Edge computing allows organizations to process more data and generate more complete insights, which is why it is quickly becoming standard technology for organizations heavily invested in IoT. In fact, IDC reports that the edge computing market will be worth $34 billion by 2023.
Listen to this interview with Harshang Pandya on the development of Single Pair Ethernet standards and applications. Read the full article at: http://www.cablinginstall.com
EXFO’s founder and majority shareholder Germaine Lamonde says the company will go private or remain operating as a standalone public company, but won’t sell to VIAVI.
Ethernet-APL is an extension of the specification for Single-Pair Ethernet (SPE) based on 10BASET-1L, which can support every higher-order Ethernet communication protocol. By making adjustments to the physical layer, the requirements necessary for reliable operation in process-related plants are satisfied.
This webinar will describe a challenge to data accessibility in critical applications including building automation, process automation, and industrial manufacturing. We will show how the roadmap for Ethernet technology toward Single Pair Ethernet helps to address these challenges, and what integrators and end users can do in their project planning today to ensure their systems are future-ready.
IO-Link and Single Pair Ethernet, two recent networking protocols for improved industrial connectivity
Industrial improvement and efficient transformation allow you to remain competitive. In this article, we look at two keys areas of IO-Link and Single Pair Ethernet and how they support IIoT deployments and deliver Industry 4.0 effectiveness.
There are numerous efforts to take Ethernet to the edge devices but network fragmentation has resulted in multiple communication networks coexisting in building automation – heating, ventilation and air-conditioning (HVAC) applications use Modbus, access control uses BACnet, lighting uses LonWorks and fire safety uses Ethernet. Single Pair Ethernet offers a simplified solution that could support all these devices and offer direct accessibility for the control system, status updates, predictive maintenance, standardized hardware and interoperability across various systems.
Single-pair Ethernet (SPE) is a case where less is more: an Ethernet connection with one pair of streamlined wires rather than two or four pairs. This means power and data can digitally […]
20 meters. That is the maximum distance between an IO-Link master port and an IO-Link device using a standard prox cable. By using SPE, we gain the Ethernet cable length advantage. So, instead of being limited to 20 meters, your IO-Link cabling could stretch to 100 meters! Imagine the opportunities that opens in industrial applications. It is possible that even longer runs will be achievable.
Cabling in high-performance data centers is a real challenge! Rosenberger’s whitepaper focuses on the topics of spine-leaf architecture, overlay networks and spine-leaf fiber optic cabling.