Intel details 2011 processor features built-in amazing visual features
Intel recently introduced the technical details of the second-generation Intel® Core ™ (Core ™) processor series architecture (codenamed Sandy Bridge). The new processor is expected to be mass-produced later this year. Intel President and Chief Executive Officer Otellini (Paul Otellini) and Intel Corporation Executive Vice President and General Manager of the Intel Architecture Business Group David (Dadi) Perlmutter introduced many new or improved products in the opening speech of the Intel Developer Forum (IDF) Features.
New micro-architecture with 32-nanometer process: The second-generation Intel® Core ™ processor series micro-architecture is Intel ’s first new micro-architecture with advanced 32-nanometer process technology. The processor contains the second-generation high-K Metal gate transistor. Intel uses innovative processes and transistor design to provide a new generation of microprocessors with higher performance and lower power consumption.
New-generation Intel® Turbo Boost technology: The new-generation Intel® Turbo Boost technology uses adjustable acceleration clock frequency to achieve the highest performance, and can also be adjusted according to the type of instruction to save power consumption. Intel Turbo Boost technology will target high-density "high-load" operations and improve performance by increasing energy. In addition, the newly designed power equalization algorithm can control power consumption and heat dissipation to achieve optimal performance.
Improved core with innovative Ring Interconnect: The second-generation Intel® Core ™ processor series micro-architecture combined with a greatly improved core, through the innovative ring interconnect structure to improve connection efficiency and create higher Data bandwidth, performance, and power efficiency. The ring interconnect structure is a high-frequency, low-latency, modularized chip internal system that can connect various processor components and bring higher performance. The ring interconnect structure provides a high-speed and low-latency communication mechanism between the upgraded processor core, processor graphics solution, and integrated components including memory controller and display.
The industry's first processor graphics architecture with a new execution pipeline: the innovative design of the second-generation Intel® Core ™ processor series graphics architecture, greatly improving performance and adding many exciting new features-all of which Thanks to Intel's advanced 32nm process technology. Intel ’s new processor graphics architecture targets many of the computing functions most users perform today: including HD high-definition video, stereoscopic 3D, mainstream gaming, multi-tasking, and online social and multimedia, bringing many enhancements Visual function. This new micro-architecture allows resources to be allocated to each processor core and graphics architecture to share, not only to achieve optimal performance, but also to save power consumption. Perlmutter demonstrated the hardware-accelerated transcoding performance, using the dedicated silicon chip of this architecture to perform media processing operations, including encoding and decoding of HD high-definition video.
Intel Advanced Vector Extensions (AVX): AVX brings higher performance and rich and diverse functions, and can more properly perform data management, reconfiguration, and sequencing. The newly added 256-bit instruction set can speed up processing for applications such as digital photo editing and content creation, where intensive floating-point operations are required.
Blueprint for low power consumption of desktop computers: 65W, 45W, 35W TDP performance optimization and power optimization desktop solution. Intel will launch a low-power version of the second-generation Intel® Core ™ processor series for desktop computers, including 65W solutions with optimized performance and 45W / 35W optimized solutions for power consumption. Intel will launch special boxed versions of these low-power processors. Intel authorized dealers will supply newly designed fan-shaped heat sinks to make it easier for consumers to assemble smaller and more stylish desktop computer systems. For the all-in-one system, Intel also invested in the development of standardized ultra-thin mini-ITX desktop motherboards and chassis to assist local system integration vendors to develop this fast-growing product market.
Foxconn, Magic Computer, and Acer demonstrate innovative All-in-one integrated desktop solutions: Foxconn and Magic Computer demonstrate the thin and innovative all-in-one desktop computer design. The concept machine design of Foxconn and Supernatural is based on Intel's Buffalo Bay, so that the motherboard and reference power supply can support the design of a variety of all-in-one models. Acer's system contains a 65W Intel® Core i7 desktop processor.
The next-generation Intel® XeonR processor (codenamed Sandy Bridge) will create more advanced server performance: Otellini will show at the conference that the two-way server with the next-generation Intel® XeonR processor will execute the Vidyo video conferencing software and make full use 32 threads in the system, and take advantage of the AES New InstrucTIons set (AESNI) instruction set. The next-generation XeonR processors dedicated to dual-socket servers and workstations. Each processor contains 8 cores and can simultaneously execute 16 threads. It is expected to be mass-produced in the second half of 2011.
A computing device with a second-generation Intel® Core ™ embedded processor: The second-generation Intel® Core ™ processor contains Intel ’s Advanced Vector Extensions (AVX), which is used to handle highly computationally intensive applications such as radar It can achieve higher performance in digital signal image and digital security operations such as detection, hurricane command center, navigation system, remote medical image processing, etc.
to sum up:
With the support of performance, the computing devices can interact smoothly. The second-generation Intel® Core ™ processor series uses a balanced architecture, allocating all resources where needed, providing intelligently adjusted performance, and bringing a smooth and amazing visual experience.
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