Gelsinger Briefing on Intel Architecture
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Intel presented an overview of its technology roadmap at a press briefing on March 17, 2008. The briefing highlighted Intel's "tick-tock" processor development model and upcoming "Nehalem" and "Larrabee" processors which will expand the capabilities of servers and high performance computing.
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Five Pen PC Technology
The document describes a new technology called P-ISM being developed by NEC Corporation that will replace laptops. P-ISM uses five specialized pen-like devices that each have a unique function: a CPU pen, communication pen, LED projector pen, virtual keyboard pen, and digital camera pen. Together these pens enable portable ubiquitous computing through functions like processing, wireless connectivity, screen projection, keyboard input, and webcam capabilities. The technology aims to advance compact and portable computing.
5 pen pc
The document describes the 5PEN-PC, a pen-style personal computing device developed by NEC in 2003. It has 5 main functions: a CPU pen, communication pen, LED projector, virtual keyboard, and digital camera. The CPU pen acts as the computing engine and runs a Windows operating system. The communication pen connects to the internet via Bluetooth and WiFi. The LED projector displays a screen and the virtual keyboard projects a keyboard onto any flat surface. The camera enables video conferencing. The 5PEN-PC allows users to access the internet and use computer functions anywhere via the portable, wireless device.
5pc pen technology
For more information visit http://www.presentationat.blogspot.in/
Paper Presentation on:5pc pen technology
5 pen technology[1]
The document describes a "Pen-style Personal Networking Gadget" called P-ISM, which was created in 2003 as a portable computing device. P-ISM consists of five functions: a CPU pen, communication pen, virtual keyboard, visual output screen, and camera. It uses wireless technologies like Bluetooth and WiFi to connect to the internet through a cellular phone function. The device has merits of being portable and feasible due to its wireless connectivity, though drawbacks include unclear commercial prospects, costs, battery life, and the non-novelty of its virtual keyboard concept.
5 PEN TECHNOLOGY SLIDES
P-ISM is a "pen-style personal networking gadget package" created in 2003 by Japanese company NEC. It includes five functions in a portable device: a CPU pen, camera, virtual laser keyboard, LED projector for visual output, and cellular phone connection. The package uses Bluetooth and WiFi for wireless connectivity and allows the user to access computing and internet functions by projecting the display and keyboard onto any flat surface. While portable and convenient, challenges remain regarding cost, battery life, and precision of the virtual keyboard.
47 5penpctechnology
P-ISM is a "pen-style personal networking gadget package" created in 2003 by Japanese company NEC. It includes five functions in a portable package: a CPU pen, camera, virtual laser keyboard, LED projector for visual output, and cellular phone connection. The pens work together wirelessly using Bluetooth and Wi-Fi to allow the user to access computing and internet functions by projecting an interface on any flat surface. While portable and pioneering ubiquitous computing, challenges remain regarding cost, battery life, and perfecting the virtual keyboard technology.
5 pen-pc-technology-powerpoint-presentation.ppt (1)
This document discusses the 5 pen pc technology. It was created in 2003 by a Japanese company as a "Pen-style Personal Networking Gadget" consisting of 5 functions: a CPU pen, camera, virtual keyboard, visual output, and phone. The CPU pen acts as the computing engine and uses a dual core processor. A virtual laser keyboard projects onto surfaces. The LED projector provides a 1024x768 resolution monitor. It connects to the internet through a cellular phone function and uses Wi-Fi and Bluetooth connectivity. Benefits include portability and ubiquitous computing, while drawbacks include cost, battery life, and the unproven keyboard concept.
5 pen pc tech
This document describes the 5 pen PC technology, which allows a user to perform computer functions using a set of pens. The pens include a CPU pen, communication pen, LED projector, virtual keyboard, and camera. Together these pens allow users to compute, connect to the internet via Bluetooth, project a display, type on a virtual keyboard, and take photos or video. The technology aims to provide portable ubiquitous computing through a wireless system integrated into multiple pen devices. While innovative, challenges remain regarding cost, battery life, keyboard design, and positioning of components.
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Five Pen PC Technology
The document describes a new technology called P-ISM being developed by NEC Corporation that will replace laptops. P-ISM uses five specialized pen-like devices that each have a unique function: a CPU pen, communication pen, LED projector pen, virtual keyboard pen, and digital camera pen. Together these pens enable portable ubiquitous computing through functions like processing, wireless connectivity, screen projection, keyboard input, and webcam capabilities. The technology aims to advance compact and portable computing.
