Large single-die system chips are designed in a modular fashion, including and reusing pre-designed and pre-verified design blocks. Modular testing is required for embedded non-logic modules and black-boxed IP cores. Also, modular testing is attractive for other blocks, as it supports 'divide-n-conquer' test generation and test reuse. Modular testing requires an on-chip infrastructure. This tutorial paper gives insight in the principles behind modular testing and its need for a dedicated on-chip test infrastructure. The paper describes the IEEE standard 1500 test wrapper for embedded modules and the basics of SOC-level test architecture design in relation to test time optimization. In addition, two application examples are given to illustra...
Abstract. As System on a Chip (SoC) testing faces new challenges, some new test architectures must b...
This document briefly describes the upcoming standard IEEE 1500 [1], titled "Standard Testabili...
A test architecture for an SOC consists of a number of Test Access Mechanisms that connect to wrappe...
This chapter deals with the design of on-chip architectures for testing large system chips (SOCs) fo...
Modern semiconductor process technologies enable the manufacturing of a complete system on one singl...
This article deals with the design of on-chip architectures for testing large system chips (SOCs) fo...
IEEE Std 1500 enables modular SoC testing, not only for core-based testing, but also for divide-and-...
This paper deals with the design of test architectures for modular SOC testing. These architectures ...
This paper deals with control-aware test architecture design for SOCs. The term test control refers ...
[[abstract]]©2001 CIEE-With the advent of deep-submicron technologies, system-on-chip (SOC) designs,...
The well-known approaching test cost crisis, where semiconductor test costs begin to approach or exc...
Advances in the semiconductor process technology enable the creation of a complete system on one sin...
\u3cp\u3eTest planning for core-based system-on-a-chip (SOC) designs is necessary to reduce testing ...
Spurred by technology leading to the availability of millions of gates per chip, system-level integr...
Integrated circuits are increasingly designed by embedding pre-designed reusable cores. IEEE P1500 S...
Abstract. As System on a Chip (SoC) testing faces new challenges, some new test architectures must b...
This document briefly describes the upcoming standard IEEE 1500 [1], titled "Standard Testabili...
A test architecture for an SOC consists of a number of Test Access Mechanisms that connect to wrappe...
This chapter deals with the design of on-chip architectures for testing large system chips (SOCs) fo...
Modern semiconductor process technologies enable the manufacturing of a complete system on one singl...
This article deals with the design of on-chip architectures for testing large system chips (SOCs) fo...
IEEE Std 1500 enables modular SoC testing, not only for core-based testing, but also for divide-and-...
This paper deals with the design of test architectures for modular SOC testing. These architectures ...
This paper deals with control-aware test architecture design for SOCs. The term test control refers ...
[[abstract]]©2001 CIEE-With the advent of deep-submicron technologies, system-on-chip (SOC) designs,...
The well-known approaching test cost crisis, where semiconductor test costs begin to approach or exc...
Advances in the semiconductor process technology enable the creation of a complete system on one sin...
\u3cp\u3eTest planning for core-based system-on-a-chip (SOC) designs is necessary to reduce testing ...
Spurred by technology leading to the availability of millions of gates per chip, system-level integr...
Integrated circuits are increasingly designed by embedding pre-designed reusable cores. IEEE P1500 S...
Abstract. As System on a Chip (SoC) testing faces new challenges, some new test architectures must b...
This document briefly describes the upcoming standard IEEE 1500 [1], titled "Standard Testabili...
A test architecture for an SOC consists of a number of Test Access Mechanisms that connect to wrappe...