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Audiovox 10.1" LCD Portable DVD Player w/ Swivel Screen & USB Port - 443-022


Retail Value: $129.71
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443-022 - Audiovox 10.1'' LCD Portable DVD Player w/ Swivel Screen & USB Port
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Audiovox 10.1" LCD Portable DVD Player w/ Swivel Screen & USB Port

An innovative and portable way to stay entertained! The Audiovox 10.1" LCD Portable DVD Player incorporates the latest state-of-the-art electronics, and is designed for use in hotels, offices, homes or vehicles. Its compact, fold-able design allows you to take it on the road at a moment's notice, while its sleek swivel screen adds style and function to any space!

You will receive
  • Audiovox 10.1" LCD Portable DVD Player w/ Swivel Screen & USB Port (DS2038)
  • Remote Control with Battery
  • AC Adapter
  • DC Power Adapter
  • AV Cable
  • Instruction Manual

Features
  • Chic 10.1" LCD swivel screen display
  • The sophisticated swivel screen rotates 270° for an optimal viewing experience
  • Impressive 16:9 aspect ratio creates a crisp, clear picture
  • Internal rechargeable lithium-polymer battery provides up to three hours of continuous playback time
  • Compatible with DVD, VCD, CD, CD-R, DVD-RW, JPEG, Kodak Picture CD and more
  • Complete with play, pause, stop, fast forward playback, fast reverse playback and more
  • Operates with a 9-12 VDC power supply
  • Inputs: One 3.5mm audio video input, one USB input and one SD card slot
  • Outputs: One 3.5mm audio video output and one 3.5mm headphone jack

Dimensions: 1.8"H x 10.2"W x 7.2"D
Weight: 2.8 lbs
Made in China

90 day limited warranty provided by Audiovox (1-800-645-4994)

29Under    LCD    Portable    



Q. What different types of HDTVs are available and how do they compare to one another?
A. Rear Projection DLP, and Flat Panel LCD, Plasma and LED have their pros and cons.

Rear Projection (DLP)

  • Good to excellent picture quality
  • Sizes from 40" to 73"
  • Generally less expensive than flat panel TVs
  • Bigger, heavier, bulkier than LCD and plasma models
  • Flat Panel LCD

  • Excellent picture quality
  • Available in small screen sizes (under 32")
  • Can double as computer monitor
  • Thin, lightweight
  • Generally less expensive than plasma
  • Relatively narrow viewing angle
  • Pixel response can be slow, causing blurred motion, particularly when using the screen for video gaming or other high-demand activities
  • Flat Panel Plasma

  • Superior picture quality to LCD, though it is debatable
  • Screen sizes up to 70" or more
  • Thin, lightweight
  • Wide viewing angle; looks good from almost any angle
  • Faster pixel response; better for gaming and fast action sports
  • Generally more expensive than LCD
  • Slight risk of "burn-in", in which a static image becomes "burned" into the screen permanently
  • Q. What type of TVs use a lamp?
    A. Rear Projection DLP TVs use a lamp, with the typical lamp life ranging from 5,000 to 8,000 hours. With normal use, that translates to many years of TV viewing. You may never need to replace your DLP TV lamp (depending on how long you own the TV), but if you do, the typical replacement lamp costs around $200.

    Q. What is screen resolution?
    A. Resolution refers to the number of pixels being used to project an image. In general, the larger the numbers the better the resolution and the picture quality. Current HD programming tops out at 1920 x 1080 pixels. In fact, HD is generally about six times sharper than standard TV, and can be as much as ten times greater.

    Q. What's the difference between 720p, 1080p, and 1080i?
    A. 720 and 1080 refer to horizontal pixel counts. Both 1080p and 1080i HD broadcasts offer higher resolution than 720p broadcasts. 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. This means 1080p offers the highest quality currently available.

    Q. What do the "i" and "p" mean?
    A. The letters "p" and "i" indicate the picture-scanning method - progressive or interlaced. In interlaced scanning, the on-screen image is created in two split-second passes, drawing all the odd-numbered lines first then going back to fill in all the even-numbered lines. In contrast, progressive scanning draws each frame sequentially in a single pass to create a smoother, cleaner picture. So, progressive scanning is theoretically better than interlaced scanning.

    Q. What do I need to watch HD broadcasts?
    A. Your choices for watching HDTV are via over-the-air broadcasts, cable or digital satellite.

