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Sony Presents New Product Line

sony imageAt the Sony dealer show in Las Vegas this week, several new product lines for home theater design were disclosed, including , networked Bravia HDTVs Blu-Ray players, A/V receivers, and Home Theater Systems. Though these exciting upcoming releases have been introduced, most of them will not be available for purchase until later this year.

The latest version of networked Bravia LCD HDTVs has been dubbed the W-series. The TVs from this series use Motionflow120Hz technology and the BRAVIA Engine 3, which both contribute to a smoother, clearer, sharper picture. Models include the 52-inch KDL-52W5100, 46-inch KDL-46W5100, and 40-inch KDL-40W5100.

Among the Blu-Ray players that were shown are a couple of stand-alone players, which range from $300-350. These models are the BDP-S360 and BDP-S560, which both deliver full HD 1080/60p and 24p True Cinema output and will be available summer 2009. Two other players are the DVP-FX730 and DVP-FX930, portable DVD players that are priced at $130 and $190 respectively.

The HT-SS360 is an integrated A/V receiver, which supports full HD 1080p video and high-resolution audio, costing $350 and available in May 09. In addition, the STR-DN1000 receiver ($500) is available July 09 and includes four HDMI inputs and three component inputs, analog connections, and S-Air technology. Other models of this receiver range from $150-300.

The newest Sony home theater systems include models BDV-E300 and BDV-E500W. These are Blu-Ray sony_davdz860w1home theater systems which boast wi-fi capability for using BD-live access and S-Air wireless audio compatible systems. They also feature Sony’s Digital Media Port which allows for music playback options for diverse accessories. The BDV-E300 costs $600 and is S-Air ready, but optional modules must be purchased separately. However, the BDV-E500W costs $800 and is integrated with various S-Air capabilities, which allow audio to be transmitted up to 164 feet away from the main system for rear surround sound speakers or up to 10 AirStation devices in the home. Three other home theater systems presented were the DAV-HDX587WC, DAV-HDX589W, and DAV-HDX285 systems, which range from $300-430, run on 1,000 watts, and include a five-disc DVD/CD changer.

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March 5, 2009 Posted by | General Information, New Products | , , , , , , , , , , , , , , , , , , , , , , , , , | 2 Comments

All you need to know about buying a HDTV and more

glossary_pic_with_wordsSo you know that it’s time to shop for a new television. You also know that you want a big, beautiful, colorful, clear picture and a booming and well-balanced sound, so why can’t the product specs tag say just that? Sorting through the list of impressive numbers and lingo can be a labyrinth for someone who is unfamiliar with what these terms actually mean. Let’s get down to business with some of these commonly used descriptions and find out what really matters when shopping for a high-definition TV set:
HDTV: High-Definition Television. This is the high-resolution subset of our HDTV system. The FCC has no official definition for HDTV. The ATSC defines HDTV as a 16:9 image with twice the horizontal and vertical resolution of our existing system, which is accompanied by 5.1 channels of Dolby Digital audio. The CEA defines HDTV as an image with 720 progressive or 1080 interlaced active (top to bottom) scan lines. 1280:720p and 1920:1080i are typically accepted as high-definition scan rates.
SDTV: Standard Definition Television. This is the lower resolution subset of the ATSC’s DTV system. 480i is typically accepted as an SD signal. Digital broadcasters can offer multiple sub-programs at SDTV quality, as opposed to one or two HD programs. Digital satellite and digital cable often refer to the majority of their programs as SDTV, somewhat erroneously, as neither system has anything to do with DTV, though both, technically, consist of a digital 480i signal.
Plasma: Flat-panel display technology that ignites small pockets of gas to light phosphors. They are known for excellent image quality and superior color contrast.
LCD: Liquid Crystal Display. A display that consists of two polarizing transparent panels and a liquid crystal surface sandwiched in between. Voltage is applied to certain areas, causing the crystal to turn dark. A light source behind the panel transmits through transparent crystals and is mostly blocked by dark crystals. An LCD television is known for a bright and vibrant picture, but may give an inconsistent picture quality and color contrast from seats that are not directly in front of the screen.
DLP: Digital Light Processing. This is a Texas Instruments process of projecting video images using a light source reflecting off of an array of tens of thousands of microscopic mirrors. Each mirror represents a pixel and reflects light toward the lens for white and away from it for black, modulating in between for various shades of gray. Three-chip versions use separate arrays for the red, green, and blue colors. Single-chip arrays use a color-filter wheel that alternates each filter color in front of the mirror array at appropriate intervals.
Virtual surround sound: The television’s built-in speakers are not going to meet the same quality of a surround sound system that is purchased separately with several speakers. However, it will attempt to produce the equivalent of the sound of a home theater installation of surround sound.
Contrast: Relative difference between the brightest and darkest parts of an image. A contrast control adjusts the peak white level of a display device.
Black Level: Light level of the darker portions of a video image. A black level control sets the light level of the darkest portion of the video signal to match that of the display’s black level capability. Black is, of course, the absence of light. Many displays, however, have as much difficulty shutting off the light in the black portions of an image as they do creating light in the brighter portions. CRT-based displays usually have better black levels than DLP, plasma, and LCD, which rank, generally, in that order.
Energy Star qualified: The most recent rules are called Energy Star 3.0. These require the product to perform at a certain level of maximum power consumption when in use. It is best to find a TV that meets these guidelines. The older rules are not as strict on energy consumption, because they pertain to when the set is on standby, not when it is in use.

