AMD put out a release yesterday, justifiably crowing that one if its EPYC "Venice" processors was the first HPC product to ...

Taiwan Semiconductor Manufacturing Company (TSMC), the world’s leading semiconductor foundry, has announced a groundbreaking ...

TL;DR: TSMC ... transistors in late 2025, delivering up to 15% better performance or 30% lower power than previous nodes. This technology, powering AMD, Apple, and Intel products, enhances logic ...

The transistor density increases by around ... After the N2 generation, TSMC will switch to the Angstrom naming scheme, like Intel Foundry. A16 would previously have simply been called 1.6 nm ...

Additionally, transistor density in 2nm chips is increased ... Qualcomm's Snapdragon processors, used by Samsung, Xiaomi, OnePlus, and Google phones. In 2020, TSMC started a special microchip ...

The big picture: 2025 is shaping up to be a pivotal year for Intel's comeback strategy ... power leakage and enabling higher transistor density. TSMC does not plan to introduce GAA and backside ...

TSMC's new approach to diversify production geographically may add cost pressures with little added resilience to stability. Samsung and Intel are ... Fin field-effect transistor, or FinFET ...

Hyperscalers compete on model and cloud interface, but all of them rely on TSMC for the manufacturing of chips. Intel’s foundry plans remain years behind. Samsung is grappling with yields below ...

Taiwan Semiconductor is a very well-managed company with strong fundamentals and technological leadership. See why I rate TSM ...

Phones like iPhone 16 and Samsung Galaxy ... of their increased transistor density. The more tightly packed those transistors are, the better things run, and TSMC’s 2nm chips are roughly 15% ...