- Quicksand visuals videos drivers#
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- Quicksand visuals videos windows#
Doing so improves data use in client applications and how applications use data from server applications.
Quicksand visuals videos drivers#
OPC drivers and interoperability technologies continue to become more intelligent in acquiring data from equipment and using the data to auto-generate content within the driver. The M2M trend in manufacturing automation is to use data more effectively to improve operations and efficiency. OPC UA will likely cross into new markets, such as medical devices, smart grid, and the manufacturing sector. The OPC Foundation is developing and managing a standard set of operating system independent communication interfaces (Stacks). It supports Microsoft Windows, Linux, and a variety of embedded operating systems that M2M technology vendors can leverage.
OPC UA is independent of the platform and operating system.
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Software and networking suppliers work closely with the OPC Foundation as the group continues to create new standards such as OPC Unified Architecture (UA). Open standards and specifications ensure interoperability for M2M communications in manufacturing. OPC supports open connectivity in industrial automation and the enterprise systems for industry. The OPC Foundation is crucial to the M2M initiative in manufacturing by adapting and applying standards and technology specifications of the general computing market for manufacturing industry-specific needs.
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Additionally, operating systems that support M2M manufacturing have expanded to include Microsoft Windows Desktop, Server and Embedded (Windows CE and Windows NT/XP Embedded).
OPC and embedded device communications have evolved tremendously, specifically in the areas of communication drivers for automation controllers, I/O connections, and field devices. (Continuous manufacturing also is referred to as process control.) In M2M manufacturing, there’s a focus on connectivity within all manufacturing operations and among all systems in a manufacturing facility. Most production facilities use some form of M2M for industrial automation in manufacturing facilities.Īs it stands today, industrial M2M plays a key role in the automation of manufacturing processes that are usually under the control of PLCs, in discrete and continuous manufacturing processes. Low-powered wireless systems enable connections to machines and devices that were not easily monitored with previous technologies. Wireless communications have become a desirable alternative to direct wired connections. Thanks to advances in information technology, manufacturers can deploy low-power, low-cost wireless communications. Controllers communicate laterally to other local controllers in sequential manufacturing operations, or they send and receive status and command signals from a central controller. Local control can be used for safety functions such as light curtains and safety doors, eliminating the need for a safety bus. To help improve a machine’s response times, logic functions are pushed down to the device level to achieve better local control. Industrial M2M will enable distributed intelligence and local control. A new generation of intelligent, component-based automation machines and devices is beginning to emerge.
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