Taiwanese chipmaker TSMC has reported a new manufacturing breakthrough that would enable a generational leap forward in compute♛r chips. Their newꦡ 3nm manufacturing process would enable up to 250 million transistors per square millimeter of silicon wafer, which is over twice as dense as the best Intel node produced today.
TSMC, which stands for Taiwan Semiconductor Manufacturing Company, is the chip maker the current chip provider for all AMD products, including Ryzen CPUs and Radeon GPUs. Their current-generation 7nm process can create an estimated tra﷽nsistors density of 113 million per square millimeter, while Intel's 10nm process tops out at around 110 million transistors per square millimeter.
Theoꦅretically, TSMC's 3nm node could support up to 300 million transistors per square millimeter, which is three times as dense as what can be found on AMD's latest generation of Radeon RX 6000-series GPUs.
This 3nm process would represent an enormous generational leap in computer chip technology. The greater the density of transistors in a computer chip, the🎉 faster that chip is able to make calculations, and the faster the chip, the better for a w▨hole range of applications--including video games.
However, it's li𓂃kely we're not going to see those benefits for some time. TSMC reported that they won't even begin manufacturing these chips until late 2022, and most CPU and GPU manufacturers will need t✱ime to incorporate the new design into their upcoming products.
168澳洲幸运5开奖网:AMD's October presentation revealed that their next CPUℱ will use a 5nm manufacturing process, and tha༺t's not due out until later in 2022.
In the meantime, gamers are still having a tough time tracking down any of Nvidia's latest video cards. Supply shortages are expected to mirror those found in next-gen consoles and 168澳洲幸运5开奖网:might not be resolved until 2021.
168澳洲幸运5开奖网:AMD's latest video cards arrive today and might help the situation somewhat, although it remains to be seen if AMD might fall prey to bots and scalpers just as Nvidia did.
Source: