Thursday, December 22, 2011

ART CLEANBoxPro Dual-Channel Level Converter

!±8± ART CLEANBoxPro Dual-Channel Level Converter

Brand : ART | Rate : | Price : $65.00
Post Date : Dec 22, 2011 22:19:09 | Usually ships in 24 hours

The CLEANBoxPro provides two channels of unbalanced to balanced level conversion and two channels of balanced to unbalanced level conversion in a rugged, compact, and portable unit. Balanced lines offer increased immunity to external electrical noise, such as hum. Since a balanced system minimizes induced noise, it is the preferred method of connecting audio gear, especially when long lengths of cable are used. One section of the CLEANBoxPro converts two channels of consumer-level unbalanced input signals into two channels of pro line-level balanced output signals. It has two RCA jack inputs and a stereo mini-phone jack input connected in parallel. The balanced output feeds two XLR male jacks. The other section of the CLEANBoxPro converts two channels of line-level balanced input signals into two channels of consumer unbalanced output signals. It has two XLR female input jacks. The unbalanced output feeds two RCA jacks and a stereo mini-phone jack connected in parallel.

  • XLR Connectors for Balanced Inputs and Outputs
  • RCA Phono Jacks and Stereo 1/8" Mini-Phone Jacks for Unbalanced Inputs and Outputs
  • Unbalanced Output Level Control
  • Balanced Output Level Control
  • Rugged Extruded Aluminum Case

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Thursday, December 15, 2011

VGA+Component Video Ypbpr+3.5mm Audio to HDMI Converter Box Adapter Switcher for PC Laptop DVD STB PS2 XBOX 360 w/2pcs HDMI M to M cable

!±8± VGA+Component Video Ypbpr+3.5mm Audio to HDMI Converter Box Adapter Switcher for PC Laptop DVD STB PS2 XBOX 360 w/2pcs HDMI M to M cable

Brand : Brainydeal | Rate : | Price :
Post Date : Dec 15, 2011 22:15:49 | Usually ships in 1-2 business days


This is a VGA + YPbPr + 3.5mm Audio to HDMI converter/switch. With VGA + 3.5mm audio in, HDMI out, it enable the PC to be connected to HDMI Display (like HDTV, HD monitor). And with YPbPr + 3.5mm audio in, HDMI out, it enable the DVD, STB, PS2, XBOX 360 to be connected to HDMI Display (like HDTV, HD monitor). Switch button for convenient VGA or YPbPr input source selection.

Product Features:
VGA + YPbPr + 3.5mm audio in, HDMI out.
Enable PC to be connected to HDMI display (like HDTV, HD monitor).
Enable DVD, STB, PS2, Xbox 360 to be connected to HDMI display (like HDTV, HD monitor).
Switch button for convenient VGA or YPbPr input source selection.
Supported VGA resolution: 640*480@60Hz, 640*480@72Hz, 640*480@75Hz, 640*480@85Hz, 800*600@72Hz, 800*600@75Hz, 800*600@85Hzm 1024*768@60Hz, 1024*768@70Hz, 1024*768@75Hz, 1024*768@85Hz.
Supported YPbPr resolution: 480i@60,576i@50,480P@60,576P@50,720P@50,720P@60,1080i@50, 1080i@60,1080P@24,1080P@25,1080P@30,1080P@50,1080P@60.
HDMI output: 720P@60Hz.
HDMI V1.2 and HDCP compliant.
With DDC function, auto-adjust to the best VGA resolution input (if only your graphices card with DDC function).
Plug and play, no software is needed.

Specification:
Product Type:VGA + YPbPr + 3.5mm Audio to HDMI Converter Switch.
Interface Type: VGA + YPbPr + 3.5mm audio in, HDMI out.
Color??Black
Power Supply: DC 5V.
Dimension:14.8 X 9.3 X 2.5cm
Weight: 0.16KG

Package included:
1 x VGA + YPbPr + 3.5mm Audio to HDMI Converter Switch
1 x 5V AC Adapter
1 x User Manual

More Specification..!!

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Saturday, November 26, 2011

Digital to Analog Audio Converter Optical / Coaxial / USB

Get Your Own! : www.parts-express.com Enjoy your high-definition audio tracks played through your stereo audio system or headphones. This Digital to Analog Audio Converter accepts all PCM digital audio and converts to stereo analog audio. With all of the inputs the serious user will need; USB, toslink and coaxial digital audio, this unit will connect to virtually any audio source. www.parts-express.com The #1 Source for Audio, Video and Speaker Building Components!

