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Lauterbach, the
World’s leading provider of debug and trace tools, is
pleased to announce debug and trace support for the
RH850/U2B, a new multicore processor family consisting of
several RH850 cores and RISC-V based IP in a single die. The
primary focus of the RH850/U2B is cross domain automotive
control applications and family members consist of up to 8
RH850 cores, an RH850 based security module, a RISC-V based
parallel processor IP with vector extensions, and a GTM 4.1
core.
To tame such a beast during the development cycle, engineers
can rely on Lauterbach’s TRACE32® debug and trace solutions.
Already experts in debugging and tracing both heterogenous
and homogenous multicore systems, TRACE32® is a natural fit
and provides a mature and stable debug solution for the
entire development cycle. TRACE32® provides complete debug
support from the low-level hypervisor, through multiple
guest operating systems, including kernel space and drivers,
and up into middleware and application code all from a
single comprehensive user interface. This allows engineers
to develop code for any part of the application without
having to learn new tools and improves the return on
investment as well as reducing time to market.
The RH850/U2B supports both on-chip and Aurora Gigabit (AGBT)
off-chip traces, allowing developers to monitor program
flow, code interactions, and to profile all aspects of the
application. Using the captured trace data, it is possible
to generate code coverage reports to verify the application
meets internationally recognized safety standards, such as
ISO26262. The same tools can produce AUTOSAR aware profiling
data as well as exporting the trace data to many supported
3rd party timing verification tools.
According to Elmar Stahleder, RH850 Product Manager at
Lauterbach, “My team has worked tirelessly to support all of
the new features of this device in order to develop the best
tools possible for the next generation of automotive
applications. We truly believe that it is easier than ever
before to measure overall system performance and to
determine functional safety more quickly and reliably with
TRACE32®.
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