Synplicity, Inc.

Synopsys, Inc.

Nils Endric Schubert

John Mark Beardslee

Douglas L Perry

Gernot Heinrich Koch

Olaf Poeppe

Kenneth S McElvain

Mario Larouche

Ewald John Detjens

Techniques and systems for analysis, diagnosis and debugging fabricated hardware designs at a Hardware Description Language (HDL) level are described. In particular, the techniques and systems relate to design instrumentation circuitry that facilitates the analysis, diagnosis and debugging of the hardware designs. A HDL design instrumentation circuitry embedded within an electronic system comprises one or more probe circuits to allow storage of signal values of the electronic system upon predetermined events, one or more breakpoint registers to specify the predetermined events, and one or more trigger processing units to control the storage of signal values upon the detection of the predetermined events by the breaking registers. The present design instrumentation circuitry permits monitoring the electronic system at speed, facilitating the analysis diagnosis and debugging by giving detailed and accurate information about the operation of the electronic system.

Design instrumentation circuitry

Techniques and systems for analysis, diagnosis and debugging fabricated hardware designs at a Hardware Description Language (HDL) level are described. Although the hardware designs (which were designed in HDL) have been fabricated in integrated circuit products with limited input/output pins, the techniques and systems enable the hardware designs within the integrated circuit products to be analyzed, diagnosed, and debugged at the HDL level at speed. The ability to debug hardware designs at the HDL level facilitates correction or adjustment of the HDL description of the hardware designs. Moreover, various embodiments related to HDL code coverage are described.

Hardware-based HDL code coverage and design analysis

Techniques and systems for analysis, diagnosis and debugging fabricated hardware designs at a Hardware Description Language (HDL) level are described. Although the hardware designs (which were designed in HDL) have been fabricated in integrated circuit products with limited input/output pins, the techniques and systems enable the hardware designs within the integrated circuit products to be comprehensively analyzed, diagnosed, and debugged at the HDL level at speed. The ability to debug hardware designs at the HDL level facilitates correction or adjustment of the HDL description of the hardware designs.

Enhanced hardware debugging with embedded FPGAS in a hardware description language

Techniques and systems for debugging an electronic system having instrumentation circuitry included therein are disclosed. The techniques and systems facilitate analysis, diagnosis and debugging fabricated hardware designs at a Hardware Description Language (HDL) level. Although the hardware designs (which were designed in HDL) have been fabricated in integrated circuit products with limited input/output pins, the invention enables the hardware designs within the integrated circuit products to be comprehensively analyzed, diagnosed, and debugged at the HDL level at speed. The ability to debug hardware designs at the HDL level facilitates correction or adjustment of the HDL description of the hardware designs.

Method and system for debugging an electronic system

Method and user interface for debugging an electronic system

Hardware/software co-debugging in a hardware description language

Hardware debugging in a hardware description language

Method and system for debugging an electronic system using instrumentation circuitry and a logic analyzer

Techniques and systems for analysis, diagnosis and debugging fabricated hardware designs at a Hardware Description Language (HDL) level are described. In particular, the techniques and systems relate to design instrumentation circuitry that facilitates the analysis, diagnosis and debugging of the hardware designs. Although the hardware designs (which were designed in HDL) have been fabricated in integrated circuit products with limited input/output pins, the techniques and systems enable the hardware designs within the integrated circuit products to be comprehensively analyzed, diagnosed, and debugged at the HDL level at speed. The ability to debug hardware designs at the HDL level facilitates correction or adjustment of the HDL description of the hardware designs.

Growing community of inventors

Sunnyvale, CA, United States of America

Nils Endric Schubert