are using. Use the following chart as a guide for connecting your equipment and cable to your TV. Several connection types have been listed, but the connections on the back of your TV may differ depending on model type.

HDMI stands for gh-Definition Multimedia Interface. An HDMI connection is used to transfer high definition digital video and high definition audio signals. Ideal for HDTV, HDMI supports standard, enhanced, or high-definition video and audio in a smaller cable size than DVI.To use an HDMI connection, simply attach the HDMI cable to the first possible HDMI connectors on the TV and source device.

NOTE: To achieve better quality with an HDMI connection try to keep the length of the cable less than 16 feet (5 meters). NOTE: HDMI is compatible with DVI video. You can use an HDMI-to-DVI adapter plug to make a connection if your source device only has a DVI connector (but you must connect audio separately).

NOTE: HDMI supports gh-bandwidth Digital Content Protection (HDCP). NOTE: HDMI does not process Dolby Digital audio. DVI stands for Digital Visual Interface.

A DVI connection is used to transfer high definition digital video signals without audio. A separate audio connection must be used . DVI cables have been used primarily in monitors but can also be found in HDTV receivers, DVD players, computers, or other video equipment that demand better signal quality over standard.

Over time, various types of DVI connectors and cables have been created. If you do not know the differences between DVI types, setting up your video and audio equipment can be difficult and frustrating.At this time, DVI typically comes in five different types: DVI-A, DVI-D single link, DVI-D dual link, DVI-I single link, and DVI-I dual link. If you plan on using DVI, it is important to know the following types and their differences before purchasing equipment: * DVI-A is designed only for analog video signals.

You should not attempt to use a DVI-A cable with a digital TV. Figure 2: DVI-A * DVI-D single link is designed for digital video signals and can support high-definition display resolutions up to 1,920 x 1,080. Figure 3: DVI-D single link * DVI-D dual link is designed for digital video signals and can support high-definition display resolutions up to 2,048 x 1,536.

Figure 4: DVI-D dual link * DVI-I single link is designed for digital and analog video signals and can support high-definition display resolutions up to about 1,920 x 1,080 @ 60Hz. Figure 5: DVI-I single link * DVI-I dual channel is designed for digital video signals and can support high-definition display resolutions up to 2,048 x 1,536 @ 60Hz. Figure 6: DVI-I dual link NOTE: To achieve better quality with a DVI connection, use a DVI-D dual link cable.

Try to keep the length of the cable less than 16 feet (5 meters). You can also use a DVI-I dual link cable to achieve the same quality, but all devices must support the DVI-I connection type. To use DVI, connect the DVI cable to the matching socket on the TV and the video output device (computer, DVD, set-top box).

http://h10025.www1.hp.com/ewfrf/wc/document?docname=c00396708&tmp_track_link=ot_faqs/top_issues/en_us/c00396708/loc:2&lc=en&dlc=en&cc=us?=en&product=1099028 Sources: http://h10025.www1.hp.com/ewfrf/wc/document?docname=c00396708&tmp_track_link=ot_faqs/top_issues/en_us/c00396708/loc:2&lc=en&dlc=en&cc=us?=en&product=1099028 .

HDMI and component cables using a Plasma TV,cable box, blu-ray, DVD-R, and digital receiver DVI/HDMI and Component Video are all video standards which support a variety of resolutions, but which deliver the signal from the source to the display in very different ways. The principal important difference is that DVI/HDMI deliver the signal in a digital format, much the same way that a file is delivered from one computer to another along a network, while Component Video is an analog format, delivering the signal not as a bitstream, but as a set of continuously varying voltages representing (albeit indirectly, as we'll get to in a moment) the red, green and blue components of the signal. Both DVI/HDMI and Component Video deliver signals as discrete red, green, and blue color components, together with sync information which allows the display to determine when a new line, or a new frame, begins.

The DVI/HDMI standard delivers these along three data channels in a format called T.M.D.S. , which stands for "Transmission Minimized Differential Signaling. " Big words aside, the T.M.D.S.Format basically involves a blue channel to which horizontal and vertical sync are added, and separate green and red channels. Component Video is delivered, similarly, with the color information split up three ways.

However, component video uses a "color-difference" type signal, which consists of Luminance (the "Y", or "green," channel, representing the total brightness of the image), Red Minus Luminance (the "Pr," or "Red," channel), and Blue Minus Luminance (the "Pb," or "Blue," channel). The sync pulses for both horizontal and vertical are delivered on the Y channel. The display calculates the values of red, green and blue from the Y, Pb, and Pr signals.

Both signal types, then, are fundamentally quite similar; they break up the image in similar ways, and deliver the same type of information to the display, albeit in different forms. How they differ, as we'll see, will depend to a great extent upon the particular characteristics of the source and display devices, and can depend upon cabling as well. Sources: http://forum.ecoustics.com/bbs/messages/34579/122868.html .

Plasma TV Cables & Connections: How to Hook It Up Plasma TV Cables & Connections: How to Hook It UpReview Date July 2004Reviewer: Jack BurdenGetting your plasma screen television up and running can seem a little daunting at first. Most plasma displays do not have built-in tuners, so you have to obtain an NTSC/ATSC TV signal though an external -- or "outboard" -- tuning device, also known as a "set-top box," which will then pass that signal to your plasma monitor. The principle is the same for tuners as well as for DVD players and satellite cable systemsThe goal is to make use of the best connectors that your system offers, rather than to rely on the old yellow, red, and white RCA standbys -- unless, of course, you have to.

