The DGX-I-DXF-MMS is a DXLink Fiber input board with field serviceable SFP modules designed for use with multimode fiber, and is compatible with the Enova DGX 8, 16, 32 and 64 Digital Media Switcher Enclosures. Use it as part of an integrated system to receive audio and video, over multimode fiber from up to 300 meters from a DXLink Fiber Transmitter. Fiber uses light to send data, rather than electric signals, making it both the highest quality and most secure way to transmit video as it is not susceptible to electronic noise or non-intrusive physical wiretapping. Further, by removing the fiber return path simplex models provide an added layer of security*
Larger Images
Common Applications
The Enova DGX DXLink Input Board is ideal for applications where the demands of high-resolution video clarity, long distance transmission and maximum security need to be met without compromise including campus-wide distribution of sources that are shared between classrooms, secure military applications, casinos, arenas and museums.
Features
- HDCP Compliance Over Fiber – Transmit HDCP compliant video including HDMI up to 300 m
- Industry Leading Data Rate – DXLink is leading the way with an optical transport rate of 10 Gbps
- Secure and Isolated – Fiber inherently provides extra security and electrical isolation making it the transport method of choice for many mission-critical secure environments
- Field Serviceable Fiber Modules – Easily remove and replace SFP modules in the field
*See Duplex models for bidirectional control over fiber. Simplex models do not support control transport over fiber (such as Ethernet, USB, IR, Serial Control or EDID); although when used as part of a complete Enova DGX solution, control can be provided if a supplemental independent network connection is used. See the "Instruction Manual – Enova DGX Digital Media Switchers" for details.
Documentation
-
Data Sheet
[335 KB]
-
Comparison Chart
[68.6 KB]
NOTE: The most current and complete specifications for this product are found in the data sheet. Specifications are subject to change.