Samsung Electronics plans to manufacture high-bandwidth memory base dies for AMD and Nvidia at its upcoming second foundry in Taylor, Texas. The facility will employ advanced 2-nanometre process technology across roughly 2.7 million square feet, making it approximately 1.5 times larger than Samsung's initial plant in the area. Formal construction begins this month, with equipment installation scheduled for February 2029 ahead of an expected mass production launch in 2030. Samsung Electronics declined to comment on the media report.
Key points
The entire output of the second plant has already been secured, with AMD claiming most of…: The entire output of the second plant has already been secured, with AMD claiming most of the production volume.
The new site will be roughly 1.5 times the size of Samsung's first Taylor facility, which…: The new site will be roughly 1.5 times the size of Samsung's first Taylor facility, which manufactures chips for Tesla.
Samsung Electronics declined to comment on the report detailing its production commitment…: Samsung Electronics declined to comment on the report detailing its production commitments for Nvidia and AMD.
Sources checked by our analysis pipeline: 1
SEOUL, Nov 3 : Samsung Electronics will use its second foundry plant in Taylor, Texas, to produce base dies for high-bandwidth memory (HBM) chips for AMD and Nvidia, South Korea's Maeil Business Newspaper reported on Tuesday, citing industry sources.
Here are the details:
• Construction is due to start formally this month, with the plant having secured orders for its entire output, and most of the secured volume is for AMD, according to Maeil.
• The plant will use advanced 2-nanometre technology and cover about 2.7 million square feet, roughly 1.5 times the size of the first facility, which has a contract with Tesla, Maeil said.
• Equipment is expected to be installed from February 2029, with mass production in 2030, Maeil said.
• Samsung Electronics declined to comment on the matter.
Hardware manufacturer Videostrong has been barred from the Android TV ecosystem following the discovery of illicit tools embedded directly into its devices. The vendor purposely shipped streaming hardware equipped with backdoors meant to manipulate botnet networks, prompting an immediate ban from platform operators. This decisive enforcement stops future product distribution and aims to curb hardware-level security risks for consumers.
Major semiconductor clients are expanding their regional supply chains by relying on South Korean fabrication facilities based in the United States. This strategic manufacturing partnership highlights how advanced chip designers are securing domestic component production amid global demand. The development marks a significant allocation of capacity at the company's emerging American industrial footprint.
Industrial cooling controllers worldwide are facing coordinated digital sabotage that spoils critical inventories and halts operations for days. Security analysts link early incidents to an Iranian military hacking outfit that previously targeted American political infrastructure. The expanding threat now endangers global supply chains, with specialists warning that future breaches could devastate temperature-sensitive medical supplies.