Aspect ratio: The ratio of image width to image height. Common motion-picture ratios are 1.85:1 and 2.35:1. Television screens are usually 1.33:1 (also known as 4:3), which is similar to the Academy standard for films in the ’50s. HDTV is 1.78:1, or 16:9. When widescreen movies (films with aspect ratios wider than 1.33:1) are displayed on 1.33:1 televisions, the image must be letterboxed, anamorphically squeezed, or panned-and-scanned to fit the screen.24p, or 1080p24: A set with this feature can show 24 frames per second, exactly the way movies are shot. Cinephiles may notice smoother, more cinematic images, but the feature works only with Blu-ray players connected by HDMI cables.
120 Hz: The display will smooth out motion, making scenes with action or a moving camera look sharper. Expect to pay more for these sets.
720p: The display has low resolution, but is still high-definition. Adequate for screens smaller than 40 inches, or ones meant to be watched from more than 12 feet away.
1080p: The display has high resolution. Good for screens larger than 40 inches, or ones used for gaming, as computer displays, or for Blu-ray playback.
Anamorphic: Process that horizontally condenses (squeezes) a 16:9 image into a 4:3 space, preserving 25 percent more vertical resolution than letterboxing into the 4:3 space. For the signal to appear with correct geometry, the display must either horizontally expand or vertically squish the image. Used on about two or three promotional laser discs and many DVDs. This may also be referred to as “Enhanced for Widescreen” or “Enhanced for 16:9.”
HDMI: HDTV connection format using a DVI interface that transfers uncompressed digital video with HDCP copy protection and multichannel audio.
VGA: An input for a computer video signal. Many newer computers can use the higher-quality HDMI inputs instead, so VGA is not essential even if you plan to connect your PC to your TV.
ATSC: Advanced Television Systems Committee. This is a government-directed committee that developed our digital television transmission system. The ATSC tuner allows reception of digital television signals broadcast in North America, and is typically a standard feature in HDTVs.
NTSC: National Television Standards Committee. This is a government-directed committee that established the U.S. color TV standard in 1953. Also known, sarcastically, as Never Twice the Same Color or Never The Same Color due to the inherent difficulty in achieving proper color calibration. The NTSC tuner is for analog broadcast TV. These signals will not be used after the digital conversion this year, so don’t pay attention to this feature.
Composite: This is a low-quality video connector for older game consoles and VCRs, which is not able to carry a high-definition signal.
Component: A high-quality, three-lead connector for game consoles, DVD players and cable boxes, which is able to carry a high-definition signal, but is not quite as good as HDMI.
As a custom audio video dealer we looking forward to bringing you home theater or mobile satellite dish to life.

January 30, 2009 Posted by | General Information | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , | 1 Comment

LCD vs. Plasma: The Battle is On

plasma vs lcdAdmit it. When shopping for electronics, some of us are more gifted and knowledgeable than others. There can be so many factors in the decision of which television to choose for your home theater system, such as size, type, brand, and so on. And now, the answer to the question we’ve all been waiting for: “Which is better, plasma or LCD?”

Advantages of Plasma plasmatv

Color.

A plasma screen displays color more vibrantly. The black is a deep ink color, which creates better color contrast. This is good for those who use multiple film sources because it gives a more cinematic and three-dimensional picture. People and things in the picture look more realistic on a plasma tv. Plasma is a good choice if you can control the amount of ambient light in the room. Pioneer and Pioneer Elite are two brands that are best known for the use of the deepest black screen color.

Unlimited viewing angle.

The image on a plasma screen is consistent when viewed from any seat in the room. Plasma maximizes brightness of color and contrast, unlike an LCD, on which the picture vibrancy may fade if you are not sitting directly in front of the screen.

No screen blur.

Plasmas do not blur or smear images from motion on screen, like LCD’s are prone to do. Plasmas are known for image clearness.

Lower cost.

In general, plasmas have been less expensive that LCD’s. However, this is not always the case for top-end and larger size models.

Advantages of LCD

Brightness.

In a well-lit room, the screen display of an LCD tv will perform with excellence in the category of brightness. If ambient light is not a strong point in the room, a plasma tv may be a better choice.

No glare.

The screen of an LCD is designed with a matte finish. This is a prime difference between it and the plasma television, and is often a matter of personal preference when making the decision between the two. Keep in mind that not every LCD is this way, so double check before purchasing.

No image retention.

An LCD has one up on the plasma, in that a plasma may retain the imprint of an image if it remains on the screen for too long. This is an issue that some manufacturers have tried to counteract by creating a screen saver that enables after a certain amount of time has passed to keep the screen of a plasma protected.

Energy efficiency.

Typically, LCD’s use less power than plasmas do per square inch, making them more eco-friendly and wallet-friendly. Again, manufacturers are aware of this concern for consumers and are therefore creating energy-saving models for both types of tvs, so the significance of this benefit for LCD’s is diminishing.

Your way, right away.

Currently, there seem to be more choice in variety, style, and size for an LCD due to more market presence. Plasmas are out there and are becoming more popular as well.

The Conclusion?

To sum it up, when purchasing a television, you get what you pay for. A higher end model of either LCD or plasma is a great investment long term if you can afford the price tag. Although LCD’s have been more expensive in the past, the price for larger televisions of both types are becoming closer and more competitive, as the focus has now been put on the product features and performance.

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January 17, 2009 Posted by | General Information | , , , , , , , , , , , , , , , , , , , , , , , , | 5 Comments