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and low-power
SaveTotal Grants
1
Total Amount
$0
Provinces Served
1
Top Recipients by Funding Amount
| # | Recipient | Grants | Total Amount |
|---|---|---|---|
| 1 | energy efficient logic family and to realize ultra-low-voltage digital building blocks. The long term (5 years) objective of this research is to put all these ideas together in silicon to (a) fabricate fully functional ultra-low-voltage; low-power SRAMs in 28 nm CMOS technology; (b) design and fabricate soft error robust low-power SRAMs; (c) design and fabricate a low-power | 1 | $0 |
Geographic Distribution by Province
| Province / Territory | Grants | Total Amount | Share |
|---|---|---|---|
| and measurements will be carried out. ,Impact of transistor scaling are evident everywhere. Often small as possible transistors are used to reduce the power | 1 | $0 | 0% |
Recent Grants
Recipient
Amount
Year
Purpose
energy efficient logic family and to realize ultra-low-voltage digital building blocks. The long term (5 years) objective of this research is to put all these ideas together in silicon to (a) fabricate fully functional ultra-low-voltage; low-power SRAMs in 28 nm CMOS technology; (b) design and fabricate soft error robust low-power SRAMs; (c) design and fabricate a low-power
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