mLogic ultra-low voltage non-volatile logic circuits using STT-MTJ devices

This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2x resistance change switching while operating with sub-100 mV voltage pulses for power and synchronization. The inherent memory of the devices results in fully pip...

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Published inDAC Design Automation Conference 2012 pp. 486 - 491
Main Authors Morris, Daniel, Bromberg, David, Zhu, Jian-Gang (Jimmy), Pileggi, Larry
Format Conference Proceeding
LanguageEnglish
Published New York, NY, USA ACM 03.06.2012
IEEE
SeriesACM Conferences
Subjects
Online AccessGet full text
ISBN1450311997
9781450311991
ISSN0738-100X
DOI10.1145/2228360.2228446

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Abstract This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2x resistance change switching while operating with sub-100 mV voltage pulses for power and synchronization. The inherent memory of the devices results in fully pipelined nonvolatile logic. We demonstrate that co-optimization of the devices, circuits and logic can achieve ultra-low energy-per-operation for design examples.
AbstractList This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2× resistance change switching while operating with sub-100 mV voltage pulses for power and synchronization. The inherent memory of the devices results in fully pipelined nonvolatile logic. We demonstrate that co-optimization of the devices, circuits and logic can achieve ultra-low energy-per-operation for design examples.
This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2x resistance change switching while operating with sub-100 mV voltage pulses for power and synchronization. The inherent memory of the devices results in fully pipelined nonvolatile logic. We demonstrate that co-optimization of the devices, circuits and logic can achieve ultra-low energy-per-operation for design examples.
Author Bromberg, David
Morris, Daniel
Pileggi, Larry
Zhu, Jian-Gang (Jimmy)
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Keywords emerging circuits and devices
magnetic logic
spintronics
spin-transfer torque
MRAM
Language English
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Snippet This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2x resistance change...
This paper introduces the design of logic circuits based exclusively on novel magnetoelectronic devices. Current signals are steered by 2× resistance change...
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acm
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StartPage 486
SubjectTerms Clocks
CMOS integrated circuits
Emerging Circuits and Devices
Hardware -- Emerging technologies
Logic gates
Magnetic Logic
Magnetic tunneling
Magnetoelectronics
MRAM
Resistance
Spin-Transfer Torque
Spintronics
Switches
Subtitle ultra-low voltage non-volatile logic circuits using STT-MTJ devices
Title mLogic
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