D927TW

Short-Throw Solution with Widescreen Appeal

Vivitek D927TW Front RightHero LowRes
Overview+-

The D927TW short-throw projector from Vivitek is the perfect answer small classroom or office settings. The Vivitek D927TW delivers sizeable projection operation with remarkable image quality in undersized fixed spaces, creating a 100" (diagonal) image less than 4-feet away. The D927TW features a brightness level of 2600 lumens, 2400:1 contrast ratio and Vivid Wheel III for bright and amazing color reproduction.
Vivitek D927TW FrontTop RightHero LowRes
Vivitek D927TW IO Ports LowRes

Key features

  • 2600 lumens of brightness with a 2400:1 contrast ratio
  • DLP® and BrilliantColor™ technologies from Texas Instruments
  • Top-loading, sliding cover for quick and easy lamp replacement
  • Connectivity options include: HDMI v1.3, two (2) VGA-in, composite video, S-video
  • Network-ready for integration and system administration via RJ45
  • Vivid Wheel III for improved color reproduction and automatic gain control
DLP® Technology

DLP® Technology

DLP (Digital Light Processing) is a display technology from Texas Instruments (TI). The technology inside is often referred to as DMD (Digital Micro-Mirrors). It consists of an array of mirrors where each mirror represents a pixel element. For example, a high-definition DLP projector or rear projector with 1920 x 1080 pixel resolution would have over 2 million tiny mirrors. Each mirror is attached to an electronically driven hinge that controls the amount of colored light that is reflected from
BrilliantColor™

BrilliantColor™

BrilliantColor from Texas Instruments is a multi-color processing technology that produces vibrant images. BrilliantColor technology uses up to six colors, instead of just the three primary colors, red, green and blue, to improve color accuracy and brightens secondary colors.
HDTV

HDTV

High-Definition Television. Generic term that indicates a higher resolution format than previous standards. At present, denotes anything higher than a 480p signal. Most common formats are 720p, 1080i and 1080p.
HDMI

HDMI

HDMI (High Definition Multimedia Interface) is an uncompressed, all-digital audio/video interface that supports audio/video sources such as a set-top box, DVD player, A/V receiver, and video monitors such as a digital projector or digital television (DTV). HDMI is backward compatiable with DVI 1.0 specification and supports HDCP.
Specifications+-
Native ResolutionWXGA (1280 x 800)
Brightness2600 ANSI Lumens
Contrast Ratio2,400:1
Max. Supported ResolutionUXGA (1600 x 1200) @60Hz
Native Aspect Ratio16:10
Lamp Life and Type3,000/4,000 Hours (Normal / Eco. Mode), 230W
Display TypeSingle chip DLP® Technology by Texas Instruments
Chip Size0.65” DMD
Throw Ratio0.35:1
Image Size (Diagonal)43.8"- 438"
Projection Distance0.5 - 5 m
Projection LensF = 2.87, f = 7.36 mm
Zoom RatioFixed Lens
Offset (Based on Full Image Height) 133%
Keystone CorrectionVertical +/- 15°
Speakers3W
Video CompatibilitySDTV(480i, 576i), EDTV (480p, 576p), HDTV (720p, 1080i/p), NTSC (M, 3.58/4.43 MHz), PAL (B, D, G, H, I, M, N), SECAM (B, D, G, K, K1, L)
I/O Connection Ports VGA-In (15pin D-Sub) (2), HDMI, S-Video, Composite Video, Audio-In (RCA), Audio-In (Mini-Jack), VGA-Out (15pin D-Sub), Audio-Out (Mini-Jack), RJ45, RS-232
Dimensions (W x D x H)335 x 256 x 102 mm
Weight3,5 kg
Noise Level34dB/29dB (Normal / Eco. Mode)
PowerSupply: AC 100-240V, 50/60Hz Consumption: 240W (Eco. Mode), 290W (Normal Mode), <1W (Standby Mode)
Standard Accessories
Optional Accessories
Warranty
Image gallery+-
Accessories+-

Replacement Lamp

Power: 230 W
Part number: 5811100784-SU

IR Remote Control

Part number: No
Documentation+-
Distance Calculator+-
Vivitek Projector Distance Calculator v2.0

 

>


 

A
A = <> <>
Fixed lens - on axis
Note on using the projector distance planning calculator and tips for projector installation:
Calculator accuracy +/-5%. The calculator is designed to help you plan your installation and find the right projector. It is not designed to provide exact dimensions. When calculating the throw distance, bear in mind that the distance is measured from the front of the lens to the projection surface, except for Ultra Short Throw projectors with a mirror system. Where possible, attempt to position the projector in the middle of the zoom range , which is where the optics is optimized for. Try to avoid the extreme outer boundaries as the projector lenses has variance and performance tolerances that could make the screen not being filled, or the image being larger than the screen, caused by small variances in the optical systems. If you need to be at the extreme outer boundaries, we recommend that you order the projector and test the actual distance in your environment before fixing any mounting parts to the wall or ceiling.