The idea is to achieve the sharpest and best-looking picture possible using what you've got, and the connections you choose can make all the difference in the worldYour analog options include:Composite Video: This type of video connection utilizes a single coaxial or shielded cable, which has been fitted with RCA-type plugs at either end, and is devoted to video (YELLOW). This video signal is a "composite" one in the sense that it has been sub-divided into luminance information (black and white detail), chrominance information (color detail), and sync pulses (the vertical and horizontal scan frequencies) and then combined into a single, composite signalNote: Because it is an all-in-one video signal transmitter, Composite Video is a convenient way to transport video information, but it has the same drawbacks of the video portion of composite A/V signals -- poor picture quality. Because all the signal component are lumped together, it is possible for them to be imprecisely stripped apart for display, resulting in all sort of possible picture defects owing to the interference of luminance with chrominance information or vice-versa.

S-Video: To get around the picture degradation that can occur with composite video, S-Video was created. In the S-Video format, chrominance information is kept separate from luminance and sync information. S-Video signals are transmitted via twin coaxial or shielded cables, which are fitted to miniature 4-pin DIN-type plugs or two RCA-type plugs -- one marked "Y" for luminance/sync and the other marked "C" for chrominance.

Note: Most video equipment that is fitted with S-Video inputs also has Composite Video inputs in case the device to which you are connecting is not S-Video compatible. Component Video: Component Video inputs look like Composite Video cables, except Component Video has three, separate inputs -- yellow, red, and blue. In this instance, the video signal components have been separated physically (i.e.

, run along different cables) and thoroughly (i.e. , by color). The luminance information is combined with the sync data, so that fine detail and display data are carried along a single cable (YELLOW).

The chrominance information is further separated into its own color components, blue minus luminance and red minus luminance. The BLUE input is called B-Y (blue minus luminance), Cb, or Pb. The RED input is called R-Y, Cr, or Pr.

Component Video gives a higher quality picture than Composite VideoNote: Component Video connections may be of an RCA-type or what is known as a BNC-type. BNC cables twist and lock into place, rather than just plugging in, so they offer a more secure connection between your plasma TV and its source video device (e.g. , DVD, tuner, etc.). Video Graphics Array (VGA): VGA inputs are the 15-pin, screw-in inputs that you probably know from having to connect your PC's CPU to a monitor.

This is the type of input one uses to connect a PC to a plasma TV.It is also the type of connector RCA includes on its ever-popular HDTV tuners. Here are some of the newer digital video connections, all of which are digital. Through a high-end digital connection, DVD and satellite signals will look and sound as good as your plasma television is capable of reproducing them.

The so-called "digital trinity" includes:Digital Visual Interface (DVI): This connector passes an uncompressed video signal from HDTV receivers and other source devices to your plasma display. You will find DVI connections on most 2004 HD plasma monitors and integrated HD plasma TVs, as well as some high-end DVD players, newer PCs, and HD satellite receivers. Sources: http://www.plasmatvbuyingguide.com/plasmatv/plasmatv-hookup.html .

Panasonic TH-P50C10 Multi-system Plasma TV Pal NTSC Secam 110 - 220 volts Multy System / Multi volta Model with Superb Moving Picture Quality and Advanced Networking Capabilities * 600Hz Sub-field Drive * 2,000,000:1 Dynamic Contrast * Smart Networking with VIERA Link * VIERA Image Viewer (JPEG) * V-Audio * 600Hz Sub-field Drive 600Hz technology lets you view superb motion and still images with high resolution. For even greater clarity with motion images, Panasonic uses its own unique image-analysis technology. This technology converts the motion in each scene into data.2,000,000:1 Dynamic Contrast VIERA incorporates an improved panel production process and the new Real Black Drive system.

A pre-discharge control system, the Real Black Drive system achieves next-generation black reproduction. When you're watching movies, VIERA renders images just the way the director intended, even in scenes where it's difficult to achieve a proper balance of light and dark. Smart Networking with VIERA Link VIERA Link allows interconnected operation of various AV devices using only the VIERA remote control, by simply connecting the devices to each other by an HDMI cable.

VIERA Link performance has been further enhanced with LUMIX digital camera connection. By connecting a new LUMIX camera that has an HDMI output terminal to VIERA, you can use the VIERA remote to control the playback of images stored on the camera VIERA Image Viewer (JPEG) It's easy to view photo images with the SD card slot. View your photos right after you take them.

Simply insert an SD Memory Card into VIERA to display photos on the large screen. V-Audio VIERA televisions deliver the best of sounds with V-Audio technologies. V-Audio realizes a spread of Left-Right direction sound space by Analogue-based Algorithm.

Sources: http://www.220-electronics.com/plasma/panasonic-thp50c10-multisystemplasma.htm .

Video (HDMI, DVI, Component Video, S-Video, Composite Video, RGB/VGA) ->Audio (HDMI, Stereo, Digital Coax, Digital Optical, Multi channel) Sources: http://www.ramelectronics.net/howto-av.ep .

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I have an hd tv, bluray/dvd home theater system,and the cable box?

Tech opinions please: Blu-ray player/plasma TV combination.

How do I record tv shows on my blu ray dvd player.

I have an HDTV w/one HDMI connection. Also a DVD and a HDCable box with component video and HDMI. Which should use HDMI.

How can I connect a sony blu ray a sont home theatre and a venture HD TV together using HDMI cables.

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