New Products
GlobalFoundries: We are building on Dresden
What are we (and I) doing here? The answer is simple. While microprocessors are the most complicated things ever built by man, the plants that build them are the most expensive to build and the most complicated to run of any plants anywhere. A chip factory today can easily cost $4 billion or more, and require over 1,000 highly trained engineers and several hundred technicians to operate. These are the reasons AMD (and I) have been here in Dresden for over 10 years.
AMD and the government here in Germany have consistently found a way to help AMD access the capital to build its factories here. Through several generations of chips and factories, combinations of loans from the government entities, loan guarantees that have helped AMD line up bank financing, and grants for R&D and job creation and training. AMD has been able to access the capital to build two technologically leading chip plants here in Dresden. This type of help was not then available in the United States and without this help, the world would have only one company left that designs and builds microprocessors.
We also found here in Dresden the technical talent * the engineers and technicians * to build and operate plants like this. The educational background of our employees here is higher than that in the United States. The employees here have a broader and deeper exposure to math and science in school 'and that is what is needed to compete in this industry. AMD has had to compete against a company that is larger, better capitalized, and has considerably more engineers than we have had. In order to compete, you have to have employees that can learn faster and work smarter. For over 10 years our experience has been that those sorts of employees can be found here in Dresden, and the teamwork established among the employees here and with the many employees from the U.S. that have worked here has led to a team that has successfully competed in the very competitive semiconductor industry against larger, better funded competitors. Recently AMD has placed the operations here into a new company, Globalfoundries. The new company contains the operations here and includes a commitment to fund further capital needs from ATIC, the technology investment arm of Abu Dhabi. The idea is to use the technology and manufacturing here and in future plants to provide silicon for not only AMD, but also for other companies that need access to this technology but cannot afford to build the factories themselves. The competition will, of course, be intense'including not just Intel (the competitor of AMD), but also TSMC'the largest such silicon foundry company in the world, located in Taiwan. The same two keys *access to capital to invest, and talented and dedicated employees working together as a team'will ultimately determine how successful this new venture will be.
Our "grand plan calls for us to start with and build on what we have here in Dresden, create a second site in New York state using the experience from here in much the same way we used our U.S. experience to build the site here many years ago. We broke ground for Fab 2 in New York on July 24, 2009, building on the valuable experiences, great efficiency and impressive potential of our Fab 1 in Dresden. The Dresden team is taking over a key function as role model for our company regarding innovative ability, swift integration of technologies, and manufacturing excellence. These abilities will be crucial for the building and success of Fab 2 and therefore for our overall success.
I have personally seen the impact a project like this can have on a city and a region. Dresden is very different today than it was 10 years ago. The transformation of the city; the restoration of all the beautiful historical buildings, the development of the region into a high technology center, the fact that today Dresden is a place where people want to live and work * little of this was in place 10 years ago. I feel that we at AMD - and now we at Globalfoundries - have been a part of and a contributor to all of this. I feel that we have a good chance to help catalyze a similar transformation in New York.
Starting with what we have here in Dresden'I like our chances.
- NXP gives sneak peek at new engineering workbench app
- Big Switch releases open source controller for OpenFlow
- Sonics, Tensilica team to improve IP efficiency
- All-In-one MP3 audio system-on-a-chip for audio processing applications
- Micron Technology appoints Mark Durcan as Chief Executive Officer
- Multiple chip architectures pursue the $14 billion small cell market, says NPD In-Stat
- Multi-channel combined temperature and pressure charge amplifier
- Simulation framework automates test procedures
- High density hot swap front-ends deliver up to 650-W
- Portable accelerometer shaker and calibration system
- Shrinking memory bits a million times through antiferromagnetically coupled atoms
- Energy efficient 100-W LED light bulb uses only 12 W
- Intel, Samsung 'smell blood in the water'
- Analyst claims Windows on ARM will not be much of a success
- Nokia's Lumia 900 to lead Windows Phone resurgence
- HokieSpeed, the supercomputer for the masses
- Texas Instruments shows off Pico HD projector that fits into a smartphone
- Osram creates gallium-nitride LED chips on silicon wafers
- Marvell and One Laptop per Child unveil the XO 3.0 Tablet
- Nokia buys Nordic OS developer
- High-Speed, Real-Time Recording Systems
- Organic solar cells and OLEDs - A comparison of two competing approaches
- USB-Based Thermocouple Temperature Monitor with Cold Junction Compensation
- TTEthernet Scalable Real-Time Ethernet Platform
- IGBT Modules: Data Sheet Comparisons and the Pitfalls of such Comparisons
This month Keithley Instruments is giving away two of its Model 2200 power supplies, worth 735 Euros each, for EETimes Europe's readers to win. The Model 2200-20-5: 20V, 5A, 100W on offer is one of five general-purpose programmable DC power supplies recently launched by the company, designed for source measurement instruments for component, module, and device characterization and test applications.
Part of the Series 2200 family, the unit’s voltage output accuracy is specified at 0.03% and its current output accuracy is 0.05%. The supply’s high output (1mV) and measurement (0.1mA) resolution makes it well-suited for characterizing low power circuits and devices in applications such as measuring idle mode and sleep mode currents to confirm devices can meet today’s ever-more-challenging goals for energy efficiency.
And the winners are:
In our previous reader offer, EPC was giving away ten of its EPC9002 development board kits, worth USD 95 each.
Lucky winners include I. Blythe and C. Hardman from the UK, M. Casartelli and D. Cogliati from Italy, C. Cossio from Spain, W. Milarch from Germany, r. Milewicz from Poland, M. Prascak from Slovakia, A. Raidl from Austria and M. Taslakov from Bulgaria.
All should be receiving their kits soon. Let's wish them some interesting findings with their projects.
Power
ABI Research
Samsung
Analog
Battery
IMS Research
Apple
FPGA
NXP Semiconductors
Power Management
TSMC
SoC
Freescale
Solar
ARM
IBM
Vishay Intertechnology
MEMS
Maxim Integrated Products
STMicroelectronics
LTE
Wireless
Linear Technology
Android
Semiconductor
Smartphones
Texas Instruments
Analog Devices
Intel
Smartphone
This site contains articles under license from EETimes Group , a division of United Business Media LLC.



Organic photovoltaics offer greener benefits to provide solar cell
In this news analysis article EE Times Europe Power Management's editor, Paul Buckley quizzes Dr. Martin Pfeiffer, co-founder and CTO of Heliatek GmbH, a global leader and Heliatek's CEO, Thibaud Le Seguillon, ...