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Wednesday, November 23, 2011

New 3 RCA Composite S-video R/L Audio to HDMI Converter

!±8± New 3 RCA Composite S-video R/L Audio to HDMI Converter

Brand : sunvalleytek | Rate : | Price :
Post Date : Nov 23, 2011 12:08:15 | Usually ships in 1-2 business days


Composite and S-video to HDMI Converter with Scaler:
Converting CVBS, S-Video, AUDIO (L/R) signal to HDMI signal
Support to add analog devices to HD home theatre system
Scale up Composite Video or S-Video to HDMI 720p for strong image quality
Motion Compensated 3D Wavelet Video Coding Technology is applied to offer saturated and vivid images
Audio input integrated into HDMI output and support audio output through 3.5mm headphone jack
Compatible with NTSC and PAL (automatically detected)
Simultaneous input of both CVBS and S-Video signal
Support to switch between CVBS and S-Video signal
Compatible with HDCP and HDMI1.2
CE and FCC approvedInterfaces:
S-Video In: Connect to S-Video source (such as DVD and VCD player)
Video In, Audio R In, Audio L In: Connect to Composite Video source by AV cable
DC/5V: Connect to power supply
Audio out: Connect to earphones or speaker
HDMI Out: Connect to HDMI display

  • HDMI output: 720p@60Hz
  • Supported TV system: NTSC, PAL
  • Product dimension: 5.0*4.2*1.4 inches, Product weight: 270g
  • Package includes: 1 x Composite and S-video to HDMI Converter 1 x Power supply (US plug) 1 x User manual
  • Brand New Product! Full 12 months warranty!

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Friday, November 18, 2011

VGA to RCA (Composite) Vs VGA to YPbpr (Component)

!±8± VGA to RCA (Composite) Vs VGA to YPbpr (Component)

How do you connect your Computer to your TV?

Recently there is a lot of commotion about people dropping their cable companies and just plugging in their TV's into their computers and watching cable through their computers via Netflicks, Hulu, and about a thousand other providers out there. personally, I only watch a few shows and have no reason to pay for TV all day long if I only watch a couple hours a week. So the idea of plugging my computer into my TV is awesome. However, If people are anything like me, then they don't have nice fancy TV's that natively take the VGA or DVI connection from the computer.

When I looked at the back of my TV I found that my TV didnt have the connections I needed. All I have on my computer is that useless VGA connection (useless for my TV anyways...). Then the only connections I got on my television are Composite (RCA) or Component (YPrpb). A majority of people just give up at this point, but there are some of us that don't want to accept the reality of our situation, I wanted to connect my computer to my TV, and didn't care what I had to do.

Upon doing a little research I found you can get some little conversion boxes that turn that pre-assumed useless VGA connection into something useful. However, I found myself at a cross roads. On one hand there were the VGA to Composite converters. On the other hand there was the VGA to Component converters. Sure there are lots of little features on each that seem nice, but the major thing I noticed up front was, the price. Component is like, five times as expensive! It can't possible be worth it right?

If I must choose, which is best?

Upon doing a bunch of research, checking with friends, and a bunch of other stuff I was able to get the low down on these mysterious converters. What it really boils down to what you need it for. If you only wanted to watch YouTube videos or simple things like PowerPoint presentations where its all standard video or large text, then by all means get the VGA to Composite converter. I found that the VGA to Composite's quality is going to be somewhere around a nice VHS which is just fine for most applications. The reason it drops in quality so much is simply your going from a VGA connection which is a type of High-Def connection down to a composite which maxes out at a screen resolution of 480i. (Example: Your Nintendo Wii maxes out at this unless you have component connections)

To put that in perspective, on your computer screen, if you change that to 1024x768 (which is relatively low for most new computers) that resolution is going to be rather close to 720p. So that conversion to your TV is going to be a very large jump, going from 720p to 480i. For a lot of people this is like a night and day difference. Regardless on how nice your RCA converter is, it just wont look as great as the VGA connection. A lot of times you will see on pages saying that one is better then the other, but in reality, they are all the same, you just get some extra bells and whistles sometimes.

