EUV lithography offers an opportunity for semiconductor manufacturers to develop the most powerful chips faster than ever.
FREMONT, CA: The semiconductor industry has been experiencing a massive transformation, which can be attributed to the evolution of technology and the zeal to meet the ever-increasing market expectations. Conventionally, the chip manufacturers relied on adding more transistors on the surface of each chip. Such developments are getting challenging to achieve in the present times. Manufacturers are eyeing advanced manufacturing technique called extreme ultraviolet (EUV) lithography.
EUV lithography can be used to fabricate chips on smaller scales than before. The technology can lead to the development of microprocessors that are ten times faster than the most powerful chips at present. The essence of EUV lithography can also be attributed to the physical limits of the current chip-printing technology. EUV lithography technology can enable the manufacturers to print circuits that are 0.1 micron in width, which is equivalent to 1/1000th the width of a human hair.
EUV lithography utilizes light with a very short wavelength to generate fine patterns more quickly and accurately. The technology can produce smaller transistor sizes capable of making processors as well as other electronic devices more powerful, cheaper, and more energy-efficient. Two key markets for EUV lithography include processors for smartphones and servers where size, power, and efficiency are essential factors.
Despite the promising prospects of EUV lithography, the proliferation of this technology has a few roadblocks. One of them is the requirement of a high-power light source, which is needed to illuminate photoresist. However, the world’s leading firms are investing in the technology. Many of the companies are investing in R&D to achieve greater advancements in EUV technology. Such investments will certainly boost the operational efficiency of semiconductors and electronics in the future.
EUV lithography is gaining traction among the semiconductor manufacturing firms. The firms understand that current investment into the technology will reap lucrative returns for them in the future.