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FPAA: FPGA Extension
SoC FPAA
SoC FPAA: Computing
SoC Dev Board
FPAA: FPGA Extension SoC FPAA SoC FPAA: Computing SoC Dev Board - - PDF document
FPAA: FPGA Extension SoC FPAA SoC FPAA: Computing SoC Dev Board - - PDF document
FPAA: FPGA Extension SoC FPAA SoC FPAA: Computing SoC Dev Board Large Scale FPAA Devices utilize high density of Programmable and Configurable components (often the same components) FG circuits enable in one device: Programmable Memory
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FG circuits enable in one device:
- Programmable Memory
- Transistor for Computation
- Potential adaptation
- FG 10 year lifetime, 10-100 µV)
- Electron Tunneling (erasure)
- pFET channel Hot-Electron Injection
(precision programming) Large Scale FPAA Devices utilize high density
- f Programmable and Configurable components
(often the same components)
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Crossbar FG Switches
FPAA Routing
Manhattan Geometry
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RASP 3.0: First SoC FPAA IC (2016)
SoC FPAA
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SoC FPAA Infrastructure
Circuit / System Application Build on SoC FPAA SoC FPAA Further Compatible SoC FPAA ICs
[TVLSI2016]
FG Programming
- n SoC FPAA
[TVLSI2016]
High-Level FPAA Tools
FPAA Tools
FPAA Education
[MSE 2015,17, FIE2016]
Remote SoC FPAA Built-in Self Test Hardware Abstraction (calibration, mismatch) Analog Tools
[JLPEA2016]
Scaling SoC FPAA
[JLPEA2016] [JLPEA2016]
PC Board Infrastructure
[EWME2016]
Low-Level FPAA Tools
FPAA Hardware
(350nm,130nm, 40nm,etc.)
[TVLSI2017]