Powerful microprocessor helps popular 3D content
Paul Otellini, president and CEO of Intel Corporation, said at the 2010 Consumer Electronics Show that creating 3D content requires "a lot of computing resources." The powerful microprocessor will become the backbone of the transition to 3D content creation. Otellini played a video highlighting how the latest achievements in 3D content have changed the way people watch movies, and how they can give people an immersive experience when watching concert and sports events videos and playing video games.
Otellini also showed some powerful PCs that can extend 3D content creation from Hollywood studios to the living room of ordinary people. He demonstrated how to use the optimized 3D video encoding / editing software and high-performance PC to use two high-definition cameras placed next to a tripod to shoot two independent left-view and right-view videos to quickly create 3D video. Then play it on the 3D TV. He showed people through the show that the PC not only has the powerful functions required to play high-definition 3D video, but also can quickly change the visual appearance and add 3D text overlay while playing the video, and all these operations do not have to wait for the image to render. The demonstration used Silicon Imaging * SI-3D stereo camera system, video encoding / editing software provided by video compression technology company Cineform *, and Alienware * PC based on Intel Core i7 processor. Cineform's First Light 3-D application is designed to take full advantage of the processing power of the Intel Core i7 processor and the new media and multiprocessor core instruction set. RealD * is a leading manufacturer of 3D technology for cinema, home, and professional applications. It uses stereoscopic theater systems, 3D glasses, and 3D projection technology to build a CES keynote theater that allows viewers to experience the depth, clarity, and immersion of presentation content.
Connect computing devices at home
Otellini also demonstrated Intel wireless display technology, a new way to connect computing devices at home, allowing people to easily enjoy the contents of laptops on large-screen TVs wirelessly. Based on the 2010 new Intel Core processor family, Intel wireless display technology utilizes a standard Wi-Fi interface (commonly used in laptops) and connects PCs and high-definition TVs through a small, lightweight adapter. With this technology, people can easily send videos, photos, and music from a laptop to a TV, so they can sit together on the sofa and share a large-screen playback experience without having to squeeze around a small laptop screen.
As part of the Blue Label 2.0 initiative, laptops and adapters using Intel ’s wireless display technology will be available in Best Buy * stores in the United States and Canada on January 17. Dell, Sony and Toshiba all provided laptops for this project. All laptops in the Blue Label 2.0 program are pre-installed with Intel wireless display technology, and all have a hotkey. Users can easily connect computers and TVs with the press of a button. NETGEAR * provides TV adapters for Intel ’s wireless display technology, and Best Buy will bundle laptops and adapters. This year, Intel plans to sell this technology to other markets and distribution channels.
Otellini also highlighted the high-speed optical cable technology "Light Peak" developed by Intel, another new method for transferring large files or audio / video signals between electronic devices, which will be available soon. This technology can provide 10Gb / s bandwidth and can be expanded to 100Gb / s in the next ten years. "Light Peak" technology uses optical cables instead of copper wires to connect next-generation electronic devices, such as laptops, high-definition monitors, cameras, video players, docking stations, and solid-state drives. With a transmission speed of up to 10Gb / s, it can The transmission time of long Blu-ray * movies is reduced by 30 seconds. The original system is expected to be available next year. In addition, due to increasing industry support, Light Peak is expected to become a widely used standard technology in the future.
"Smarter" computing devices at home
Otellini emphasized that TV is still the center of every family, but it will become more and more intelligent. Otellini also explained how advances in microprocessor technology will continue to change the way people watch 3D movies and TV shows at home. To this end, he showed how to visually search for TV shows, Internet video sites, Facebook * and other applications on the upcoming Orange * media set-top box. Orange set-top box has the most advanced functions and 3D interface, can bring people a wonderful entertainment experience.
The Orange set-top box concept combines the best linear and on-demand TV with live TV systems, PVR (Personal Video Recorder) and TV on demand systems, as well as the best Internet services and personalized content (such as videos and photos). The Orange set-top box uses Intel's latest system-on-chip processor. The processor can support Internet and broadcast applications on one chip. The Intel Atom CE4100 has the processing power and audio / video components needed to run rich media applications, such as the 3D graphics card and interface on the Orange set-top box.
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