THE CC-100 IC

Under The Hood

The Problem—Thrown Away, Unreachable System Energy. CurrentRF’s Exodus and PowerStic utilize the CC-100 the CC-100 IC, Harvesting and Extracting Previously Unreachable Power.

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savings you can count on.

THE POWERSTIC & EXODUS

The PowerStic and Exodus are USB plugin devices harvest waste energy in computer systems, and recycle it back into the system for an overall lower system power profile. These devices allow users to save kilowatt hours of energy and/or extend battery life when plugged into any empty USB port in any computer or network device, enabling each network device to run at lower overall monthly electrical costs, generating exponential savings over time.

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RF Amplifier THE CC-100

Recycle and reuse.

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Amazingly, the mechanism by which PowerStic and Exodus power saving occurs has nothing to do with USB port operation, but is simply a byproduct of the PowerStic and Exodus circuits combined with the high frequency coupling that occurs throughout every data processing system. (See PowerStic and Exodus System Theory doc). The USB port connection simply serves as a convenient, accessible vehicle that allows the PowerStic and Exodus to function as a computer and network power reduction device.

We estimate that with even moderate data processing activity in networks, the initial investment in your PowerStic and Exodus device(s) will be recovered within three months of operation!

The proof of these claims and methodologies are based on tests we have run, the resulting data included in the Cloud Computing/Data center, Business Solutions, Mobile Devices, Home Electronics, Power Optimizer, and Reference Designs tabs, and You Tube Videos on this site.

Reference Design.

The PowerStic and Exodus USB Plugin devices are derivative, follow-on devices of the main CurrentRF Technology breakthrough, the CC-100 IC. This base technology is offered in an IC format, the CC-100 IC and also as the CC-100IP, CC-100IP-MB, CC-100IP-PI, CC-100IP-RF, the CurrentRF PowerPad, and the CurrentRF PowerGrid for import into Digital and Mixed Signal ICs. The CC-100 IC is produced on Global Foundries CM018RF process and is available on request From CurrentRF. The CC-100 IC datasheet is available at the CC-100 IC data link on this page. The CC-100IP, CC-100IP-MB, CC-100IP-PI, CC-100IP-RF, the CurrentRF PowerPad, and the CurrentRF PowerGrid datasheets are available at the CC-100IP datalink on this page.

( The CC-100 IC datasheet is available at the CC-100 IC data link on this page. The CC-100IP, CC-100IP-MB, CC-100IP-PI, CC-100IP-RF, the CurrentRF PowerPad, and the CurrentRF PowerGrid datasheets are available at the CC-100IP datalink on this page.)

Energy Harvesting Technologies

ready to save on power?

Contact us and apply for a loaner PowerStic or Exodus

CC-100 IC Data

The CC-100 IC is produced on Global Foundries CM018RF RF process and is available on request form CurrentRF.

The CC 100 PowerStic Exodus Performance gives a general technical overview of these devices with emphasis on the CC-100 at the core of the performance of PowerStic and Exodus The CC – 100 IC Design and Characterization pdf shows the problems that this IC solves and the design and characterization correlation seen in testing.

The CC-100 IC Demonstration Board and Applications pdf gives additional characterization data as well as the performance of the CC-100 IC with a built in logic noise engine, as well as applications material that is helpful in design PCBs that will allow CC-100 PowerOp maximum performance.

CC-100 IP

The CC-100 IP Proof-of-Concept silicon originally was produced on  CM018RF. The CC-100 IP import is scalable to any IC process ranging from .6um to 28nm, and is also available on request from The CC-100IP, CC-100IP-MB, CC-100IP-PI, CC-100IP-RF, the CurrentRF PowerPad, and the CurrentRF PowerGrid datasheets are available at the CC-100IP datalink on this page.