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VGA to DVI Converter


VC160A
MSRP: Quote Upon Request
  • Converts analog VGA signals to DVI output
  • Multiplatform support – Windows and Mac
  • Supports dual power sources – VGA port or power adapter (in case the VGA port cannot provide sufficient power)
  • Smart Video Display – Image quality is optimized based on the available resolution of the output device
The VC160A is a VGA-to-DVI Converter that lets you view VGA source data in DVI output display. It uses dual power
sources – from the VGA port and a power adapter. The VC160A is compact, flexible and convenient to install – with no software required. It supports a wide range of resolutions for a more enjoyable quality video experience.

Package Contents

  • 1x VC160A VGA to DVI Converter
  • 1x Power Adapter
  • 1x User Instructions
  • Converts analog VGA signals to DVI output
  • Multiplatform support – Windows and Mac
  • No software required – eliminates incompatibility and installation issues
  • Compact and lightweight
  • Supports dual power sources – VGA port or power adapter (in case the VGA port cannot provide sufficient power)
  • Superior video quality – up to 1080P (HDTV) or 1920x1200 (PC)
  • Automatically detects video input signals (indicated by LED)
  • Smart Video Display – Image quality is optimized based on the available resolution of the output device
  • Screen Position Button – screen position can be adjusted and restored for each output resolution
Video Input
Interfaces1 x HDB-15 Female (Blue)
Impedance75 Ω
Video Output
Interfaces1 x DVI-D Female (White)
Impedance100 Ω
Video
Max. Pixel Clock165 MHz
Max. ResolutionUp to 1920 x 1200
Connectors
Power1 x DC Jack
Power ConsumptionDC5.3V:1.64W:8BTU
Environmental
Operating Temperature0 - 50 ºC
Storage Temperature-20 - 60 ºC
Humidity0 - 80% RH,  Non-Condensing
Physical Properties
HousingMetal
Weight0.15 kg ( 0.33 lb )
Dimensions (L x W x H)7.90 x 7.81 x 2.44 cm
(3.11 x 3.07 x 0.96 in.)
Carton Lot10 pcs
NoteFor some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.