If you are wanting to surf the Internet, check your email, and pretty much do everything you do on your computer, on the television, then your going to want to go for a better connection like Component, HDMI, DVI, or a direct VGA connection. There are converters for each of these, and DVI can be natively converted right into HDMI if you got the connections. (Side note: You can get single link and dual link DVI to HDMI, little known secret is that, they are exactly the same despite what they may tell you.)

In my case, I don't have a fancy TV with those connections so I was mostly looking into VGA to Component. With component your going to get a very clear picture that you can usually set up to 720p or 1080i (people debate on which looks better so I list both). You will be able to surf the Internet and do whatever you would like to do on your computer on your TV just fine. Of course its not going to look as good if you were natively viewing a VGA to VGA or HDMI to HDMI connection but it will look way good. So depending on what you would like to use it for would be which one you would purchase.

If you're strapped for cash and all you want to do is watch YouTube or simple slide shows in a classroom, then composite would work great. If you want a high quality picture and you got a few extra dollars then by all means, go for component or better. You will be much more happy with the better connection, even though it does cost a bit more.


VGA to RCA (Composite) Vs VGA to YPbpr (Component)

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Tuesday, November 15, 2011

Wirelessly Connect Your PC to Your Stereo Or TV

!±8± Wirelessly Connect Your PC to Your Stereo Or TV

Caveat

Before I start I'll mention that I prefer to use a wired connection whenever possible. Wireless is subject to many sources of interference particularly in urban and some suburban areas where there are many different wireless signals that can interfere. Interference can come from cell phones and cellular phone towers. Even wireless devices in a nearby neighbor's home or apartment can cause interference.

Let's Get Started

I will show how to connect your PC wirelessly to your television. The best device I've been able to find for transmitting wireless audio to your stereo also includes a video adapter. The GWB-4000 Wireless PC to TV System by Grandtec was designed to allow computer presentations, games, and Internet browsing to be professionally shown on televisions or video projectors. The device is currently sold online for 9. (Wired connections can be done for under ).

Grandtec provides with a complete with all the cables and connectors you need to connect your PC to your television and stereo system. They also include manuals for setting everything up, but I'll discuss the process all the same.

Setup: Safety First

Remember to turn off your computer, stereo, and television when setting up this connection. Make sure the entire connection process is completed before turning on any of these devices. There's little risk of hurting yourself, but your home electronics are much more sensitive.

Setup: The Basics

The Grandtec GWB-4000 has two boxes. One connects to the audio and video outputs on your computer, and the other box can be connected to the audio and video inputs of your television, or to the audio inputs on your home stereo. If you have a home audio-video receiver as part of your home entertainment system, the box can be connected to it as well. Each box has its own power adapter.

As with all wireless devices, they work best when there are few obstruction between the transmitter and the receiver. The GWB-4000 has a range of 125 to 150 feet, but too many walls and heavy appliances directly between the two boxes will reduce the reception quality. I've found microwave ovens and refrigerators put up the greatest interference. Try to imagine a line drawn straight between the two boxes and observe if any appliances are directly on that line. If yes, try to position the boxes so the imaginary line is as unobstructed as much possible. Position the two boxes as close to one another as possible.

Setup: The PC Side

The GWB-4000 kit has a box which connects to the back of your computer. Though the box has a range of 100 feet try to position it so there are few obstructions between it and the box that connects to your television.

Looking at the picture at right, you connect the provided PC audio (sound) cable to the lime-green colored line out connection on the back of your PC, and the other end of that cable goes to the mini phone stereo connection on the box.

If you are connecting to your television, disconnect your computer's monitor cable from the back of the PC, the attach the provided VGA pass-through cable to the same connection on the PC. The other end of the cable connects to the scan converter connection on the box. You'll see there's a connection remaining on the pass-through cable for reattaching your PC's monitor.

Connect the power adapter to the PC box and wall outlet or power strip/surge protector.

Setup: The TV Side

The TV box: The box that connects to the television or stereo has composite video out connection (yellow). Attach the provided composite video cable from that connection to the video in connection on your television or home audio-video receiver. They also have an alternate S-video connection. Use the S-video cable if you can for better picture quality.

