D-Link DIS-M100G-SW User Manual

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D-Link DIS-M100G-SW User Manual

Product Highlights

Rugged, Hardened Design

Designed to operate in wide temperature ranges, withstand vibration and shock, which allows the media converter to be deployed in enclosures or cabinets in outdoor locations.

Easy Installation

Simply plug & play with DIN rail mounting ability.

Redundant Power Input

Redundant power input ensures network uptime should a power supply fail.

DIS-M100G-SW

Industrial 10/100/1000Base-T to SFP Media Converter

Features

Flexible Availability

SFP port for long distance connections

Plug and Play installation

Robust and High-Redundancy Design

Fanless, passive cooling design

Wide operating temperature (-40 ~ 70 °C)

High EMC endurance

Durable IP30-rated housing

Dual power input for redundant power supplies

Environmental Test

Shock - IEC 60068-2-27

Freefall - IEC 60068-2-32

Vibration - IEC 60068-2-6

CE/FCC

LVD (EN60950-1)

The Industrial 10/100/1000Base-T to SFP Media Converter turns an Ethernet connection into fibre, extending allowing for ultra-fast long-distance connections. The DIS-M100G-SW media converter is housed in a highly resistant IP30-rated metal casing to protect the media converter from harsh environmental conditions. Meanwhile, the fanless design extends the life of the DIS-M100G-SW while also being able to operate in a wide temperature range from -40°C up to 70 °C. For increased flexibility, the DIS-M100G-SW can also be mounted on a DIN rail or conveniently mounted on a solid surface wall. In addition, the DIS-M100G-SW supports dual power input which allows for a redundant power supply configuration to make sure the media converter continues to operate in the event of a primary power supply failure.

ExtendYour Network

Fibre optic speeds are critical to success, but twisted-pair cabling can only go so far. Using D-Link’s converters you can change a twisted-pair Ethernet connection into a single-mode or multi-mode fiber connection that can go much further. Converters for distances of anywhere from 550 m to 80 km allow you to optimise your selection.

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