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Toyota

Toyota migrated its high performance computing workloads to Oracle Cloud Infrastructure to enhance car design efficiency and reduce lead time for resource procurement from over six months to a few days. The OCI's performance enables faster computations and cost optimization, supporting Toyota's multicloud strategy. Additionally, the TNGA program focuses on innovative structural changes in vehicle architecture, including powertrain and chassis redesigns.

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0% found this document useful (0 votes)
52 views1 page

Toyota

Toyota migrated its high performance computing workloads to Oracle Cloud Infrastructure to enhance car design efficiency and reduce lead time for resource procurement from over six months to a few days. The OCI's performance enables faster computations and cost optimization, supporting Toyota's multicloud strategy. Additionally, the TNGA program focuses on innovative structural changes in vehicle architecture, including powertrain and chassis redesigns.

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Deena
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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1) Toyota's primary reason for migrating its high performance computing

(HPC) workloads to Oracle Cloud Infrastructure (OCI) was to improve the


efficiency of car design and development. Toyota's HPC workloads run on
OCI as part of their HPC multicloud strategy. OCI has excellent
performance, which allows Toyota to speed up computations and optimize
costs. OCI allows businesses to scale compute and storage as needed.

2) TNGA is a program of structural innovation, starting with changing the basic


architecture of vehicles. Through TNGA, we are completely remaking the
powertrain unit (engine, transmission, HEV unit) and basic frames (chassis).

3) Toyota's lead time for computing resource procurement has been


dramatically reduced since moving to Oracle Cloud Infrastructure (OCI)
Speed, efficiency, flexibility.Toyota can now procure computing resources
in a few days, compared to more than six months in their on-premises
environment. Toyota can run computational fluid dynamics simulations on
OCI to improve the speed of computations and optimize costs.Toyota can
now flexibly test new technologies, which was difficult in their on-premises
setup.

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