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ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding [email protected] Gopi Tummala Emmett McQuinn Steven Swanson University of California, San Diego WACI 2010
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ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding [email protected] Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Dec 15, 2015

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Page 1: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

ReMOS Technology and the Mighty Morphin Microprocessor

Nathan Goulding [email protected]

Gopi TummalaEmmett McQuinnSteven Swanson

University of California, San Diego WACI 2010

Page 2: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,
Page 3: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,
Page 4: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,
Page 5: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Is there a better solution?SAFE FAST

Page 6: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

"Fractal Fabrication""Serpinski Transistor"

MOSReMOS

P N

ReMOS

P N P NNPNP NPNP

Page 7: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Nested Logic

Page 8: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Mighty Morphin Microprocessors!SAFE FAST

Page 9: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Safety Switch• SAFE– Mission-critical code

• FAST– Non-critical processing

Page 10: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

• ReWire: wires nested inside wires

In Progress: WACI 2011

Working Proto!

Page 11: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

WACI 2011: ReClocking!

Working Proto!

27 MHz

500 MHz500

A fractally-structured clocking discipline

Page 12: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

Acknowledgements

Michael B. TaylorUCSD

Page 13: ReMOS Technology and the Mighty Morphin Microprocessor Nathan Goulding ngouldin@ucsd.edu Gopi Tummala Emmett McQuinn Steven Swanson University of California,

ReMOS Technology and the Mighty Morphin Microprocessor

Nathan Goulding [email protected]

Gopi TummalaEmmett McQuinnSteven Swanson

University of California, San Diego WACI 2010