Hitachi Begins Testing of 5G Powered Industrial IoT Solutions at its Silicon Valley Research Center in California, USA

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...Hitachi is taking a multi-pronged approach to developing technology solutions for the various layers of 5G, accommodating for regionally available infrastructure and needs. Leveraging Hitachi's extensive Operational Technology (OT) knowledge accumulated over the years, as well as advanced digital technologies such as AI, Hitachi is developing Lumada solutions through collaborative creation with customers to resolve the various challenges they face and accelerate digital transformation within their businesses.

In a major step forward on this front, Hitachi America has partnered with Ericsson to install a dedicated 5G network in its Silicon Valley Research Center in Santa Clara, California. With this network, Hitachi America will be able to validate new 5G technologies and related solutions it is developing to generate an understanding of their potential value to customers. Hitachi America intends to start by testing manufacturing solutions using the 5G collaborative teleoperation technology co-developed with Georgia Institute of Technology ("Georgia Tech") and continuing to work closely with Ericsson on joint development initiatives for industry solutions as a result of this new dedicated 5G lab network.

"Ericsson has been working with Hitachi and its ecosystem partners to identify use cases for co-development of industry vertical 5G-enabled IoT solutions to meet product pipeline demands as 5G adoption accelerates," said Erik Josefsson, Head of Advanced Industries, Ericsson. "This new dedicated 5G network is another proof point in our collaboration moving forward."

Collaborative robotics between humans and robots will be a key technology to leverage as our society works to achieve contactless, fully automated systems while maintaining human supervision. The remote control of industrial robots by human operators as well as intuitive operation of robots by analysis/control functions located on a multi-access edge computing (MEC) server will require high-speed detailed communication between humans and robots to enable accurate assessment of what is happening on site. Further, with the increasing trend towards personalization, today's manufacturing industry is fast evolving towards hyper-customization done at scale, which will require flexible production lines....

Additional Information

Groups

Georgia Electronic Design Center (GEDC), Institute for Data Engineering and Science, IRIM

Categories
Computer Science/Information Technology and Security, Engineering, Robotics
Keywords
5G, collaborative robots. robotics, IoT, time-sensitive networking, robotic validation, Institute for Robotics and Intelligent Machines
Status
  • Created By: Christa Ernst
  • Workflow Status: Published
  • Created On: Sep 25, 2020 - 2:56pm
  • Last Updated: Sep 25, 2020 - 2:56pm