la3net 18 november 2014 - indico · nxe euv r&d: 2000 mln € ... corporate presentation short...
TRANSCRIPT
Vadim Banine
La3net 18 November 2014
Faster, smaller, greener
Chips are everywhere
22 January 2014
Public
Slide 2
It’s hard to imagine a world without chips 22 January 2014
Public
Slide 3
More than 180 billion chips are made every year 22 January 2014
Public
Slide 4
Data: WSTS
In 2012, 185 billion chips
were produced — 27 for
every man, woman and
child on the planet.
Global semiconductor
industry sales were about
$300 billion.
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IC units, in billions
Vision of Moore … and further replication 19 July 2012
Public
Slide 5
Department of Applied Physics PAGE 5
26-11-2014
The demise of Moore’s law? 19 July 2012
Public
Slide 6
60-s
First law of Arthur C. Clarke 19 July 2012
Public
Slide 7
When a distinguished but elderly scientist
states that something is possible, he is almost
certainly right. When he states that something
is impossible, he is very probably wrong.
From connecting cities to connecting smart things 19 July 2012
Public
Slide 8
~ 40000 cities WW
~1 Billion households
~ 6 Billion People
~ 50 Billion things (2020)
“One day there will be a telephone in every major city in the USA” A.G. Bell
Power efficiency: additional driver to Moore’s law 19 July 2012
Public
Slide 9
Department of Applied Physics
Koomey’s-Moore’s law
Introducing lithography
22 January 2014
Public
Slide 10
ASML makes the machines for making those chips 22 January 2014
Public
Slide 11
• Lithography is the critical
tool for producing chips
• All of the world’s top chip
makers are our customers
• 2013 sales: €5.2 bln
• Payroll: about 10,400 FTEs
Lithography machine 19 July 2012
Public
Slide 12
http://www.dshed.net/digitised/neighbourhood/resources/pfv/making_bw_print.html
Enlarger
From ASML open presentations
6 mirror projection lens
Reflective 4x reduction 6” reticle
13.5 nm light source
Vacuum environment
Film
The place of lithography in semiconductor process
19 July 2012
Public
Slide 13
Key to Moore’s Law: Making smaller transistors 22 January 2014
Public
Slide 14
The first integrated circuit on
silicon, on a wafer the size of
a fingernail (Fairchild Semiconductor, 1959)
Today: More than a
billion transistors on
the same area (Intel, 2012)
Transistor length has
shrunk by a million
How do we do it?
22 January 2014
Public
Slide 15
Defining equation of the optical lithography
19 July 2012
Public
Slide 16
Rayleigh
436 nm (aka g-line)
365 nm(aka i-line)
248 nm(aka KrF)
193 nm (aka ArF)
13.5 nm (aka EUV)
High R&D spending to sustain technology leadership
1980s:
1990s:
R&D: 50 mln €
PAS 2000/5000
PAS 5500
R&D: 400 mln €
2000s:
TWINSCAN
R&D: 1500 mln €
2010s:
NXE EUV
R&D: 2000 mln €
22 January 2014
Public
Slide 17
EUVL Imaging: magic inside 19 July 2012
Public
Slide 18
Optical elements: pushing atoms
19 July 2012
Public
Slide 19
Multi-layer magic 19 July 2012
Public
Slide 20
Introducing ASML
22 January 2014
Public
Slide 21
Founded in 1984 as a spin-off from Philips 22 January 2014
Public
Slide 22
3,000 employees
Source: ASML Q2 2014
Over 70 sales and service offices located worldwide
8,500 employees
2,300 employees
16 April 2014
Public
Slide 23
A global presence
A global presence 22 January 2014
Public
Slide 24
Veldhoven
Wilton (CT)
Chandler (AZ)
Korea
Taiwan
San Diego(CA)
Company
2013 semi capex
(estimate, $M)
Intel 10,500
TSMC Group 9,750
Samsung 9,500
GlobalFoundries 4,000
SK Hynix 2,730
Toshiba (incl. SanDisk) 2,580
Micron Technology 1,800
United Microelectronics Group 1,500
SMIC 805
Infineon 640
Sony 617
STMicroelectronics 500
A market of 12 large ASML customers
For the 10th consecutive year, top five of VLSI’s “Best Wafer
Processing” suppliers ‘Good Partner’ Award
Preferred
Quality Supplier Award
Technology
Collaboration Award
Source: Gartner, Q4 2013
22 Januar!2014
Public
Slide 25
Vision, Mission, Strategy
Vision: ASML makes possible affordable microelectronics that improve the quality of life.
Mission: 1. ASML invents and develops complex technology for high-tech lithography
machines for the semiconductor industry.
2. ASML's guiding principle is continuing Moore's Law towards ever smaller, cheaper,
more powerful and energy-efficient semiconductors that drive our customers'
competitiveness.
Strategy: 1. Our success is based on three pillars: technology leadership, combined with
Customer and Supplier intimacy, high efficient processes and Entrepreneurial
people.
2. We operate in a safe environment where we care for people, planet and our local
communities.
3. Our company is an inspiring place where employees work, meet, learn and share.
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22 January 2014
Public
Slide 26
ASML and employees
22 January 2014
Public
Slide 27
Great people in an integrated supply chain
~ 11,000 payroll employees
~ 2,800 flex
R&D:
~ 3,900 payroll
~ 1,500 flex
>600
PhD/Dr.
Supplier and technology network:
32,000 people
October 2014
Public
Slide 28
Our people are the key to our success
Their workspace
ASML nominated as Best Employer in NL
ASML’s first entry in Top 100 employers resulted in Top 25* position
Good result and a lot to gain!
* based on high me@asml scores
Slide 31
Public
Public
Strong team with active social agenda Public
Art Route
EUV transport
Family event
Hockey Clinic
ASML Vitality
Volunteer Day
Extra information
• Job application: www.asml.com/careers
• This also concerns Internships & Traineeships
• ASML offers PhD positions via Universities
• Master class
19 July 2012
Public
Slide 33