National audienceThis paper presents a novel approach to memory testing which relies on Cell-Aware (CA) test to further improve the yield in SoCs. Therefore, using CA test shifts the memory testing methodology from functional to structural testing. In this paper, a 4 by 4 SRAM architecture is used as a case study. Through transistor to gate-level transformation, the SRAM is represented as an ensemble of "special" standard cells on which the CA test can then be applied
SRAM cell stability has become an important design and test issue owing to significant process sprea...
Cell-aware test (CAT) explicitly targets defects inside library cells and therefore significantly re...
SRAM cell stability has become an important design and test issue owing to significant process sprea...
The shrinking of technology nodes has led to high density memories containing large amounts of trans...
International audienceAs the semiconductor industry continues to shrink the transistor feature size,...
Cell-aware test (CAT) explicitly targets faults caused by defects inside library cells to improve te...
Embedded SRAM bit count is constantly growing limiting yield in systems-on-chip (SoCs). As technolog...
Cell-aware test (CAT) offers a high-quality test that explicitly targets potential cell-internal ope...
Due to their large number of high-precision, defect-prone manufacturing steps, integrated circuits (...
Advanced technology nodes employ a large number of innovations. In addition, they require 'scaling b...
Abstract—Core-cell stability represents the ability of the core-cell to keep the stored data. With t...
Analysing specifications of memory cells using SPICE is an important and time-consuming step in the ...
abstract: This thesis outlines the hand-held memory characterization testing system that is to be cr...
Reliable cell stability test of modern embedded SRAMs calls for DFT techniques with a flexible detec...
Cell stability and area are among the major concerns in SRAM cell designs. This paper compares the p...
SRAM cell stability has become an important design and test issue owing to significant process sprea...
Cell-aware test (CAT) explicitly targets defects inside library cells and therefore significantly re...
SRAM cell stability has become an important design and test issue owing to significant process sprea...
The shrinking of technology nodes has led to high density memories containing large amounts of trans...
International audienceAs the semiconductor industry continues to shrink the transistor feature size,...
Cell-aware test (CAT) explicitly targets faults caused by defects inside library cells to improve te...
Embedded SRAM bit count is constantly growing limiting yield in systems-on-chip (SoCs). As technolog...
Cell-aware test (CAT) offers a high-quality test that explicitly targets potential cell-internal ope...
Due to their large number of high-precision, defect-prone manufacturing steps, integrated circuits (...
Advanced technology nodes employ a large number of innovations. In addition, they require 'scaling b...
Abstract—Core-cell stability represents the ability of the core-cell to keep the stored data. With t...
Analysing specifications of memory cells using SPICE is an important and time-consuming step in the ...
abstract: This thesis outlines the hand-held memory characterization testing system that is to be cr...
Reliable cell stability test of modern embedded SRAMs calls for DFT techniques with a flexible detec...
Cell stability and area are among the major concerns in SRAM cell designs. This paper compares the p...
SRAM cell stability has become an important design and test issue owing to significant process sprea...
Cell-aware test (CAT) explicitly targets defects inside library cells and therefore significantly re...
SRAM cell stability has become an important design and test issue owing to significant process sprea...