DVIGear
Transmitter and receiver together

4K SM Fiber Optic Extender, 1x LC

Model No: DVI-7314

Rugged, compact extender supports DVI or HDMI up to 4K /30p over one fiber. Range: up to 2 km (1.2 miles) on single-mode fiber, up to 500 m (1,640 ft) on multimode fiber.

Key Features

  • Supports DVI and HDMI v1.4 (not HDCP compliant)
  • Supports 4K (UHD) and resolutions up to 4096x2160 / 30p
  • Supports Single-Mode fiber optic cable lengths up to (1.2 miles / 2.0 km) and Multi-Mode fiber up to (1640 ft. / 500 meters)
  • Extends signals over a single strand of LC-terminated optical fiber
  • Low RFI / EMI profile for sensitive applications
  • Cutting-edge 10.3 Gbps SerDes enables extension using a single optical wavelength
  • Transmitter includes EDID memory to cache the EDID from any display
  • Optical fiber transmission is immune to environmental signal noise
  • Transmitter unit can be powered by DVI source in most applications

High Performance — The DVI-7314 is a high performance 4K Optical Extender that transmits high resolution DVI / HDMI signals over extreme distances using a single fiber optic cable. This extender supports HDMI v1.4 (non-HDCP) signals with resolutions up to 4K (4096x2160 / 30p) over cable distances up to 1.2 miles (~2.0 km).

Fiber Optic Extension — The extender set consists of an optical transmitter module that converts the DVI / HDMI signals into light pulses for transmission over a single strand of Multi-Mode or Single-Mode optical fiber cable. An optical receiver module converts the light pulses back to a DVI / HDMI signal for display on a monitor or projector. The transmitter unit includes an internal EDID memory that can acquire and store the EDID from any display.

Cutting-Edge Optics — Most single-fiber optical extenders transmit signals over multiple optical wavelengths, which can suffer from chromatic dispersion over long cable runs. To avoid this issue, this extender employs a cutting-edge, high-speed SerDes that combines the DVI / HDMI signal channels into a single uncompressed 10.3 Gbps bit stream. This enables the optical transmission of the signal over a single optical wavelength, which provides increased signal fidelity, stability and flawless image quality, regardless of cable length. These features make the DVI-7314 the ideal future-proof choice for systems designers and integrators who need to transmit high resolution DVI / HDMI signals over extreme distances.

Performance
Compliance

DVI v1.0, HDMI v1.4

Maximum Pixel Clock Frequency

340 MHz

Maximum Video Bit Rate

3.40 Gbps

Supported Color Depth

12-bit

Supported HDTV Formats

Up to 4K (4096x2160 / 30p)

Supported PC Resolutions

Up to 4096x2160 / 30p

Digital Audio Support

8 channel LPCM, 192 kHz, 24-bit audio capability

Connections
DVI Input / DVI Output

1x 18+1 DVI-D male connector

Optical

1x LC fiber optic connector

Power Inputs

1x 3.5mm jack

Optical
Optical Technology

1x High Speed Optical Channel (10.3 Gbps)

Optical Wavelength(s)

1310 nm

Optical Transmitter

Tx Module: 1310 nm FP Laser, Class 1 laser product

Optical Receiver

Rx Module: 1x GaAs PIN Photo Diode

Optical Transmitter Output Power

-6 dBm (minimum) / 0 dBm (maximum)

Optical Receiver Input Sensitivity

-14.5 dBm (minimum) / 0 dBm (maximum)

Optical Link Power Budget

8.5 dB (minimum)

Cable
Fiber Cable Type / Max. Length

9/125μ Single-Mode Fiber: > 1.2 miles (> 2000 meters) 50/125μ OM4 Multi-Mode Fiber:   > 1,640 ft. (> 500 meters) 50/125μ OM3 Multi-Mode Fiber:   > 1,000 ft. (> 300 meters)

DVIGear Fiber Cable

OFNP, Plenum-rated - additional data and custom lengths available on request

Cable Jacket

OFNP, Plenum-rated, Black PVC Jacket

Cable Outside Diameter

5.0 mm

DDC Support
EDID Support

An EDID memory built into the Tx module can learn and store the display’s EDID info.

HDCP Support

HDCP communications are NOT supported!

Mechanical
Construction

High-impact metal alloy enclosure with jet black finish

Dimensions (L x W x H)

2.7" x 1.6" x 0.6" (69.5 mm x 39.5 mm x 15.2 mm)

Net Weight

DVI-7314-TX: 2.0 oz. (56 g) DVI-7314-RX: 2.0 oz. (58 g)

Environmental
Operating Temperature

32° to +158° F. (0° to +70° C)

Storage Temperature

-40° to +185° F. (-40° to +85° C)

Operating Humidity

5% to 80% (non-condensing)

Storage Humidity

5% to 95% (non-condensing)

Power Requirements
Optical Transmitter

Tx module requires at least 320 ma of DC current from pin 14 of DVI (source) connector. The optional included external power supply may be used if needed.

Optical Receiver

Must be powered using the supplied external power supply

External AC Power Adapter

Input: 100-240VAC / 50-60Hz 0.2A Output: 5VDC, 3.0A

Power Consumption

DVI-7314-TX: 1.6 watts DVI-7314-RX: 1.4 watts

Regulatory Approvals
Fiber Optic Extender Unit

FCC, CE, RoHS

AC Power Adapter

RoHS, WEEE, DOE L-VI, FCC, EN55032 B, UL/CUL, CEC, CB, LVD, PSE, RCM, UKCA

Warranty
Limited Warranty

3 Years Parts and Labor

Model Numbers
DVI-7314

4K SM Fiber Optic Extender, 1x LC

DVI-7314-TX

4K SM Fiber Optic Transmitter, 1x LC

DVI-7314-RX

4K SM Fiber Optic Receiver, 1x LC

DVI-CUST-OPT

Optical Fiber Cable, Plenum-rated, 1x LC (specify length, select OM3 or OM4 50/125μ Multi-Mode, or select 9/125μ Single-Mode)

Accessories Included

2x External AC Power Adapters with USA plugs, 1x Quick Start Guide, 2x DVI Female to HDMI Male Adapter Cables (DVI-8511c)

Optional Accessories

International AC Power Adapter (DVI-7211-PS) with USA, Euro, UK, or Australia plugs

Product Notes

The Transmitter and Receiver Units are sold separately. The accessories shown here are included per unit.

Data Sheet

DVI-7313_DVI-7314_Data.pdf

Download

Quick Start Guide

DVI-7313_DVI-7314_QSG.pdf

Download

Application Drawing

DVI-7314_ApDrawing.pdf

Download

Technical Drawing

DVI-7314_Technical-Drawing.pdf

Download
Black wall-plug power supply with US prongs, its DC barrel plug lying in front plain and slim with a ribbed strain relief and no locking ring; the label reads DVI-7211-PS, output 5V 3.0A

Power Supply, +5VDC with Barrel Connector

DVI-7211-PS

+5 VDC at 3.0 A with a 3.5 x 1.35 mm barrel connector.