TSMC's plans for the next couple of years remain largely unchanged as the company is ready to mass produce chips on its N2 (2nm-class) manufacturing technology starting in late 2025 and A16 (1.6nm ...

The year after N2 is released, TSMC will have two enhanced versions of the process: N2P which is focused on top performance, and N2X focused on lower voltages and power consumption.

TSMC's robust AI -driven growth ... road map (A14 node) extended ... cut raw wafer prices by 30% while raising prices of leading nodes N2/N3 by 5-10%. 2025 & LT Guidance – TSMC should beat most ...

TSMC began researching 2nm in 2020 and now thinks it'll enter production around 2025 alongside its 3nm products. The previous version of TSMC's roadmap lacked N2 details, listing just "N2" around ...

N2, which is based on the GAA nanosheet transistor, for which volume production is targeted for 2025; N2P and N2X are planned for 2026. The performance of the nanosheet transistor has exceeded 80% of ...

Arriving in 2028, TSMC says that A14 presents a 'full node' uplift over its current cutting-edge N2 process.

Otherwise, TSMC claims N2 will offer 10 to 15 percent more performance at the same power as N3 or a 25 to 20 percent power reduction at the same clocks.

Although TSMC's N2 is the company's first process technology to adopt gate-all-around (GAA) nanosheet transistors, the node has lower defect density than its predecessors at the same stage of ...

Semiconductor industry sources recently told the Taiwan-based Commercial Times that TSMC plans to charge over $30,000 for wafers built on its upcoming 2nm N2 process node. The ...

Intel launched Intel Foundry as the ‘world’s first systems foundry designed for the AI era’ in its bid to compete with TSMC and Samsung.

At the event, TSMC provided details about its 3-nm and 2-nm chip manufacturing process nodes called N3 and N2, respectively. While N3 is a baseline node, N3E is an enhanced version with reduced cost ...