Contents
04
Industrial Ethernet
Introduction
ATOP’s added value
04
05
30
Industry-Specific Ethernet Switches
Power Networking: IEC 61850-3
IEC61850-3 DIN-Rail Managed Gigabit Switch
IEC61850-3 Rack-Mount Managed Gb Switch
Railway Networking: EN50155
EN 50155 Railway Unmanaged Switches
EN 50155 Managed Switches
30
32
33
34
38
39
11
Entry level Switches
Unmanaged Entry-Level Switches
Unmanaged Smart Secure Switches
Unmanaged Gigabit PoE Switches
11
13
15
40
Secure Routers
Introduction
All-in-one Secure Router and L3 Secure Sw.
40
41
16
Harsh Environments Switches
Introduction
Unmanaged Harsh Environments Switches
Layer-2 Managed DIN-Rail Switches
Layer-3 Managed Switches
Layer-3 Managed DIN-Rail Switches
Secure Layer-3 Managed Switches
Rack-mount Managed Switches
Modular Concept
Switch Core Platforms
Modules
16
17
18
21
21
23
25
25
26
27
42
Industrial Wireless
43
Media Converters
02.
ATOP’s Industrial Networking Catalogue
Industrial
Ethernet
Introduction
The latest trend in Industrial Automation is the
vision of “Industry 4.0” that was originated by
the German government to create the “Smart
Factory” based on the concept of computerized
manufacturing. This recent vision of industrial
advancement involves creation of the cyber-
physical system (CPS). The CPS closely linkes
and coordinates the physical components in the
real world with the software or computational
components in the cyber world to create a
mechanism that is controlled and monitored by
computer-based algorithms. CPS requires a lot
of data exchange among various components
in the system. The smart factory with the
cyber-physical system can be constructed with
the recent technologies such as the Internet
of Things (IoT) and the cloud computing. It is
envisaged that by the end of the twenty-first
century, the smart factory will have more than a
billion connected devices. This, therefore, raises a
lot of concern on the reliability and the security of
network communications.
While Ethernet based networks became the
backbone of Industrial Automation, Serial
Communication remains relevant to connect
legacy devices with the latest equipment.
Wireless-based communication is becoming a
more reliable and trustable solution not only for
application where physical wiring is a problem,
but also for customer who require minimal
network setup and ease of use.
ATOP is a leading company into the design
and manufacture of Industrial networking
devices.
We have an entire suite of offerings
for both wired and wireless networking. Our
range extends from entry level products to high
level products. ATOP offers reliable, secure,
and cost-effective solutions for all demanding
applications. Our Industrial Ethernet switches
with additional advanced features like security,
redundancy (through RSTP, ERPS, or MRP
Rings), QoS management, VLAN management,
LACP link aggregation/port trunking, and Layer-3
routing, provides a backbone to ensure that all
information will go through reliably and securely.
04.
ATOP’s Industrial Networking Catalogue
ATOP’s added value
a) Reliability
Modern day factories cannot afford any downtime.
Unreliable networks lead to delay in production which
is not acceptable in the Industry 4.0 era. These events
unfortunately do happen.
ATOP’s products that are very reliable with 25 -years
MTBF (mean-time-between-failures) helps in reducing
the risk. It’s not enough.
To further minimize the event
of downtime we have products that provide redundancy
features. In an event of link or device failure, ATOP’s
Smart-Redundancy Feature detects the failure and
relay’s the cause of the failure back to the control center
and automatically recover from such failure thereby
providing continuous operation.
Whether a network switch fails or a communication link
gets broken, ATOP’s device with Ethernet Ring Protection
Switching (ERPS), Rapid Spanning Tree Protocol (RSTP)
and Media Redundancy Protocol (MRP) ring settings
restores the operation and network connectivity
instantly.
ATOP’s Industrial Networking Catalogue
.05
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