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Achieving Lowest System Power with Low-Power 28-nm FPGAs WP[removed]White Paper
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Document Date: 2012-03-26 14:59:00

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File Size: 466,96 KB

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City

San Jose / /

Company

FPGAs / TSMC / Cyclone V FPGAs / Registered Altera Corporation / Altera Corporation / /

Event

Natural Disaster / /

IndustryTerm

semiconductor technology / changes to any products / ultra-low power process technology / singlethread/single-core processors / variable-precision digital signal processing / fixed function devices / design software / Software-controlled options / semiconductor process technology / 28LP process technology / process technology / power management / low-power process technology / host-class application processor / active protocol / semiconductor products / power systems / productivity software / /

Organization

U.S. Patent and Trademark Office / ASIC / /

Person

Michael Smullen / /

Position

Manager / Low-Cost Products / hb / Product Marketing Manager / Low-Cost Products / designer / controller / /

Product

Achieving Lowest System / Cortex-A9 MPCore processor system / Cortex-A9 MPCore / /

ProvinceOrState

California / /

RadioStation

Radio OAM / Radio OAM FPGAs / /

Technology

semiconductor / FPGA / host-class application processor / semiconductor process technology / 28-nm ultra-low power process technology / semiconductor technology / 28LP process technology / SRAM / process technology / Device Technologies / pdf / ASIC / semiconductors / 2 Process Technology Process Technology / ASIC Implementation Network Port Protocol / active protocol / dielectric / same low-power process technology / 1 Protocol / SDRAM / DSP / 2 Protocol / /

URL

http /

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