CurrentRF

West Jordan,  UT 
United States
http://www.CurrentRF.com
  • Booth: 1241


Welcme to CurrentRF. We serve your Power Reduction needs

CurrentRF is a high technology company that specialies in unique Digital and Dynamic Power Reduction IP and ICs that utilize RF techniques to reduce total Digital and Dynamic Power by up to 40%.  The company also produces Wideband, Low Noise RF IP.  CurrentRF has reduced their Digital and Dynamic Power Reduction IP to the form of a Bondpad, insertable in IC padrings and Standard Capacitors.  The company has inserted their IP into Digital PowerGrid overlays, utiliing the existing metals in typical digital block powergrids, both IP blocks consuming zero additional area in IP blocks and ICs.

Brands: CurrentRF PowerPad CurrentRF PowerGrid CC-100 IC CC-100IP-MB CC-100IP-RF CC-100IP-PI PowerStic Exodus CC-201IP CC-202IP CC-203IP CC-204IP CC-205IP

 Press Releases

  • In 2010, CurrentRF, a Utah based IC and technology company, designed and produced a breakthrough Dynamic and Digital Power Reduction IC, the CC-100IC, which functions to reduce 40% of the total Dynamic and Digital Power dissipation in systems and ICs.  Recently, the Company has matured this technology, and has been able to reduce the 3mm X 3mm CC-100 IC into the form and size of a Power and Ground IC Bondpad, the CurrentRF Powerpad, and the CurrentRF PowerGrid, fitting as a digital powergrid overlay, fitting into the form of any on-chip Digital IP block.  Both of these IP products consume almost zero additional area on any IC, while maintaining the 40% total Digital and Dynamic Power reduction performance of the original CC-100 IC. 

    The CurrentRF PowerPad and CurrentRF PowerGrid are available on any given IC process, planar MOSFET to Finfet technologies, and can be designed to fit into any IC padring or chip interconnect bumped designs (the CurrentRF PowerPad) or on-chip, synthesized digital IP block (the CurrentRF PowerGrid).

    Contact CurrentRF for Implementation details.

         

                      

         

 Products

  • CurrentRF PowerGrid and PowerPad

    The CurrentRF PowerGrid and PowerPad are Dynamic Power Reduction IPs Suitable for Digital PowerGrid and Bondpad Overlays. These IPs reduce total Power by 40% in IC Digital and Mixed Signal ICs, leading to a zero IC area increase with IC integration....

    • The CurrentRF PowerGrid and PowerPad are embedded Dynamic Power Reduction IP Suitable for Digital PowerGrid and Bondpad Overlays.  These IPs are intended to enhance IC Power and Ground Digital PowerGrids and IC Bondpads, leading to an almost zero IC area increase with PowerGrid integration.  The IPs feature Capacitance Multiplication, Series Inductance Nullification, EMI Reduction, and Dynamic Power Energy Harvesting. The CurrentRF PowerGrid and PowerPad IP create the lowest Impedance point in IC power grids, aiding in maximum on chip supply line filtering, showing an up to a 600X improvement in effective and reservoir capacitance.  These IPs also feature a circuit noise activated dynamic input current controlled reservoir capacitance, and can function as a “stand-alone” on Chip DCAPs, or work in parallel with existing DCAP structures. Due to the negative feedback embedded in the IP, the CurrentRF PowerGrid and PowerPad features a 25% reduction in effective series inductance (ESL). The IPs operate by feeding back a portion (nominally 20%) of the bypass current flowing through chip Powergrid bypass capacitors, feeding back out of phase current onto the chip power grid, lessening bypass capacitor deep discharge, and thus less deep recharge from system supplies, reducing overall chip dynamic power draw.  These effects substantially reduce RF Emissions from chip power grids making systems less vulnerable to cyber hacking and more secure.  The IP draws no current for operation, thus maximizing block efficiency.

Categories

Product Categories
  • Automation Sensors
  • Automotive
  • Embedded Systems
  • Energy Harvesting
  • Infrastructure/Smart Grid
  • Medical
  • Sensors/System Components
  • Signal Conditioning
  • Wireless

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