IIoT Architectures
Industrial Edge & Cloud Computing
Focus on Industrial Edge
Edge computing utilizes a distributed computing model to bring processing power and data storage closer to locations in the factory to improve response times, save bandwidth and reduce network latency. Often used in conjunction with cloud computing , it provides companies more flexible and agile capabilities, increases operational efficiency and reduces risks/costs in industrial IoT applications.
SFP, QSFP or CFP? Which optical transceiver is best?
Optical transceivers are widely used in networking hardware installations, with different modules used for specific applications. While they …
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Enabling optimum use of existing data
Cloud-based applications are providing opportunities for more resilient and flexible network management options, enabling them to make better …
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Industrial Edge impact on smart manufacturing
Industrial Edge technologies are making an impact on smart manufacturing. In this special report, industry experts comment on …
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How Industrial Edge technology fuels digital transformation
Edge computing facilitates data processing at the edge of a network, close to the edge devices, and avoids …
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SPE: enhanced cloud access to sensors and peripherals
SPE, short for Single Pair Ethernet, is expected by many to revolutionize the way modern industrial communication networks …
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Ethernet-APL: the future of process automation connectivity
Competition and cost pressures combined with Industry 4.0 have made device health status, operations analytics and predictive maintenance …
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Data optimization at the edge with local data processing
The industrial world is being driven to more and more “close integration” from sensors to the cloud. Industries …
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Industrial Edge: remote access methods and security
Remote access to assets at the industrial edge iimproves flexibility for many workflows in diagnostics and maintenance. This …
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