There are red and white RCA audio (sound) connections oon the box. Attach the RCA cables provided to the appropriate color connection (red to red, white to white) and do the same to the any available audio in on your television or stereo.

Some of the more expensive stereo receivers and television sets have multiple connections, and you may see connections labeled "Video In 1" and "Video In 2". If you are using the GWB-4000 kit for audio and video make sure if you connect to "Video In 1" that you also use "Audio In 1". Mismatching numbers will either result in video without sound, or sound without video.

Turning It All On

Turn on your computer and your stereo or television and follow the instructions provided with the kit for getting the best sound and picture results possible for your setup. There are several different channels your GWB-4000 can transmit on, and you'll want to find out which gives you the best results. Some urban areas might have more sources of interference. Also, be careful not to have the volume up to load on your TV or stereo, the initial volume levels on a PC can be loud and could damage your audio system on your TV or stereo, so always start out at a low volume before turning it up.

If you have any trouble, you might try contacting a home theater specialist in your area to help out.


Wirelessly Connect Your PC to Your Stereo Or TV

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Thursday, November 10, 2011

How do I affiliation a Digital to Analog TV Converter?

Step 1 Purchase an RCA DTA800 Converter from your favorite retailer beginning in 2008. Step 2 Connect your TV antenna to the Converter. Then connect your Converter to the TV. Step 3 Turn it on and enjoy your favorite TV programs! Check out www.keepmytv.com

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Monday, November 7, 2011

The Simple Facts About the Digital TV Transition

!±8± The Simple Facts About the Digital TV Transition

By now you may have heard that February 17, 2009 is that date when the change will take place, but the fact is that date is the deadline when the major broadcasting stations must stop broadcasting the analog signals and must make the change to digital. This means that many of the stations are already broadcasting the digital signal now.

There are three ways in which people receive a TV signal.

o Using a Satellite provider
o Using a cable provider
o Over the air with either and indoor or outdoor antenna

The fact is that if you already have Cable or Satellite, the transition should not affect you at all. However if you are using an antenna, then there are some simple measures you will need to take in order to still receive a signal

Satellite already broadcasts, an all digital signal, and as long as you have a satellite receiver, nothing will change for you when the transition is made. Since a set-top box (receiver) is already required to receive a signal, all your sets will work fine regardless if the set is the newer digital type or the old analog type.

For those households that get their TV signals through their cable company, your current TV sets are connected to the cable either through a set-top box or the cable is plugged directly into your TV. People may also have some sets with boxes and others with just the cable connection

Since the FCC has agreed to allow cable companies to covert the new digital signals to analog signals that non-digital TV sets now receive, analog TVs in these cable homes will still be able to show a signal. Right now TVs will not require a set-top box until at least 2012.

As for the households without cable or satellite TV who still want to receive their TV signals for free, the answer is simple. All you need is an inexpensive DTV converter box, which will convert the new digital signals to analog signals. These boxes cost about .00 to .00 each, but homeowners can take advantage of the government coupon program that gives you a .00 credit toward the purchase of an approved convert box.

These boxes usually connect to the TV by way of the RCA jacks and you will need either rabbit ears or an attic or rooftop antenna to receive the signal into the box which then coverts the signal so that you can view the picture on the TV set. You do not have to go out and buy a new antenna if you already own one, because your existing antenna will work just fine. You will not have to replace your antenna with a DTV antenna, so don't be fooled into buying something you don't need.

There is one more option for over the air TVs and that is simply by a DTV with a built in tuner, and you will be able to receive the digital signal. Since almost all DTV sets are now HDTVs, you will have the added bonus of being able to receive any broadcast High Definition signals, which greatly enhances the picture. You will still however, need an antenna.

Here is one more bonus for those of you receiving your signal over the air; you will receive extra programming because of the multicast sub-channels that many broadcasters have to accompany their main broadcast channel.

In conclusion, as long as you make use of any of the three methods for receiving and converting the signals mentioned above before February 17, 2009, you won't be without a TV picture on your set.


The Simple Facts About the Digital TV Transition

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Saturday, October 29, 2011

What's the Difference Between HDMI Cable and Component Cables?

!±8± What's the Difference Between HDMI Cable and Component Cables?

Over a short length, the cables don't make a difference. What is different is that in the case of the component cables, the TV has to convert the component analog signal to digital. In the case of the HDMI cable, the signal is already digital. So there may be a perceptible difference if the TV doesn't do the conversion well.

