Affinity 24" Ultra-Thin LED 1080p HDTV w/ Built-in DVD Player

Bring the best in entertainment home with Affinity! This ultra-thin 24" LED Full HD 1080p HDTV boasts a built-in DVD player, full 1080p high definition picture resolution, an ultra-thin bezel and two HDMI ports. Perfect for the kitchen counter, work room, camper or bedroom; this innovative LED TV brings home entertainment to a whole new level!
Full 1080p High Definition Picture
View stunning full 1080p high definition picture resolution on the 24" LED screen which includes an ultra-thin bezel.

Ultra Slim Design
This space-saving entertainment solution is perfect for any room. The HDTV includes a tabletop base or it can be wall mounted (mount sold separately).

Built-in DVD Player
Bring the cinema home with the built-in, space-saving DVD player. In addition to DVD's, the DVD Player supports music CD's and photo CD's.

HDTV Tuner
The built-in HDTV Tuner offers high definition over-the-air digital playback.

Single Full-Function Remote
You will have one less remote to worry about as the included remote controls both the television and the built-in DVD player.

Two HDMI Ports
With the two HDMI ports you can connect up to two electronic devices with 1080p resolution including video gaming systems, Blu-ray players, cable boxes, and more simultaneously.

HD Gaming Ready
Battle aliens, save the kingdom and dance the night away in high definition with your gaming console.

You will receive
  • Affinity LE2439D 24" Ultra-Thin LED Full HD 1080p HDTV with Built-in DVD Player
  • User Manual
  • Quick Setup Guide
  • AC Adapter and Cord
  • Remote Control with Batteries
  • Tabletop Base
  • Installation Insert
  • Tabletop Base Instructions
  • Registration Insert

Dimensions without the Tabletop Base: 14.5"H x 22.6"W x 2.25"D
Weight without the Tabletop Base: 10 lbs
Dimensions with the Tabletop Base: 16.3"H x 22.6"W 6.2"D
Weight with the Tabletop Base: 12 lbs

Warranty: One year limited warranty provided by Affinity.
Warranty Support: 1-888-777-0450
Display/Panel
Type LED-LCD
Screen Size 24" measured diagonally
Aspect Ratio 16:9
Resolution 1080p (920x1080p)
Refresh Rate 60Hz
Contrast Ratio 1000:01
Brightness 250 cd/m2
Response Time 5ms
Viewing Angle 160 degrees vertical; 170 degrees horizontal
Audio
Speakers Two Built-in Speakers
Total Audio Output Two Speakers x 3 Watts
Connectivity
HDMI Two ports
Component One port
Composite One port
Headphone One Port
Other One PC/VGA port, One RF Antenna port, One PC Audio In port, One SPDIF Digital ouput,
TVs    29Under    

TV Glossary:

Aspect Ratio: The aspect ratio determines how you see an image on your television screen. The aspect ratio of an image is the ratio of the width of the image to its height, expressed as two numbers separated by a colon. The two most common aspect ratios for televisions in the United States are 4:3 which is used for standard-definition video formats and 16:9 which is used for high-definition video formats. The 16:9 image format is the same aspect ratio used in widescreen movies and is commonly referred to as "widescreen." Other aspect ratios exist, but are used very infrequently.

Watching a 16:9 or wide-screen format DVD or video on a TV with a 4:3 aspect ratio will produce those familiar black bars (letterbox bars) on the top and bottom of the screen. Conversely, viewing a program presented in 4:3 aspect ratio on a TV with a 16:9 ratio will produce similar bars on either side of the screen. Viewing a widescreen DVD or video on a TV with a 16:9 ratio will produce an image that fills the screen form top to bottom and side-to-side. Thankfully, many TVs have features that allow for adjusting the aspect ratio to suit your viewing preference or match the presentation of the program you are watching.

Contrast Ratio: This refers to the difference between the brightest whites and the darkest blacks a TV can display. The key thing to consider is how "black" your blacks will be. A higher contrast ratio means a deeper black. In addition, a higher contrast ratio also means you can have more ambient light in the room without washing out the on-screen color.

DLP Technology: DLP technology is an advanced imaging system that uses an optical semiconductor to manipulate light digitally. Simply put, it's a small chip that contains up to 2 million micro-mirrors. These tiny mirrors can reflect a digital image onto a screen or other surface with remarkable clarity, color and brightness. The drawback? DLP sets require periodic bulb changes at approximately 10,000 hour intervals. Bulbs can be expensive. Luckily, they do not have to be replaced very often.

Frame Rate: A TV's frame rate describes how many times it makes a complete picture on the screen every second. Again, the higher the number, the faster images are processed. This makes a difference when watching fast-moving action or playing fast-paced video games with lots of action. The two most common numbers you'll see are 720p and 1080i.

What do the 'I' and 'p' mean? The 'I' indicates that the TV draws images using an interlaced method. The 'p' indicates that the TV draws images using a progressive scan method. In general, progressive scan renders images faster and produces a more detailed, more film-like image.

HDMI:High-definition multimedia interface, or HDMI, is a type of connector cable that carries both all-digital audio and video signals over a single cable, eliminating the need for separate cables to connect your audio and video components. No more tangled mess of cables! In addition, HDMI cables deliver the best possible digital quality signals for both audio and video.

Resolution: This refers to the number of pixels being used to project an image. Generally, the larger the numbers, the better the resolution and the picture quality.

Response Time:This refers to the time it takes a pixel to change state from black-to-white-to-black again. In general, the faster the response time, the better the picture, especially when viewing fast action in movies, sports, and video games. Plasma and CRT televisions have virtually instantaneous response time, while LCD models tend to be a bit slower. The slower response time can result in what is referred to as "image lag" or a slight blurring of fast-moving images.