The Best TV Buying Guide By WB20TV
Welcome to WB20TV (World’s Best 20 TVs) where we will help you choose the best TV for your needs!
What You Need to Know Before Buying a TV
Buy tech gadgets might be a men’s thing, but women are also getting into the action. One of the common gadgets bought across the world is the television. Today’s technological advancements have however made this gadget more than just a simple audiovisual electrical appliance. People are looking for the extras that make a certain type of TV and exceptional gadget worth buying.
Choosing a TV used to be all about the screen size and the price, which was soon followed by the quality of display. These three elements still take the first three spots in the list of things to look for in a good television. However, the modern TV has more to offer than just these three elements. Talk about HDMI, WIFI, and Bluetooth, inbuilt DVD players, split view, internet access and so much more. With such features, the field of selection is now broader and this complicates things especially for those who do not know what to look for in a good TV. You might want to consider the following tips if you are planning to buy a TV.
The TV Display Options
While the best TV is one that has a flat screen for better viewership from various angles, issues of the screen do also touch on the resolution, refresh rate, and quality of view (HD display). All these features are important especially if you consider the different audiovisual entertainment options in the market that include 3D viewing.
Take time to consider why you want to buy the TV (base it on the entertainment purposes, is exclusively for movies or general television broadcasts?) answering this question will help you choose the best TV. Take a keen interest in the refresh rate, with the ideal choice being a TV with a high refresh rate, which means it will have a clearer and smoother display of pictures when they are in motion.
A HDTV is currently the ideal choice of TV for any intended use. However, other additional feature like 3D viewing HDMI connectivity, WIFI, USB ports, and other nifty features seen in some TVs make them an exceptional choice for uses that range from office presentations to small home theater entertainment (home movie nights).
On the same subject of display, you will have to think of either a plasma or LED TV, though plasma TV are currently considered a dying technology because LED TVs are lighter, brighter, thinner, and use less energy.
Size of the TV
The size of all TVs is measured diagonally across the screen. The right measurement will not include the bezel or frame of the screen, but will start for the one corner of the screen diagonally across to its opposite corner. Screen will come in various sizes ranging from as small as 7inches to as big as 90+ inches. However, the ideal size based on research done suggest that a TV of around 55inches is the ideal choice for a family TV.
Where You Intend To Place the TV
The element of size has had a hand in determine the possible options in terms of location for today’s televisions. In fact, size and the less bulky design in most TV make it possible to place the TV in various locations. A big TVs will be ideal for big room and the smaller the room the smaller the TV, a fact based on the distance people will sit from the television. Then again, the furniture in the room and much space left might have a direct effect. A room will little furniture can do well with a slightly bigger TV but it should be in an ideal location that offer an optimal view to all.
LCD TV vs LED TV: Which Is Better?
Have you ever found yourself looking at TVs in your local Best Buy and feeling completely clueless when it comes to the differences between the various televisions displayed?
If so, you are not alone. Consumers world wide have little understanding when confronted with the debate about which is the superior system — LCD vs LED? Let’s take a minute to clear the air and find out what is truly the differences between LCD vs LED.
LCD and LED TV’s and monitors are much alike except for their light sources. They both use liquid crystal display panels which either block light or permit it to pass through in order to produce images. Both employ filters that remove all but the red, blue and green portions of the light.
Despite these similarities, however, there are several differences that affect the contrast and display qualities. For instance, as their source of light LCD televisions and monitiors use CCFL, which stands for “cold cathode fluorescent lamps” as their source of light. These are arranged along the rear portion of the screen.
LED, on the other hand, uses light-emitting diodes. These diodes are placed in three different arrangements: Edge lighting, dynamic local dimming, and full array. Since these diodes are considerably smaller than the CCFL of the LED screens LED televisions and monitors are thinner and weigh less.
When compared to older generation televisions and monitors, both LCD and LED get very high marks. They each provide much higher quality images while using far less energy. Even so, there are differences when you compare LED vs LCD in both quality of picture and energy efficiency.
Early LCD televisions were unable to keep up with fast moving images. The result was a display muddy colors. While this improved, it wasn’t until LED that the problem was completely solved. LED televisions and monitors produce images with greater dynamic contrast because the diodes are controlled individually – a real technological leap forward.
Because the light emitting diodes take longer to heat up than the CCFL, LED televisions and monitors generally consume 20% to 30% less energy than the LCD models. Because they produce less heat, it means they also produce less environmental pollution.
To sum it up, when it comes to LCD vs LED, which is the clear winner? The trophy must go to LED televisions and monitors. After all, LED is really just a newer and improved version of older LCD technology. The changes made in the way the back lighting is produced, however, has both improved the picture quality and the energy efficiency.