DVIGear DVI-7330 - Manual (Page 4)

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1. INTRODUCTION
The DVI-7330 is an HDCP compliant fiber optic transport system capable of
distributing high resolution DVI and HDMI signals over a single optical fiber with
cable lengths up to 300 meters (1,000 ft.).
DVI and HDMI input signals from a source device such as a PC, cable set-top
box, or Blu-Ray player are converted into light pulses by an optical transmitter
module for transmission over a single strand of multimode fiber optic cable. On
the display side, an optical receiver module converts the light pulses back to high-
speed serial data for display on a monitor or projector equipped with an HDMI or
DVI input.
These unique capabilities make the DVI-7330 an ideal solution for a wide range of
digital display applications that require flawless digital signal quality over very long
cable runs.
Our professional digital distribution products have been serving the industry
for over ten (10) years. DVIGear offers a full line of high-quality Digital Matrix
Routers, Switchers, Splitters, Video Scalers, Up/Down/Cross Converters, Format
Converters, Analog-Digital Converters, as well as a wide range of long-reach
Digital Cables, Extenders, and Optical Transmission systems.
Features
This product offers several unique features and benefits:
• Long distance transport of high-speed single-link DVI or HDMI signals
using a detachable, multi-mode fiber optic cable that can easily be pulled
through 1/2” conduit and can be terminated in the field.
• No copper cables are required. EDID and HDCP communications are
supported through the fiber optic connection.
• Cable distances up to 300 meters (1,000 ft.) can be achieved with one
multi-mode fiber.
• Supports HDTV resolutions up to 1080p/60 with 12-bit color and PC
resolutions up to 1920x1200 and 2048x1080.
• Supports digital bit-rates up to 2.25 Gbps/color, 6.75 Gbps total.
• Immune to environmental signal noise.
• Low RFI/EMI emissions for sensitive applications.
• Includes +5VDC External AC Power Adapters for both Transmitter and
Receiver units.