D-Link DIS-100E-5W, DIS-100E-8W, DIS-100G-5W, DIS-100G-5SW, DIS-100G-5PSW User manual

CONTENTS

Introduction	03
D-Link Industrial Switches	07
Deployment Scenarios	08

•Smart Transportation

•Smart Factory/Smart Warehouse

•Smart Campus/City

End-To-End Industrial Networking			16
•	DIS-100E	(Industrial Fast Ethernet Unmanaged Switches)	17
•	DIS-100G	(Industrial Gigabit Unmanaged Switches)	18
•	DIS-200G	(Industrial Gigabit Smart Managed Switches)	19
•	DIS-300G	(Industrial Gigabit Managed Switches)	20
•	DIS-700G	(Industrial Layer 2+ Gigabit Managed Switch)	21
• DIS-M100G-SW		(Industrial 10/100/1000Base-T to SFP Media Converter)	21
•	DIS-S	(Industrial optical SFP transceivers)	22
•	DWM-312/312W	(4G LTE M2M Router)	23
•	D-ECS	(D-Link Edge Cloud Solution)	23
•	DIS-H/N	(Industrial DIN rail power supplies)	23

Why D-Link

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Introduction

An Introduction to Industrial Ethernet Switches

What Are Ethernet Switches?

Ethernet Switches are used all over the world. They are primary linchpins for sending and receiving information on telecom, enterprise, and office networks. They send and receive data from devices such as PCs, Servers, Wi-Fi Access Points, Surveillance Cameras, and other Ethernet Switches. Usually, they are deployed in buildings or climate-controlled spaces. They use copper or fibre-optic cabling as their transmission medium.

What Are D-Link Industrial Ethernet Switches?

D-Link Industrial Ethernet Switches have primarily the same necessary technological capabilities as standard Ethernet switches, but they’re built to higher standards in terms of connection reliability (enabled a backup power supply) and redundancy (through our Rapid-Recovery Ring architecture) than standard Ethernet switches, while also being ruggedised for deployment in harsher environments, such as those often encountered around industrial facilities, or in situations that are not climate controlled, such as outdoor cabinets.

Introduction

What Makes Them Special?

	Toughness	Convenience	Reliability
			Redundancy

Toughness

D-Link Industrial Ethernet Switches are built to tolerate harsher conditions than most standard switches in terms of temperature, dust, lightning strike, vibration, corrosion, electromagnetic interference, and even impact (so it can withstand a fall from a potential failed mounting).

Convenience

The abovementioned tolerances mean that special climate-controlled spaces don’t need to be built or in-place to house these switches. They can be installed in areas that industrial facilities are likely to already have, such as electrical closets, and mounted onto common local architectural elements, such as wall railings. And what’s more, with Power-over-Ethernet (PoE) capabilities enabled on specific models, these switches can be used to power other devices such as cameras, VoIP phones, and Wi-Fi Access Points, facilitating their deployment in areas where they might lack access to a standard wall socket.

Reliability/Redundancy

Ethernet networking enables a higher degree of redundancy than older proprietary Industrial standards allow. Standard Ethernet switches employ Ethernet Ring Protection Switching (ERPS) architecture for redundant failover, which can re-route network transmission in the event of a failure in 50 milliseconds. This is adequate in most standard cases because the most demanding applications that most enterprise and telecom networks are likely to carry is live video streaming, where 50ms is the human perception threshold for noticing a “hiccup” on a live transmission.

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However, there are a growing number of applications that an Ethernet switch might be asked to carry, either now or in the near future, that would demand faster failover – precision manufacturing, train routing, drone/robotic control, augmented reality, and any other application where lagtime might be problematic or dangerous. And D-Link’s Rapid-Recovery Ring architecture can reduce this latency by 60% while increasing the redundancy potential by more than tenfold.

What Else Can They Do?

