Vizio M370VT 37" Class Edge Lit Razor LED LCD HDTV Model: M370VT UPC: 845226003523
Description: The VIZIO M370VT HDTV features full 1080p high-definition resolution with Razor LED backlighting for brilliant color and contrast in a razor thin design that's less than 1.62" thin. This sleek HDTV delivers superior audio using SRS TruVolume? and SRS TruSurround HD? audio for advanced virtual surround sound and offers four HDMI? ports for the ultimate in connectivity. This exceptional model also exceeds ENERGY STAR? 4.1 Guidelines to reduce energy consumption and has built-in ambient light sensing technology, which automatically adjusts backlight levels to the brightness of its surroundings.
Minimize
37" (viewable) widescreen display delivers great 16:9 aspect ratio and up to 1080p resolution
Edge Lit Razor LED backlighting with Smart Dimming delivers brilliant clarity in a razor thin design
4 HDMI?, component, composite and VGA inputs for a variety of connection options
120Hz Smooth Motion technology delivers sharper clarity of fast action scenes for blur free images
SRS TruSurround HD delivers immersive virtual high definition surround sound
SRS TruVolume eliminates volume inconsistencies between programming
ECO HD? exceeds the ENERGY STAR? 4.1 Guidelines, saving you money and limiting environmental impact
V-Chip and parental controls allow you to control what your children watch
Dimensions with stand: 23.92x35.34x8.42" (HxWxD)
Dimensions without stand: 23.92x35.34x1.61" (HxWxD)
Specifications
Dimensions
Product Height
22.14 inches
Product Width
35.34 inches
Product Depth
1.61 inches
Product Weight
35.27 pounds
General Features
Model
M370VT
Product Type
Flat-panel TVs
Enclosure Color
Black
Remote Control Features
Technology
IR
Miscellaneous Features
Supported Languages
English
Connections
HDMI with HDCP in (4)Antenna in (1)RCA composite video in (1)Component video in (1)VGA (1)RCA L/R analog audio in (2)RCA L/R analog audio out (2)1/8" audio in (1)USB (1)
Compliant Standards
CSA/CSA-US, FCC Class B, BQB, Energy Star 4.1, ATSC Spec A/65, EIA/CEA-766-A