5 pen pc
The document describes the 5PEN-PC, a pen-style personal computing device developed by NEC in 2003. It has 5 main functions: a CPU pen, communication pen, LED projector, virtual keyboard, and digital camera. The CPU pen acts as the computing engine and runs a Windows operating system. The communication pen connects to the internet via Bluetooth and WiFi. The LED projector displays a screen and the virtual keyboard projects a keyboard onto any flat surface. The camera enables video conferencing. The 5PEN-PC allows users to access the internet and use computer functions anywhere via the portable, wireless device.
5pc pen technology
For more information visit http://www.presentationat.blogspot.in/
Paper Presentation on:5pc pen technology
5 pen technology[1]
The document describes a "Pen-style Personal Networking Gadget" called P-ISM, which was created in 2003 as a portable computing device. P-ISM consists of five functions: a CPU pen, communication pen, virtual keyboard, visual output screen, and camera. It uses wireless technologies like Bluetooth and WiFi to connect to the internet through a cellular phone function. The device has merits of being portable and feasible due to its wireless connectivity, though drawbacks include unclear commercial prospects, costs, battery life, and the non-novelty of its virtual keyboard concept.
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P-ISM is a "pen-style personal networking gadget package" created in 2003 by Japanese company NEC. It includes five functions in a portable device: a CPU pen, camera, virtual laser keyboard, LED projector for visual output, and cellular phone connection. The package uses Bluetooth and WiFi for wireless connectivity and allows the user to access computing and internet functions by projecting the display and keyboard onto any flat surface. While portable and convenient, challenges remain regarding cost, battery life, and precision of the virtual keyboard.
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P-ISM is a "pen-style personal networking gadget package" created in 2003 by Japanese company NEC. It includes five functions in a portable package: a CPU pen, camera, virtual laser keyboard, LED projector for visual output, and cellular phone connection. The pens work together wirelessly using Bluetooth and Wi-Fi to allow the user to access computing and internet functions by projecting an interface on any flat surface. While portable and pioneering ubiquitous computing, challenges remain regarding cost, battery life, and perfecting the virtual keyboard technology.
5 pen-pc-technology-powerpoint-presentation.ppt (1)
This document discusses the 5 pen pc technology. It was created in 2003 by a Japanese company as a "Pen-style Personal Networking Gadget" consisting of 5 functions: a CPU pen, camera, virtual keyboard, visual output, and phone. The CPU pen acts as the computing engine and uses a dual core processor. A virtual laser keyboard projects onto surfaces. The LED projector provides a 1024x768 resolution monitor. It connects to the internet through a cellular phone function and uses Wi-Fi and Bluetooth connectivity. Benefits include portability and ubiquitous computing, while drawbacks include cost, battery life, and the unproven keyboard concept.
5 pen pc tech
This document describes the 5 pen PC technology, which allows a user to perform computer functions using a set of pens. The pens include a CPU pen, communication pen, LED projector, virtual keyboard, and camera. Together these pens allow users to compute, connect to the internet via Bluetooth, project a display, type on a virtual keyboard, and take photos or video. The technology aims to provide portable ubiquitous computing through a wireless system integrated into multiple pen devices. While innovative, challenges remain regarding cost, battery life, keyboard design, and positioning of components.
5penpctechnology
The document describes a "pen pc technology" called P-ISM, which was created in 2003. P-ISM allows users to perform computer functions by projecting a keyboard and monitor onto any flat surface using a pen-like device. It has five integrated functions: a CPU pen, camera, virtual keyboard, visual output projection, and cellular phone connectivity. The technology aims to provide portable, ubiquitous computing but has potential drawbacks in terms of cost, battery life, and the novelty of its keyboard concept.
5 pen pc technology
This document describes a 5 pen pc technology called P-ISM that was created in 2003. P-ISM consists of 5 functions: a CPU pen, camera, virtual keyboard, visual output, and phone. It uses a dual core processor, LED projector, Bluetooth, WiFi, and emits a laser keyboard. P-ISM allows portable ubiquitous computing. While promising, it has limitations including cost, battery life, and need for precise positioning. The document concludes that this is just the start of more compact communication devices to come.
