Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Provides Details of Current Chips, Looks at Potential Technologies for the Future of Moore’s Law

Curious about details of Intel’s Broadwell SoC, Intel’s 14nm SoC process, and potential Moore’s Law technologies such as gallium nitride and Tunneling Field Effect Transistors? Intel will provide a look at these and other topics, including three papers highlighted by show organizers, at the 2015 Symposia on VLSI Technology and Circuits this week in Kyoto, Japan. For highlights of Intel’s papers at the conference, check out this blog post.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Intel Announces New Xeon® Server Chips for “Visual Cloud” at Computex 2015

Today at Computex 2015, Intel introduced the Intel® Xeon® processor E3-1200 v4 product family, now integrated with Intel’s most powerful data center graphics, Intel® Iris™ Pro graphics P6300. The Intel Xeon E3v4 product family enables cloud service providers and content owners to meet cloud-based graphics demands like high-definition video streaming to help deliver better user experiences. Built on 14nm process technology, the latest generation Intel Xeon processors offer new levels of performance for graphically-intensive workloads such as video transcoding, graphics/media delivery and remote workstation applications. Read the New Data Center Graphics Powerhouse blog or visit the multimedia press kit to learn more.

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

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On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

ML50_Gordon-Moore_BK_2.jpg

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

ml50.jpg

On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

ml50.jpg

On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

ml50.jpg

On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

ml50.jpg

On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Turning 50 This Month, Moore’s Law Spurs Economic Growth in the Trillions

Turning 50 this month, Moore’s Law is the cornerstone on which today’s innovation is built. IHS said today that Moore’s Law has generated a minimum of $3 trillion in incremental GDP and up to $11 trillion when including the indirect impact. At an event tonight, Gordon Moore is expected to highlight that without increasing funding for basic research and focus on STEM education advancements such as Moore’s Law may not happen in the future, potentially hobbling economic growth and increases in living standards.

ML50_Gordon-Moore_BK_2.jpg

When Intel CEO Brian Krzanich showed 86-year-old Intel co-founder Dr. Gordon Moore the Intel® Edison-powered Spiderbot, Moore promptly pointed out that the robot does not have the correct number of legs — spiders have eight.

ml50.jpg

On the evening of May 11 in a rare opportunity, former and current Intel chairmen and CEOs gather at an event in San Francisco to celebrate the 50th anniversary of Moore’s Law: Intel Co-Founder Dr. Gordon Moore, Intel Chairman Andy Bryant, retired Intel Chairman Arthur Rock and Intel CEO Brian Krzanich (left to right).  Credit: Intel, Walden Kirsch.

Gordon Moore: Thoughts on the 50th Anniversary of Moore’s Law

Infographic: Moore’s Law Celebrating Five Decades of Innovation

infographic-moores-law-five-decades.jpg

Chip Shot: Moore’s Law Turns 50 Today

Today marks the 50th anniversary of Moore’s Law, an unspoken agreement between the electronics industry and the world economy that inspires engineers, inventors and entrepreneurs to think about what is possible. Moore’s Law enables much of today’s innovation – wearable technology, genomic sequencing, smart cities –and is helping industries tackle seemingly intractable problems and turning fantastic ideas into profitable business ventures. What will the next 50 years hold?

Moore’s Law 50th Anniversary Interactive News Capsule