Technologies
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Turbo Ring : 20 ms fast fault recovery
Moxa first made a name for itself as a world leader in industrial networking ring technologies. Turbo Ring is the backbone of our self-healing innovations, conferring fast, 20-millisecond-or-better fault recovery onto a full load of 250 switches in any of three basic topologies. Turbo Ring is an efficient means for automation engineers to reduce redundancy planning and cabling costs while simultaneously ensuring the reliability and high availability of your industrial network.
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Turbo Chain: Beyond Redundant Rings
First released in 2009, Moxa's Turbo Chain significantly extends ring topologies, expanding these network backbones much more flexibly, economically, and conveniently than traditional ring coupling allows. Turbo Chain can be adapted to virtually any environment to deliver the most cost-effective solutions around, empowering you to create complex Ethernet solutions with the strong reliability and assured availability of full ring redundancy.
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Uw Ethernet Netwerk op een kostenefficiënte wijze uitbreiden: HET KAN !
HET KAN met de nieuwe series Unmanaged Switches van Moxa; HET KAN kostenefficiënt, maar ook ruimte efficiënt, eenvoudig, bedrijfszeker en kwalitatief daar deze unmanaged switchen ook QoS(Quality of Service) ondersteunen.
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Turbo Roaming
Truly Uninterrupted Train-to-Ground Communications
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Serieel naar USB kabels die werken
Heb je ook regelmatig problemen met je Serieel naar USB kabels ?
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The Easy Way to Convert Modbus RTU to Modbus TCP
The Easy Way to Convert Modbus RTU to Modbus TCP
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Wat moet ik gebruiken: Mgates of NPorts ?
Er is af en toe verwarring als men Modbus RTU seriële apparaten wil koppelen met een SCADA. Al dan niet gebruikt makend van het Ethernet-netwerk. Heeft men dan een specifieke protocolconversie gateway nodig? Bijvoorbeeld een Mgate MB3180 of MGate MB3170. Of kan men een seriële device server gebruiken ? Zoals bijvoorbeeld een model uit de NPort 5100 serie of NPort 5100A serie.
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Unmanaged Industrial Switches in Promotie
Momenteel zijn er bij Technolec een aantal Unmanaged Industrial Switches in promotie.
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MQTT—Enabling Edge-Device Connectivity in the IIoT Era
What Is MQTT? The MQTT messaging protocol was first developed in 1999 by IBM and Cirrus Link, and was accepted as an ISO standard in 2013, starting with version 3.1. MQTT uses a publish-subscribe pattern (see Figure 2) to exchange messages. As illustrated in the figure, an MQTT system comprises one broker and several clients, where clients can either be publishers or subscribers. Publishers send data to the broker in the form of MQTT packets, which consist of a “topic” and “payload.” The broker then distributes the data to subscribers based on which topics they have expressed interest in. The MQTT protocol does not specify a standard format for transmitting data, although it is common for applications to use either the JSON protocol or plain text. Compared with other protocols, MQTT has advantages that make it a perfect match for IoT applications.
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Implementing Industrial Cybersecurity on Your Serial-to-Ethernet Devices
To establish a solid foundation for network security, this checklist lists security measures that you need to implement when configuring your serial-to-Ethernet devices.
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An Insider’s Guide to Bringing Your Serial Devices to the IIoT
In this guide, we illustrate four practical challenges you need to know about and useful tips on how to choose the most suitable interconnectivity devices to bring your serial devices to IIoT applications.
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