5 PEN PC TECHNOLOGY
P-ISM is a "pen-style personal networking gadget" created in 2012 by Japanese company NEC. It consists of 5 functions - a CPU pen, communication pen, visual output projector, virtual keyboard, and camera. The CPU pen acts as the computing engine and uses a dual core processor. The communication pen connects to the internet via cellular networks and Bluetooth. It projects an A4 sized 1024x768 display and uses laser beams to generate a virtual keyboard. The camera allows for video calls. The entire device is portable and powered by a long lasting battery. While innovative, it also has drawbacks like cost and unproven keyboard positioning.
5 pen pc technology
This document describes a Pen-style Personal Networking Gadget called P-ISM that was created in 2003 by a Japanese technology company. P-ISM uses five connected pens that function as a portable computing device: a CPU pen, communication pen, projector pen, virtual keyboard pen, and camera pen. The pens connect via short-range wireless technology and can also connect to the internet. The document outlines the history of P-ISM, provides block diagrams of its design, describes the functions of each pen, discusses the benefits and limitations of the technology, and concludes by envisioning future enhancements.
5 pen technology ppt
The 5 Pen PC technology allows 5 pens to function as the core components of a portable computer. Each pen serves a distinct purpose: the CPU pen functions as the computer's processor, the camera pen contains an integrated digital camera, the visual keyboard pen projects a keyboard interface, the display pen works as an LED projector, and the communication pen enables cellular connectivity. Together, these 5 pens integrate the main functions of a CPU, camera, keyboard, display, and phone into a wireless, portable computer system that is lightweight, compact, and has a battery life of up to 2 weeks.
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This document provides an introduction to information technology and operating systems. It defines data and information, describes the basic components of a computer system including hardware, software and people. It classifies computers by size and discusses the evolution of computers through five generations from vacuum tubes to today's microprocessors. The architecture of a computer including main parts like input, processing, output is outlined. Finally, it describes system software and application software, and operating systems like Windows that enable communication between users and computers.
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This document provides an overview of 5 Pen PC Technology presented by Pranay Neema. It discusses the history of the technology developed by Tour Ichihash called P-ISM in 2003. P-ISM uses 5 pen functions including a CPU pen, communication pen, visual output projector, virtual keyboard, and camera. It connects to the internet via Bluetooth and a cellular phone function. While portable and feasible, challenges include cost, battery life, and unclear future implementation plans.
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This document discusses the P-ISM pen-style personal networking gadget package developed by NEC Corporation in 2003. It consists of 5 functions: a CPU pen, camera, virtual keyboard, visual output via an LED projector, and phone connectivity. The pens allow for ubiquitous computing by projecting a keyboard and monitor on any flat surface. While portable, the concept faces challenges with cost, battery life, and precision of the virtual keyboard. Overall, it demonstrates the direction of more compact communication devices.
5 Pen PC technology seminar report
The document discusses the 5 Pen PC technology developed by NEC Corporation. It consists of 5 pen-style components: a CPU pen, communication pen with cellular connectivity, virtual keyboard projector, LED projector, and digital camera. These pens connect wirelessly using Bluetooth and work together to provide computing and communication capabilities. The technology aims to enable ubiquitous computing through minimal and portable pen-sized devices. A conceptual prototype was developed in 2003, but the technology has yet to be commercialized for consumer use. The document provides details on each component and their working, along with the history and objectives of the 5 Pen PC concept.
5 pen pc technology
P-ISM is a conceptual pen-style device package being developed by NEC Corporation that includes five functions: a cellular phone, virtual keyboard, small projector, camera scanner, and ID/payment chip. The devices would connect to each other and the internet wirelessly. Each function would be housed in its own pen-sized device. Together the system provides portable computing capabilities and allows for ubiquitous access to information.
Pism report
P-ISM is a new gadget package under development by NEC Corporation that includes five pen-style devices: a cellular phone, virtual keyboard, small projector, camera scanner, and personal ID key. The devices connect to each other via short-range wireless technology and connect to the internet via the cellular phone. Each device performs an essential computing function, such as the CPU pen that contains a dual-core processor. The package aims to enable ubiquitous computing in a minimalist pen-style form factor. While prototypes were showcased in 2003, further development is needed to improve and commercialize the technology.
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5 pen pc tecnology
The 5-Pen Pc is a collection of 5 pen-sized devices that work together as a portable computer. The pens include a CPU pen, camera pen, projector pen, communication pen, and virtual keyboard pen. When connected wirelessly, the pens allow for computing, communication, display projection, photography, and input anywhere. First developed in 2003, the 5-Pen Pc concept demonstrated a vision of ubiquitous computing with small, portable devices but faced challenges in cost, battery life, and fully realizing some of the pen technologies.
