NuCurrent Launches NuIQ™ Technology Platform for Wireless Power Systems Development

Share Article

Suite of proprietary technologies streamlines development of wireless charging solutions for consumer and industrial products

“Our NuIQ Technology Platform levels the playing field by bringing together all the critical elements that product teams need to develop efficient, scalable wireless power systems.” ~ Jacob Babcock, CEO, NuCurrent.

NuCurrent, an industry leader in wireless power systems and technology development, announces the launch of its NuIQ™ Technology Platform. The platform, designed to develop efficient wireless power systems in consumer and industrial products, is the culmination of nearly a decade of expertise in wireless power solutions engineering.

“Wireless power systems and wireless charging features are becoming extremely popular with product manufacturers and end consumers. But the reality is that many companies have struggled with launching compelling wireless power products at scale,” said Jacob Babcock, CEO, NuCurrent. “Our NuIQ Technology Platform levels the playing field by bringing together all the critical elements that product teams need to develop efficient, scalable wireless power systems.”

With NuCurrent’s NuIQ Technology Platform, engineers and product managers get access to four features that streamline wireless power systems development including:

  • Industry-leading magnetics – Over the past decade NuCurrent has been at the forefront of wireless power innovation with the development of its patented multi-layer multi-turn (MLMT) technology. This core technology, along with other innovations, makes it possible to create the world’s thinnest, smallest and most efficient (highest Q) wireless power antennas which are ideal for smartphones, consumer devices and industrial applications.
  • Hyper-accurate hardware simulators – To reduce the time and expense of wireless power product development cycles, the NuIQ Technology Platform features software-based simulators. These tools accurately predict the real-world performance of a product by simulating important factors including: battery sizes, form factors, the presence of different materials, RF co-location and more. Using these simulators, product designs cycles can be finalized in a fraction of the time versus product cycles without simulation.
  • Precision firmware controls – Through partnerships with leading integrated circuit manufacturers, the NuIQ Technology Platform offers access to optimize system firmware, resulting in more efficient wireless power transfer and improved system performance.
  • Turnkey system modules – Using customer-defined specifications and performance requirements, the NuIQ Technology Platform delivers turnkey wireless power system modules ready for mass production through Tier-1 global manufacturers.

“More and more, customers are coming to us with needs to develop full wireless power systems,” said Babcock. “With the launch of our NuIQ Technology Platform – combined with the deep expertise of our engineering team – product teams now have a true, tested option for efficient, scalable wireless power solutions.”

To learn more about NuCurrent’s NuIQ Technology Platform, please contact info(at)nucurrent(dot)com or visit

About NuCurrent
NuCurrent delivers breakthrough wireless power solutions to product teams through its expertise in wireless power technologies and full-system integration. The company’s core technologies include its patented MLMT antennas – which are the industry’s thinnest and most efficient (highest Q) – along with proprietary software that accelerates successful wireless power solution development through advanced hardware simulation and firmware control. NuCurrent’s engineering team applies these core technologies in partnership with client product teams to produce complete wireless power solutions on the Qi and Airfuel Standards and within closed, proprietary systems. Founded in 2009, the venture-backed, Chicago-based company has over 65 patents granted or pending worldwide. For more information, visit and follow us on Twitter at @NuCurrentTweets.

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Ryan Greives
+1 7655329198
Email >
Visit website