Timing Error Tolerance in Nanometer ICs
Stefanos Valadimas University of Athens (GR) |
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Yiorgos Tsiatouhas University of Ioannina (GR) |
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Angela Arapoyanni University of Athens (GR) |
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IEEE International On-Line Testing Symposium, July 2010, pp. 283-288
Keywords: Timing failures, Timing errors, Error detection and correction, Timing error tolerance
ABSTRACT
Timing error tolerance turns to be an important design parameter in nanometer
technology, high speed and high complexity integrated circuits. In this work, we
present a low cost, multiple timing error detection and correction technique,
which is based on a new Flip-Flop design. The proposed design approach provides
timing error tolerance at the small penalty of one clock cycle delay in the
circuit operation for each error correction. In addition, it is characterized
by very low silicon area requirements compared to previous design schemes in
the open literature. The proposed technique has been applied in a
90nm pipeline design of a digital FIR filter and the simulation results
validated its efficiency.
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