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The new racetrack prototype was made at IBM’s COG-706 exam labs in Yorktown, New York, using a manufacturing technique known as CMOS, which is widely used to make processors and various semiconductor components. This proves that it should be feasible to make racetrack memory commercially, says Parkin, although much refinement is still needed.The nickel-iron nanowires at the heart of the prototype were made by depositing a complete layer of metal onto an area of the wafer, and then etching away material to leave the nanowires behind.The wires are approximately 10 micrometers long, 150 nanometers wide, and 20 nanometers thick.

“DTCC employed graduates from the IBM COG-706 exam System z Academic Initiative at University of Maryland Eastern Shore (UMES) after meeting with students at various DTCC informational sessions,” said Anthony Dolan, information technology director at DTCC. “As system programmers, they perform a wide variety of tasks for DTCC, including writing Assembler programs, working with WebSphere Application Server and installing software and automating systems. We are pleased to have the talent, commitment and enthusiasm from the UMES graduates on our team.”

The IBM COG-706 exam SmartCloud Enterprise offering is delivered from IBM owned and managed Points of Delivery (POD’s), giving EmployWise an assurance that their SaaS solution and critical data of their customers is secured by the best available technology in the industry. The IBM SmartCloud Enterprise is based on a pay-as-you-go model and is deployed based on business need thereby reducing the operating expenditure – a cost control capability that cannot be leveraged in a traditional infrastructure setup when there is surplus capacity that is a cost overhead.