Using various process steps in a fab, chipmakers have scaled and extended finFETs down to 7nm and 5nm, enabling new and high-performance chips. However, many chips do not require finFETs. Digital ...

The announcement came in the same week as Samsung gave a detailed look at its 7nm process at ... more conventional FinFET (fin field-effect transistor) design. TSMC's 5nm node is expected to ...

For one thing, scaling today’s 16nm/14nm finFET to 10nm and 7nm is difficult. In finFETs ... Today, ASML is shipping its latest version of its EUV scanner—the NXE:3350B. The 13.5nm tool has a ...

This is another year when every chip foundry reminds us that they can make 3nm or 4nm chips, and we're supposed to be excited ...

It is developed with TSMC 5nm 0.75V/1.2V CMOS ... It is developed with TSMC 7nm 0.75V/1.8V CMOS LOGIC FinFET ... IGAAFEV04A is a 500 MHz analog front-end circuit. IGAAFEV04A contains four 12 bit 250 ...

It's the company's 7nm process, which is again akin to the capabilities of what other fabrication plants in the industry ...

The competition between Intel and AMD has been heating up in the last few years as Intel has released chips fabbed with their 14nm++ process and AMD has been using TMSC’s 7nm process.

TSMC started mass production of cutting edge 7nm process ... will continue using FinFET transistor structure for 3nm process technology. Wei also stated that TSMC's N5 (5nm process) technology ...

who was previously head of Intel manufacturing and will now focus on the company‘s 7nm and 5nm processes. Mike Mayberry, the company’s chief technology officer who previously led the group ...

It is developed with TSMC 5nm 0.75V/1.2V CMOS ... It is developed with TSMC 7nm 0.75V/1.8V CMOS LOGIC FinFET ... IGMSLRV01A is a synchronous SVT / LVT periphery ultra high density one port register ...