The dawn of the era of multi-core computers

In the summer of 2006, Intel unveiled the Intel Core 2 Duo processor for desktops, saving up to 40% in power consumption, while improving performance by up to 40% compared to microprocessors. Best of Intel before. As of mid-October, Intel shipped 6 million products. In November 2006, Intel shipped four-core Intel Core 2 Quad Core processors.

First dual-core laptop

In January 2006, Intel launched the first dual-core laptops with the power of the Core Duo processor, improving PC performance by 30% and reducing power consumption. 20%, continue to improve battery uptime, wireless connectivity and eye-catching design models brought by the famous Centrino brand.

In June, Intel unveiled its Core 2 Duo processor, dramatically improving its performance by more than 20% compared to Core Duo. Laptop computers are currently the fastest growing market of computers.

Otellini, Intel's general manager, is introducing the Core 2 Duo processor.

Intel is taking advantage of its 65-nanometer (nm) manufacturing capabilities to meet global demand for Intel Core 2 Duo processors and other new products.

They have also succeeded in demonstrating the next generation production cycle of 45 nanometers (nm) and are expected to begin putting two 45-nanometer (nm) plants into production in 2007. 45nm products ( Intel's first nm will be launched in the first quarter of 2007.

Intel's attempt at light quantum technology on silicon, including Intel's recent announcement of a silicon laser, is paving the way for new generations of fast connectivity between chips, overcoming barriers. to get faster computer chip designs.

Intel's tiny robot model in development is a testament to the ways in which Intel's groundbreaking development programs are contributing to the creation of new ideas across all aspects of technology.

Intel researchers continually expand the narrow scope of technology and learn more and more about the ways and reasons people use technology. For example, one of the most powerful supercomputers in Europe, Finis Terrae, uses more than 2,500 Intel Itanium 2 processor cores and will be used exclusively for global collaborative research projects.

Digital entertainment, promoting Wimax

Following the success of the Centrino brand for laptops with wireless networking technology, Intel announced Intel Viiv technology for home entertainment computers in early 2006 and then Intel vPro , a technology platform for enterprise computers with greater security and better management capabilities.

Intel has partnered with many of the world's 'IT giants' such as Anytime, AOL, DirecTV, NBC Universal, Shanghai Media Group, Yahoo . to accelerate the availability of compelling digital entertainment content, from the Internet to computers and TVs, in the user's home.

The impetus for the development of Wimax wireless Internet access technology is demonstrated by 250 global testing projects in 2006. Important agreements and business investments from Intel, Sprint, Motorola, Clearwire and others. Other leading companies have also contributed to the strong growth of Wimax technology.

A faster wireless network system, a broader and more cost-effective scope of operation is extremely essential to deploying the 'Internet everywhere' vision and is easier to wirelessize many countries. Households all over the world.

Narrow the number gap

Rather than brands for specialized markets, Intel is working with developing countries and local communities to bring the benefits of computers to everyone.

Platforms including Eduwise, Rural PC and 'Discover the PC' bring features like: educational computers for children in China; special screens and a battery system for cars to fight pests; A built-in mode helps your computer to operate stably in remote areas - where the power supply is unstable.

Through the World Ahead initiative and a $ 1 billion investment commitment for many years, Intel is contributing to narrowing the digital gap and bringing access to the technology to remote communities - where the problem is. topics such as economy, cost and education are still barriers to access technology of the people.

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