    Over-the-Air Broadcasts

  • HD-compatible TV
  • HDTV (ATSC / digital) tuner - separate unit or built into TV
  • Indoor or outdoor UHF or UHF/VHF antenna
  • Local HDTV broadcasts (free)
  • Cable HDTV

  • HD-compatible TV
  • HD-compatible cable box (or TV with built-in digital cable tuner: QAM or CableCARD-ready)
  • HD programming (subscription required)
  • Digital Satellite HDTV

  • HD-compatible TV
  • HD-compatible satellite receiver
  • HD-compatible satellite dish
  • HD programming (subscription required)
  • Q. What's the difference between a "3D-ready" and a "3D-capable" TV?
    A. 3D-ready TVs come with the necessary emitter built-in; 3D-capable TVs do not, so you'll need to add on a separate one for 3D-capable TVs.

    Q. What do I need to watch 3DTV at home?
    A. You'll need a TV labeled "3D-ready" or "3D-capable", a pair of 3D glasses for each person watching, and a 3D video source such as a 3D Blu-ray movie.


    Q. What different types of HDTVs are available and how do they compare to one another?
    A. Rear Projection DLP, and Flat Panel LCD, Plasma and LED have their pros and cons.

    Rear Projection (DLP)

  • Good to excellent picture quality
  • Sizes from 40" to 73"
  • Generally less expensive than flat panel TVs
  • Bigger, heavier, bulkier than LCD and plasma models
  • Flat Panel LCD

  • Excellent picture quality
  • Available in small screen sizes (under 32")
  • Can double as computer monitor
  • Thin, lightweight
  • Generally less expensive than plasma
  • Relatively narrow viewing angle
  • Pixel response can be slow, causing blurred motion, particularly when using the screen for video gaming or other high-demand activities
  • Flat Panel Plasma

  • Superior picture quality to LCD, though it is debatable
  • Screen sizes up to 70" or more
  • Thin, lightweight
  • Wide viewing angle; looks good from almost any angle
  • Faster pixel response; better for gaming and fast action sports
  • Generally more expensive than LCD
  • Slight risk of "burn-in", in which a static image becomes "burned" into the screen permanently
  • Q. What type of TVs use a lamp?
    A. Rear Projection DLP TVs use a lamp, with the typical lamp life ranging from 5,000 to 8,000 hours. With normal use, that translates to many years of TV viewing. You may never need to replace your DLP TV lamp (depending on how long you own the TV), but if you do, the typical replacement lamp costs around $200.

    Q. What is screen resolution?
    A. Resolution refers to the number of pixels being used to project an image. In general, the larger the numbers the better the resolution and the picture quality. Current HD programming tops out at 1920 x 1080 pixels. In fact, HD is generally about six times sharper than standard TV, and can be as much as ten times greater.

    Q. What's the difference between 720p, 1080p, and 1080i?
    A. 720 and 1080 refer to horizontal pixel counts. Both 1080p and 1080i HD broadcasts offer higher resolution than 720p broadcasts. 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. This means 1080p offers the highest quality currently available.

    Q. What do the "i" and "p" mean?
    A. The letters "p" and "i" indicate the picture-scanning method - progressive or interlaced. In interlaced scanning, the on-screen image is created in two split-second passes, drawing all the odd-numbered lines first then going back to fill in all the even-numbered lines. In contrast, progressive scanning draws each frame sequentially in a single pass to create a smoother, cleaner picture. So, progressive scanning is theoretically better than interlaced scanning.

    Q. What do I need to watch HD broadcasts?
    A. Your choices for watching HDTV are via over-the-air broadcasts, cable or digital satellite.

    Over-the-Air Broadcasts

  • HD-compatible TV
  • HDTV (ATSC / digital) tuner - separate unit or built into TV
  • Indoor or outdoor UHF or UHF/VHF antenna
  • Local HDTV broadcasts (free)
  • Cable HDTV

  • HD-compatible TV
  • HD-compatible cable box (or TV with built-in digital cable tuner: QAM or CableCARD-ready)
  • HD programming (subscription required)
  • Digital Satellite HDTV

  • HD-compatible TV
  • HD-compatible satellite receiver
  • HD-compatible satellite dish
  • HD programming (subscription required)
  • Q. What's the difference between a "3D-ready" and a "3D-capable" TV?
    A. 3D-ready TVs come with the necessary emitter built-in; 3D-capable TVs do not, so you'll need to add on a separate one for 3D-capable TVs.

    Q. What do I need to watch 3DTV at home?
    A. You'll need a TV labeled "3D-ready" or "3D-capable", a pair of 3D glasses for each person watching, and a 3D video source such as a 3D Blu-ray movie.




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