Standard industrial communication has historically used proprietary analogue standards and equipment, which are often quite slow by modern standards, and don’t scale very well. Industrial Ethernet gives you more flexibility in terms of adding new

devices and equipment, and in re-arranging connected topology of what you already have. Industrial Ethernet also enables you to unify the network you are using for your factory-floor with the standard Ethernet network that you’re already for Wi-Fi coverage and other office functions, making for a single infrastructure that is inherently easier to maintain and repair moving forward, while also better enabling the integration of the data you are collecting from your Internet of Things (IoT) devices on the factory floor with the analytics capabilities you have in your office.

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Questions You Might Have

Is it Future-Proof?

Ethernet is the world’s dominant networking technology, and this is not likely to change for the foreseeable future. And what’s more, most current Industrial Ethernet applications are not bandwidth-intensive and use only a fraction of what Ethernet technology is capable of, and this is also not likely to change. In other words, an Industrial Ethernet switch bought today will still likely be in use tomorrow, and perhaps even in use in 20 years.

Is it Secure?

With all the news about prominent data breaches, one might be tempted to think of Ethernet as an insecure technology. But the fact is that many legacy industrial communications systems and standards have already been compromised (many were created before cyber crime was a concern), and it is inherently easier to secure a system from the ground up than it is retroactively. Industrial Ethernet systems can also be encrypted, and isolated from the rest of your infrastructure, and can have additional layers of security added if you so

desire. There is a no better or easier option for securing your industrial network available today than Ethernet.

What about Wi-Fi for IoT?

The proliferation of IoT sensors has given the old 802.11n Wi-Fi standard new life, thanks to its meagre equipment costs and low power consumption. It’s a tried and tested technology well-suited for lowbitrate data transmission that isn’t timesensitive, which is common in IoT scenarios. If a higher bitrate IoT connection is needed, the new Wi-Fi 6 standard (802.11ax) is now available. It was designed with IoT in mind and can handle a much higher density of connected IoT devices than previous generations, while also providing stronger security and backwards-compatibility with older Wi-Fi standards.

And if you’re seeking wireless robotic control, Private 4G/LTE is the way to go. It features the kind of ultra-low latency, reduced interference, and enhanced security you want in a robotics application while laying the groundwork for potential Push-to-Talk (PTT) unification (using consumer-grade smartphones) down the road.

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D-Link Industrial Switches

D-LINK Industrial Switches

D-Link Industrial Switches are more than just electronic hardware, they’re vital infrastructure. Rugged, reliable, easy-to- deploy, and fast-to-recover, our DIS-series encompasses Fully Managed, Smart Managed, and Unmanaged solutions, all certified against vibration, shock and free-fall. With their highly-durable IP30-rated metal casing, and high electromagnetic compatibility (EMC) and temperature tolerances, the DIS series is ready to serve, and built to last.

Extreme Heat and Cold Tolerance

Our DIS switches handle extreme temperature fluctuations and can cold-start at extreme lows.

*Check product documentation for details on operating temperature.

Key Features

•Rapid Failover (20ms).

•IP-30 Ingress Protection.

•Wide Operational Temp: -40°to 75°C

•Redundant dual power inputs.

•Certified for Vibration, Shock, and Freefall.

•Compliant with UL, CE, and FCC.

•Power-over-Ethernet (PoE) support.

•Diverse mounting options (DIN Rail, Wallmount, Rackmount)

•5-year warranty, 10-year replacement & components

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Deployment Scenarios

Key Scenarios

Industrial Automation

Rapid-Recovery Ring architecture enables sub-20ms mission-critical failover suitable for precision manufacturing.

Smart Campus/City Surveillance

Ample bandwidth for 4K/8K video streaming, while temperature and moisture tolerances enable deployments in outdoor cabinets, and PoE support simplifies the wiring for both switches and cameras.

Smart Warehouse

Versatile mounting options, Power-over- Ethernet (PoE) capabilities, and dust, impact, and vibration tolerances make these switches suitable for remote deployment in warehouses and other remote logistics sites, while RapidRecovery Ring ensures continuous operation.

Smart Transportation

Versatile and capable enough to handle a variety of duties in roadside, motorway, transit hub and railway scenarios.

Smart Parking

Sufficient reliability and bandwidth for all the functions necessary to automate a parking lot, including License Plate Identification, Electronic Payment, Gate Operation, driver guidance, and more.

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