BenQ MW814ST DLP projector specs (3D)

General

• Projector type DLP projector
• 3D Yes
• Built-in components Speaker
• Dimensions (WxDxH) 11.3 in x 9.2 in x 44.9 in
• Weight 6 lbs
• Features BrilliantColor ,
  PJlink ,
  DLP 3D Ready ,
  Crestron RoomView

Display

• Image Brightness 2500 ANSI lumens
• Image Contrast Ratio 4000:1
• Image Size 80 in - 300 in
• Throw Ratio 0.49:1
• Resolution WXGA - 1280 x 800 (native) / 1600 x 1200 (resized)
• Native Aspect Ratio Widescreen
• Color Support 1.07 billion colors
• Max Sync Rate (V x H) 120 Hz x 102 KHz

Lens / Optical

• Lens Aperture F/2.6
• Keystone Correction Direction Vertical
• Vertical Keystone Correction -30 / +30

Video Input

• Analog Video Format NTSC,
  SECAM,
  PAL
• Analog Video Signal RGB,
  Composite video,
  S-Video
• Digital Video Standard High-Definition Multimedia Interface (HDMI)
• Video Modes 1080i,
  1080p,
  480p,
  720p,
  576p,
  576i,
  480i

Audio

• Type speaker(s) - Integrated
• Sound Output Mode Stereo
• Output Power / Channel 10 Watt
• Speaker(s) 1 x Mixed channel

Expansion / Connectivity

• Interfaces 1 x S-video input - 4 pin mini-DIN,
  1 x Composite video input - RCA,
  1 x Audio line-in - RCA phono x 2,
  1 x RGB output - 15 pin HD D-Sub (HD-15),
  1 x Serial RS-232 - 9 pin D-Sub (DB-9),
  1 x USB - Mini-USB Type B ( Management ),
  1 x Audio line-out - Mini-phone stereo 3.5 mm,
  1 x HDMI - 19 pin HDMI Type A,
  2 x Component video / RGB input - 15 pin HD D-Sub (HD-15),
  1 x Microphone input - Mini-phone 3.5 mm,
  1 x Network - RJ-45

Operation

• Lamp Type UHP 220 Watt
• Lamp Life Cycle 4500 hour(s) / 6000 hour(s) (economic mode)
• Power Device Power supply - Internal
• Voltage Required AC 120/230 V ( 50/60 Hz )
• Power Consumption Operational 270 Watt
• Power Consumption Operational (standby) 1 Watt
• Sound emission 33 dB
• Sound Emission (economic mode) 26 dB

Included accessories

• Projector accessories Wireless remote control
• Cables 1 x VGA cable

DLP

• DLP/LCD technology statement Instead of having glass panels (LCD) through which light is passed, the DLP chip's surface is made up of thousands of tiny mirrors each representing a single pixel.