ASML

@ASMLcompany • 59,374 subscribers

Get the latest news about ASML, our holistic lithography products and our people changing the world, one nanometer at a time.

Shorts

When it comes to acceleration, race cars have nothing on High NA EUV lithography systems. 🏎️ Their reticles (microchip blueprints) accelerate at 32g as they race back and forth – about 30x faster than an F1 car! We keep up the pace to keep powering technology forward with you.

When it comes to acceleration, race cars have nothing on High NA EUV lithography systems. 🏎️ Their reticles (microchip blueprints) accelerate at 32g as they race back and forth – about 30x faster than an F1 car! We keep up the pace to keep powering technology forward with you.

154,641 просмотров

Light carrying chip patterns through a lithography system can heat the system’s optics and deform the patterns. With wavefront optimization – computational lithography tools to correct chip patterns just before they reach the wafer – we ensure patterns appear exactly as intended.

Light carrying chip patterns through a lithography system can heat the system’s optics and deform the patterns. With wavefront optimization – computational lithography tools to correct chip patterns just before they reach the wafer – we ensure patterns appear exactly as intended.

21,574 просмотров

Transferring chip patterns from masks to wafers can cause deformations. That’s why we correct for optical effects with mask optimization: a computational lithography process that adds features to chip blueprints to correct patterns so they appear exactly as intended on the wafer.

Transferring chip patterns from masks to wafers can cause deformations. That’s why we correct for optical effects with mask optimization: a computational lithography process that adds features to chip blueprints to correct patterns so they appear exactly as intended on the wafer.

11,698 просмотров

To print perfect chips, you need the perfect illumination. With our computational lithography tools, chipmakers can optimize the light from their lithography system’s source to produce the sharpest features every time – a must for printing tiny features on advanced microchips.

To print perfect chips, you need the perfect illumination. With our computational lithography tools, chipmakers can optimize the light from their lithography system’s source to produce the sharpest features every time – a must for printing tiny features on advanced microchips.

16,126 просмотров

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Making advanced chips requires more than advanced lithography. It takes metrology, inspection and computational lithography working together – from R&D to high-volume manufacturing – to keep chipmaking economical. That’s holistic lithography. Watch the animation for more. 👇

Making advanced chips requires more than advanced lithography. It takes metrology, inspection and computational lithography working together – from R&D to high-volume manufacturing – to keep chipmaking economical. That’s holistic lithography. Watch the animation for more. 👇

58,526 просмотров • 27 дней назад

From early design to volume manufacturing, our computational lithography software enables chipmakers to optimize the chip patterning process. Layer by layer, chip by chip, wafer by wafer, computational lithography is helping push microchip technology to new limits.

From early design to volume manufacturing, our computational lithography software enables chipmakers to optimize the chip patterning process. Layer by layer, chip by chip, wafer by wafer, computational lithography is helping push microchip technology to new limits.

640,270 просмотров • 1 год назад

Our extreme ultraviolet (EUV) lithography systems print features just 13 nm wide – orders of magnitude smaller than the letters in even the densest books – because that’s the level of detail and complexity needed to make today’s advanced chips a reality.

Our extreme ultraviolet (EUV) lithography systems print features just 13 nm wide – orders of magnitude smaller than the letters in even the densest books – because that’s the level of detail and complexity needed to make today’s advanced chips a reality.

64,777 просмотров • 2 месяцев назад

Some microchip layers need extreme ultraviolet (EUV) lithography’s ultra-high resolution, while others can be printed faster with deep ultraviolet (DUV). Chipmakers blend both technologies to optimize for speed, resolution and cost so our devices stay powerful and efficient.

Some microchip layers need extreme ultraviolet (EUV) lithography’s ultra-high resolution, while others can be printed faster with deep ultraviolet (DUV). Chipmakers blend both technologies to optimize for speed, resolution and cost so our devices stay powerful and efficient.

53,009 просмотров • 2 месяцев назад

Billions of transistors with features just nanometers wide power today’s most advanced devices – and our extreme ultraviolet (EUV) lithography tech makes these nanoscale features a reality.

Billions of transistors with features just nanometers wide power today’s most advanced devices – and our extreme ultraviolet (EUV) lithography tech makes these nanoscale features a reality.

110,301 просмотров • 6 месяцев назад

Chips are like tiny skyscrapers that can have more than 100 layers. The lowest, most critical layers form the transistors, while upper layers route power and signals. For chipmakers, choosing the right lithography for each layer is key to balancing precision and cost.

Chips are like tiny skyscrapers that can have more than 100 layers. The lowest, most critical layers form the transistors, while upper layers route power and signals. For chipmakers, choosing the right lithography for each layer is key to balancing precision and cost.

20,948 просмотров • 1 месяц назад

It takes extreme engineering to generate extreme UV light.💥 High NA systems make tin droplets 1/3 the width of a hair and vaporize them to make a plasma 40 times hotter than the sun’s surface. Why? So we keep shrinking chip patterns to keep powering technology forward with you.

It takes extreme engineering to generate extreme UV light.💥 High NA systems make tin droplets 1/3 the width of a hair and vaporize them to make a plasma 40 times hotter than the sun’s surface. Why? So we keep shrinking chip patterns to keep powering technology forward with you.

75,214 просмотров • 7 месяцев назад

Fly through our High NA EUV system! ⚙️ Discover how our most advanced lithography system harnesses EUV light and anamorphic optics to set new benchmarks for transistor density and chip performance. We are committed to keep powering technology forward with you.

Fly through our High NA EUV system! ⚙️ Discover how our most advanced lithography system harnesses EUV light and anamorphic optics to set new benchmarks for transistor density and chip performance. We are committed to keep powering technology forward with you.

79,913 просмотров • 2 лет назад

On July 16, we reported €7.7 billion in total net sales and €2.3 billion in net income for Q2 2025. We expect a full-year 2025 total net sales increase of around 15% relative to 2024, with a gross margin of around 52%.

On July 16, we reported €7.7 billion in total net sales and €2.3 billion in net income for Q2 2025. We expect a full-year 2025 total net sales increase of around 15% relative to 2024, with a gross margin of around 52%.

29,519 просмотров • 1 год назад

From our humble start in Eindhoven, the Netherlands, to driving microchip advancement worldwide, today we celebrate our 40th birthday and mark four decades of powering technology forward with you. 🎉 Share your most memorable ASML moments below!

From our humble start in Eindhoven, the Netherlands, to driving microchip advancement worldwide, today we celebrate our 40th birthday and mark four decades of powering technology forward with you. 🎉 Share your most memorable ASML moments below!

24,501 просмотров • 2 лет назад

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