Industrial-Grade Private Wireless Solution
November 1, 2020
Nokia's industrial-grade Private Wireless solution is designed to provide the scalability, flexibility and coverage needed to create a smart digital manufacturing facility. It lets users connect a large volume of machines, IoT sensors and data while taking advantage of automation with mobile robotics and new technologies like machine learning, AI and cognitive analytics. And it gives users a network that is fully primed for 5G.
Features and benefits include:
- Scalability: Provides the connectivity and capacity needed to cost-effectively expand a business
- Security: Block unauthorized access, maintain data privacy and protect intellectual property with a complete on-campus wireless solution that the user can control
- Flexibility: Make production process changes in real time
- Reliability: Provide the continuous connectivity and service continuity needed for business-critical operations, even in extreme environments
- Evolution to 5G: Make a future-proof investment that will support even more use cases with tighter requirements, including Time-Sensitive Networking (TSN) with network slicing.
"The solution allows users to gain new insights with digital twins, keep better track of assets and material flow and increase production line agility, all enabled with wireless connectivity," said a company spokesperson. "Users can also make rapid adjustments to production mix and volumes and introduce new models to meet changing demands."
American Machining Efficiency Consultants (AMEC), a Managed Services Provider for Nokia, installs and services the hardware at the customer's location. "This is absolutely the best option out there to connect everything in a fast, secure and private network without being tied to a network cable," said Zachary White, AMEC. "For most manufacturers, the cost is a fraction of what it would be to build and maintain a wired network."
For more information contact:
AMEC
844-654-1447
experts@amec-llc.com
www.amec-llc.com
Nokia
www.nokia.com
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