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The P-ISM system consists of 5 pen-style gadgets (CPU Pen, Camera Pen, Virtual Keyboard, Projector Pen, Communication Pen) that are connected wirelessly and to the internet. It allows users to perform computer functions by interacting with a virtual keyboard and screen projected onto any flat surface. The system was an early concept of mobile, touch-based computing using pen-style devices.
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The document describes the P-ISM pen-style personal networking gadget developed by NEC in 2003. It consists of 5 pens including a CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. The virtual keyboard projects a laser keyboard and uses electronic perception technology to detect key presses. The projector pen projects the display onto a surface. It has merits of being portable and using WiFi/Internet but current limitations include unclear positioning and higher costs than traditional computers.
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This document presents a seminar presentation on 5 Pen PC technology. It discusses the history and introduction of the 5 Pen PC, which was created in 2003 by NEC as a pen-style personal networking device. It then describes the 5 main functions of the 5 Pen PC: the CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. It provides details on the electronic perception technology used and covers the merits and demerits of the 5 Pen PC. In conclusion, it discusses how communication devices are becoming more compact and this represents the start of new technologies.
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P-ISM was first featured at the 2003 ITU Telecom world held in Geneva, Switzerland
The P-ISM system was based on "low-cost electronic perception technology" produced by the San Jose, California, firm of Canesta
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This document provides an overview of the P-ISM pen-style personal networking gadget created by NEC in 2003. It describes the history and introduction of P-ISM, which uses electronic perception technology to project a virtual keyboard and screen onto surfaces. The document outlines the key components of P-ISM including the CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. It discusses the block diagram and functions of each component, along with the merits and demertis of P-ISM. The conclusion comments on P-ISM being an early example of increasingly compact communication devices.
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5penpctechnology
The document describes a "pen pc technology" called P-ISM, which was created in 2003. P-ISM allows users to perform computer functions by projecting a keyboard and monitor onto any flat surface using a pen-like device. It has five integrated functions: a CPU pen, camera, virtual keyboard, visual output projection, and cellular phone connectivity. The technology aims to provide portable, ubiquitous computing but has potential drawbacks in terms of cost, battery life, and the novelty of its keyboard concept.
5 pen pc technology
This document describes a 5 pen pc technology called P-ISM that was created in 2003. P-ISM consists of 5 functions: a CPU pen, camera, virtual keyboard, visual output, and phone. It uses a dual core processor, LED projector, Bluetooth, WiFi, and emits a laser keyboard. P-ISM allows portable ubiquitous computing. While promising, it has limitations including cost, battery life, and need for precise positioning. The document concludes that this is just the start of more compact communication devices to come.
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P-ISM is a "pen-style personal networking gadget" created in 2012 by Japanese company NEC. It consists of 5 functions - a CPU pen, communication pen, visual output projector, virtual keyboard, and camera. The CPU pen acts as the computing engine and uses a dual core processor. The communication pen connects to the internet via cellular networks and Bluetooth. It projects an A4 sized 1024x768 display and uses laser beams to generate a virtual keyboard. The camera allows for video calls. The entire device is portable and powered by a long lasting battery. While innovative, it also has drawbacks like cost and unproven keyboard positioning.
5 pen pc technology
This document describes a Pen-style Personal Networking Gadget called P-ISM that was created in 2003 by a Japanese technology company. P-ISM uses five connected pens that function as a portable computing device: a CPU pen, communication pen, projector pen, virtual keyboard pen, and camera pen. The pens connect via short-range wireless technology and can also connect to the internet. The document outlines the history of P-ISM, provides block diagrams of its design, describes the functions of each pen, discusses the benefits and limitations of the technology, and concludes by envisioning future enhancements.
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The 5 Pen PC technology allows 5 pens to function as the core components of a portable computer. Each pen serves a distinct purpose: the CPU pen functions as the computer's processor, the camera pen contains an integrated digital camera, the visual keyboard pen projects a keyboard interface, the display pen works as an LED projector, and the communication pen enables cellular connectivity. Together, these 5 pens integrate the main functions of a CPU, camera, keyboard, display, and phone into a wireless, portable computer system that is lightweight, compact, and has a battery life of up to 2 weeks.
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This document provides an introduction to information technology and operating systems. It defines data and information, describes the basic components of a computer system including hardware, software and people. It classifies computers by size and discusses the evolution of computers through five generations from vacuum tubes to today's microprocessors. The architecture of a computer including main parts like input, processing, output is outlined. Finally, it describes system software and application software, and operating systems like Windows that enable communication between users and computers.