Putting aside picture quality, the reason you should use the HDMI cable is that it carries the HDCP signals, component does not. If the source device, say a cable box, looks for the HDCP handshake, and doesn't get it, it Will not output an HD signal. So if you want to watch HBO in HD from a cable box, you have to use HDMI or DVI.

I use the component cables. Then again, I spent about on them (gold plated ends, large conductors, thick shielding, etc) for both the video components and audio channels. And, I bought them a few years ago, before HDMI cables were even around. The difference in performance between top-end component video cables and HDMI cables is negligent. But, if you just use standard RCA cables - like the cheap ones the cable TV company gives you - you won't get as good of quality as the HDMI cables.

As HDMI cable connections become more and more widely used, we are often asked: which is better, HDMI or component video? The answer, as it happens, is not cut-and-dried.

First, one note: everything said here is as applicable to DVI as to HDMI; DVI appears on fewer and fewer consumer electronic devices all the time, so isn't as often asked about, but DVI and HDMI are essentially the same as one another, image-quality-wise. The principal differences are that HDMI carries audio as well as video, and uses a different type of connector, but both use the same encoding scheme, and that's why a DVI source can be connected to an HDMI monitor, or vice versa, with a DVI/HDMI cable, with no intervening converter box.

The upshot of this article--in case you're not inclined to read all the details--is that it's very hard to predict whether an HDMI connection will produce a better or worse image than an analog component video connection. There will often be significant differences between the digital and the analog signals, but those differences are not inherent in the connection type and instead depend upon the characteristics of the source device (e.g., your DVD player) and the display device (e.g., your TV set). Why that is, however, requires a bit more discussion.

Several people a day are searching for an interconnection solution by trying to connect HDMI to Component outputs through a cable for their high-definition equipment. Unfortunately, this isn't a matter of rearranging wires and having the right type of connector. There is a fundamental analog versus digital incompatibility problem similar to the upcoming digital broadcast TV switchover versus your current rabbit ears that receive analog broadcast signals. They aren't compatible and leave people confused just like the poor fellow in the commercial.

Component video is based on an analog format. With analog signals, the voltage signal on the wire is in a wave format and how the wave changes in height is what is important. Theoretically it has an infinite number of values between zero and the maximum, somewhat like the variable windshield wipers I had on an old Thunderbird. With the HDMI or DVI format, these are based on digital signaling. Digital as you probably have heard, uses ones and zeros with a series of pulses all at the same height and they are either present or missing. At the other end, processing equipment reassembles the information. In a 4-bit binary coding, you can have 1 of 16 different values as 4 1's and 0's assembled as a group can have 16 different combinations. So equipment at the other end of the cable that is detecting signals and looking for analog sine waves would put out total gibberish if it just received pulses of 1's and 0's.

Some solutions are very easy. If an HDMI or DVI output is available on both boxes, use those. The difference between DVI and HDMI is that HDMI caries the audio in addition to the video signals. But DVI is just as good and other than the expense of an extra audio cable, that will solve your problem. If you were trying to use the Component outputs because you already had the HDMI port tied up, they make HDMI switch boxes that are fairly inexpensive where you can plug multiple HDMI cables in on one side with one output on the other.

Via component cables an analog signal is transfered. HDMI is digital. Among other things this has the following advantage: As long as the data is transferred correctly you have the perfect image data arriving at your TV. There won't be a single pixel difference in what the 'sending' device puts out and what reaches your TV. Component signals (as all analog signals) can vary in quality and you can get disturbances.

So actually: At first glance HDMI cables might appear more expensive than component cables, but that's not entirely true. For HDMI the requiered quality of the cable is related to the length you need. If you only need to cover a short distance (two or three meters) a cheap cable will give you the best possible result that could ever be achieved by any means ... it's digital ... the cheap cable has no influence on the image quality ... just like the network cable your computer uses to hook up to the inet has no influence on the image quality of videos you download / stream.

Of course this doesn't mean component is bad: Among affordable analog video connections it's probably by far the best, but HDMI just has the advantage of not having to care about the signal being unintentionally "affected" by outside influences during transfer. So if you can: HDMI is the better choice.


What's the Difference Between HDMI Cable and Component Cables?

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