fact sheet

Tessent IJTAG

Automation of the IEEE 1687 standard

Tessent IJTAG: Automation of the IEEE 1687 standard

The Tessent IJTAG solution from Siemens EDA delivers comprehensive automation support for implementing the IEEE 1687 standard, providing plug-and-play IP test and instrumentation integration.

Automation support for the IEEE 1687 standard

Designing a modern product requires
the integration of multiple IP blocks
from both in-house and third party
sources. The Tessent™ IJTAG software
from Siemens EDA delivers comprehensive
automation support for implementing
and debugging the IEEE 1687
standard, providing plug-and-play IP
test and instrumentation integration.
Tessent IJTAG can be used by IP providers
to ensure compliance to the standard
as well as by chip designers to
efficiently integrate IEEE 1687
compliant IP from various sources into
their designs. These capabilities are critical
to support the growing amount of
IP used in today’s large SoCs.

Benefits of Tessent IJTAG

  • Enables uniform access and use of
    embedded IP independent of the IP
    source
  • Expands available embedded IP
    choices
  • Reduces design schedules by accelerating
    integration of IEEE 1687
    compliant IP
  • Achieves minimum cycle count for
    accessing IP within a reconfigurable
    network
  • Provides a common integration
    flow and access network for
    Tessent IP and any 3rd party IEEE
    1687 compliant IP
  • Siemens EDA’s award-winning
    Consulting Services available for
    maximum success
  • Comprehensive IJTAG debug and
    visualization capabilities leveraging
    Tessent Visualizer

Share

Related resources

Engineering Agents – Accelerating Concept Design
Webinar

Engineering Agents – Accelerating Concept Design

A Glimpse into the Future: AI Agents Co-Engineering with Humans to Boost Innovation Capabilities

Using simulation to enable faster and better transmission design choices
Case Study

Using simulation to enable faster and better transmission design choices

Hyundai Mobis uses Simcenter and HEEDS to eliminate physical prototypes in the design phase

Using advanced testing solutions to streamline e-bike drivetrain NVH analysis
Case Study

Using advanced testing solutions to streamline e-bike drivetrain NVH analysis

MAHLE uses Simcenter to cut drivetrain characterization time by 80 percent and deliver product quality