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This document provides an overview of 5 Pen PC Technology presented by Pranay Neema. It discusses the history of the technology developed by Tour Ichihash called P-ISM in 2003. P-ISM uses 5 pen functions including a CPU pen, communication pen, visual output projector, virtual keyboard, and camera. It connects to the internet via Bluetooth and a cellular phone function. While portable and feasible, challenges include cost, battery life, and unclear future implementation plans.
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This document discusses the P-ISM pen-style personal networking gadget package developed by NEC Corporation in 2003. It consists of 5 functions: a CPU pen, camera, virtual keyboard, visual output via an LED projector, and phone connectivity. The pens allow for ubiquitous computing by projecting a keyboard and monitor on any flat surface. While portable, the concept faces challenges with cost, battery life, and precision of the virtual keyboard. Overall, it demonstrates the direction of more compact communication devices.
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The document discusses the 5 Pen PC technology developed by NEC Corporation. It consists of 5 pen-style components: a CPU pen, communication pen with cellular connectivity, virtual keyboard projector, LED projector, and digital camera. These pens connect wirelessly using Bluetooth and work together to provide computing and communication capabilities. The technology aims to enable ubiquitous computing through minimal and portable pen-sized devices. A conceptual prototype was developed in 2003, but the technology has yet to be commercialized for consumer use. The document provides details on each component and their working, along with the history and objectives of the 5 Pen PC concept.
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P-ISM is a conceptual pen-style device package being developed by NEC Corporation that includes five functions: a cellular phone, virtual keyboard, small projector, camera scanner, and ID/payment chip. The devices would connect to each other and the internet wirelessly. Each function would be housed in its own pen-sized device. Together the system provides portable computing capabilities and allows for ubiquitous access to information.
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P-ISM is a new gadget package under development by NEC Corporation that includes five pen-style devices: a cellular phone, virtual keyboard, small projector, camera scanner, and personal ID key. The devices connect to each other via short-range wireless technology and connect to the internet via the cellular phone. Each device performs an essential computing function, such as the CPU pen that contains a dual-core processor. The package aims to enable ubiquitous computing in a minimalist pen-style form factor. While prototypes were showcased in 2003, further development is needed to improve and commercialize the technology.
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This document outlines key aspects of pervasive computing including:
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The document describes the P-ISM pen-style personal networking gadget developed by NEC in 2003. It consists of 5 pens including a CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. The virtual keyboard projects a laser keyboard and uses electronic perception technology to detect key presses. The projector pen projects the display onto a surface. It has merits of being portable and using WiFi/Internet but current limitations include unclear positioning and higher costs than traditional computers.
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This document presents a seminar presentation on 5 Pen PC technology. It discusses the history and introduction of the 5 Pen PC, which was created in 2003 by NEC as a pen-style personal networking device. It then describes the 5 main functions of the 5 Pen PC: the CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. It provides details on the electronic perception technology used and covers the merits and demerits of the 5 Pen PC. In conclusion, it discusses how communication devices are becoming more compact and this represents the start of new technologies.
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P-ISM was first featured at the 2003 ITU Telecom world held in Geneva, Switzerland
The P-ISM system was based on "low-cost electronic perception technology" produced by the San Jose, California, firm of Canesta
5penpctechnology 120401061743-phpapp02
This document provides an overview of the P-ISM pen-style personal networking gadget created by NEC in 2003. It describes the history and introduction of P-ISM, which uses electronic perception technology to project a virtual keyboard and screen onto surfaces. The document outlines the key components of P-ISM including the CPU pen, camera pen, virtual keyboard, projector pen, and communication pen. It discusses the block diagram and functions of each component, along with the merits and demertis of P-ISM. The conclusion comments on P-ISM being an early example of increasingly compact communication devices.
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The document describes a "Pen-style Personal Networking Gadget Package" (P-ISM) created in 2003 as a portable all-in-one computer. P-ISM includes five functions: a CPU pen, camera, virtual keyboard, visual output via an LED projector, and cellular phone connection. It allows the user to access computing and internet functions by writing on any flat surface to project a keyboard and monitor. While portable and convenient for ubiquitous computing, challenges include unclear potential, costs, battery life, and precise keyboard positioning. The P-ISM demonstrates the trend toward more compact communication devices, and more advanced portable all-in-one computers can be expected in the future.
