Samsung Electronics’ foundry division has reportedly completed the tape-out of a next-generation artificial intelligence processor for Tesla, according to industry reports citing a social media post by a senior Samsung foundry engineer.
The engineer reportedly wrote on 13 July that the “Tesla-Samsung A15 chip has taped out,” indicating that the semiconductor design has reached the point at which it is ready to move into manufacturing preparation.
In semiconductor manufacturing, tape-out marks the completion of a chip’s physical design, allowing production masks to be created and the device to enter engineering validation and process qualification ahead of volume manufacturing.
According to the reports, production is expected to take place at Samsung’s Taylor, Texas, fabrication facility using the company’s planned 2nm-class manufacturing technology, with manufacturing anticipated in 2027.
However, Samsung has not publicly confirmed the production timeline, manufacturing location or process technology for the reported Tesla chip.
A semiconductor foundry is a specialised manufacturing facility that produces integrated circuits designed by other companies.
Rather than developing chip architectures themselves, foundries manufacture devices using customer-supplied designs, applying advanced lithography and process technologies to fabricate silicon wafers at scale.
The reported tape-out follows broader industry reports that Tesla is working with multiple manufacturing partners as it develops increasingly powerful AI processors for future automotive and robotics applications.
Tesla has previously discussed next-generation AI hardware intended to support Full Self-Driving (FSD), its Optimus humanoid robot programme and AI computing infrastructure, although it has not publicly detailed a product referred to as "A15."
The newly taped-out chip design relies on SK Hynix memory modules arranged around the main central compute die.
This month, Samsung and SK Hynix also set forth a $880bn plan to build multiple new facilities in the new hub outside of the capital city of Seoul.
The completion of tape-out represents a significant milestone in semiconductor development, enabling prototype manufacturing, engineering validation, testing and qualification before commercial production can begin.
The process typically precedes several months of verification and manufacturing optimisation before chips enter volume production.
If confirmed, the programme would further strengthen Samsung Foundry’s position in advanced contract semiconductor manufacturing as it prepares to bring its next-generation process technologies into commercial production while expanding operations at its Taylor, Texas, facility.
