Altera Advanced SEU Detection IP Core User Manual

Altera advanced seu detection ip core user guide, Functional description, On-chip lookup sensitivity processing

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Altera Advanced SEU Detection IP Core User Guide

2015.05.04

ALTADVSEU

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The Altera Advanced SEU Detection IP core contains the following features:
• Hierarchy tagging—Enables tagging of logical hierarchies and specifying their criticality relative to

SEU.

• Sensitivity processing—Determines the criticality of an SEU detected and located by error detection

cyclical redundancy check (EDCRC) hard IP. This feature includes on and off-chip sensitivity

processing.

Table 1: Features Device Family Support

Feature

Supported Device

Hierarchy tagging

Stratix

®

IV, Arria

®

V, Arria V GZ, Cyclone

®

V, Stratix V and later.

Sensitivity processing

Arria V, Arria V GZ,Cyclone V, Stratix V and later.

You can select and configure the Altera Advanced SEU Detection IP core through the IP Catalog and

parameter editor in the Quartus

®

II software.

Related Information

Introduction to Altera IP Cores

Functional Description

Stratix IV devices contain a 16-bit cyclic redundancy check (CRC) value per CRAM frame, and Arria V,

Cyclone V, Stratix V, and later device families contain a 32-bit CRC value per CRAM frame. The CRC

value allows the configuration engine to determine the SEU location. The Quartus II software can

generate a Sensitivity Map Header File (

.smh

) of the configuration regions of your design that are sensitive

to SEU.
You can instantiate the Altera Advanced SEU Detection IP core with the following configurations:
• On-Chip Lookup Sensitivity Processing—Error location reporting and lookup performed by the

FPGA.

• Off-Chip Lookup Sensitivity Processing—Error location lookup determined by an external unit (such

as a microprocessor).

On-Chip Lookup Sensitivity Processing

All device families that support SEU detection include a hard error detection block that detects soft errors

and provides the location of single-bit errors, and double-bit adjacent errors for supported devices. The

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