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P-ISM is a "pen-style personal networking gadget package" created in 2003 by Japanese company NEC. It includes five functions in a portable package: a CPU pen, camera, virtual laser keyboard, LED projector for visual output, and cellular phone connection. The pen devices are connected wirelessly via Bluetooth and WiFi to allow the user to access the internet and exchange information from any flat surface. While portable and convenient for ubiquitous computing, challenges remain regarding cost, battery life, and precision of the virtual keyboard. Overall, P-ISM demonstrated the potential for compact communication devices that are now seen as the start of pen computing technology.
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This document summarizes a pen pc technology called P-ISM. P-ISM includes 5 functions: a CPU pen, camera, virtual keyboard, visual output via an LED projector, and cellular calling capability. It uses Bluetooth and WiFi for wireless connectivity and allows the user to access computing functions by writing on any flat surface and using a projected virtual keyboard. While portable and convenient, challenges include cost, battery life, and precise keyboard positioning.
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The document describes a "5 pen pc technology" called P-ISM, which was created in 2003 as a portable computing device consisting of 5 functions: a CPU pen, camera, virtual keyboard, visual output via LED projector, and cellular phone function. P-ISM allows users to perform computing tasks like using applications and the internet on any flat surface using the pens, with the keyboard and monitor projected. It connects wirelessly via Bluetooth and the internet through the cellular phone function. While portable and convenient, challenges include cost, battery life, and refinement of the virtual keyboard technology.
kakollu kondala rao
The document describes 5 Pen PC technology, which uses 5 pen devices connected wirelessly via Bluetooth to function as a portable computing system. The 5 pens provide the functions of a CPU, projector, virtual keyboard, camera, and cellular communication. Together they allow users to access computing and internet functions by projecting an interface onto any flat surface. While innovative, challenges remain regarding its high cost, wireless limitations, need for a flat surface, and unclear commercialization plans.
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The document discusses the CPU pen, which is one component of the 5 Pen PC technology. The CPU pen contains a dual-core processor and runs on a Windows operating system. It discusses the basic components and functions of a CPU, including the control unit, microprocessor design, and clock rate which determines the speed of instruction execution. The CPU pen allows the 5 Pen PC system to perform computing functions through a small pen-sized form factor.
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Intel has achieved a breakthrough in transistor technology by developing high-k + metal gate transistors for its 45 nm process. These transistors significantly reduce leakage power and are the biggest advancement since polysilicon gate MOS transistors were introduced in the 1960s. Intel has made working 45 nm microprocessors using these new transistors, which will deliver higher performance and greater energy efficiency. Intel's 45 nm products are on track to begin production in late 2007 with three factories manufacturing 45 nm by early 2008.
45nm Summary Foils
Intel is launching new 45nm processors featuring revolutionary hafnium-based high-k metal gate transistors, representing the biggest advancement in transistor design in 40 years. This includes 16 new server and desktop processors. Intel is executing on delivering higher performance and greater energy efficiency across servers, desktops, and laptops through its 45nm process and new processor families.
45nm Product Press Briefing
This document provides an overview of Intel's 45nm manufacturing technology and upcoming 45nm products. Key points include:
- Intel has demonstrated 45nm "Penryn" and "Silverthorne" microprocessors using a revolutionary high-k metal gate transistor technology for improved performance and reduced power leakage.
- Intel's 45nm process uses fully lead-free and halogen-free packaging technologies.
- Yield for 45nm production is on track. Shipments of 45nm CPUs are projected to exceed 65nm CPUs starting in the second half of 2008.
- 45nm CPUs will have higher transistor density and counts than comparable 65nm chips while maintaining the same die size, enabling improved performance and additional features.
Singapore Rec
REC announced that it will invest $6.5billion to build the world largest solar manufacturing plant in Singapore.
Asml 20070914 2007 09 14 Db London Sept 14
1. Deutsche Bank held a technology conference in London on September 14, 2007 where Franki Dâ€TMHoore, Director of Investor Relations at ASML, presented on the lithography systems company.
2. ASML is the world's leading provider of lithography systems for the semiconductor industry, serving 17 of the top 20 semiconductor manufacturers. In 2006, ASML had a market share of 63% and net sales of €3.6 billion.
3. ASML's lithography roadmap enables continued shrinkage for logic, DRAM and NAND flash technologies through ongoing innovation and the introduction of new product lines such as the XT:1900 and XT:1700 with improved resolution and throughput.
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