December 30 news, 2011 CPU chip market is facing a fierce competition, Intel and AMD two companies are planning to start from the beginning of 2011 to introduce the core of the fusion graphics processing CPU products, together with PC manufacturers to launch new products. The behavior of both parties will directly impact the entry-level graphics chip market.
January 6, 2011 Intel will release the latest Sandy bridge architecture chip, and will use the 32-nanometer technology to encapsulate the graphics core and CPU in the same core. From the beginning of the year, the APU core that AMD has been demonstrating will be sold as a finished product. This is also where the two sides compete for market chips.
Intel's New Architecture Improves Product Performance Overall CES Release Intel continues to push its own pendulum style products. After the 32-nanometer manufacturing process was introduced in 2010, the 32-nanometer technology of the sandy bridge architecture has become the flagship of this year. In addition to the three-level cache and computational improvements, the integration of graphics processing cores into one core is the main feature.
According to the publicly available data, the sandy bridge architecture integrates the display chip and the CPU together with its own power supply and clock domain. It also supports the acceleration technology and shares the three-level cache. These technical updates will greatly improve the graphics performance of the Westmere architecture. .
In the first quarter of next year, there will be 13 new architecture processors available, codenamed i3, i5, i7, and many other products. It can be said that all Intel chips will be replaced with new architectures. The earliest products will be exhibited at CES 2011, and various PC products equipped with new products will be unveiled.
AMD high-profile publicity for a long time APU is about to debut relatively speaking, AMD's 2010 APU promotion can be described as a very high profile. AMD Global continues to disclose the product release process and has plans for external presentations. The APU will also make its debut in the 2011 market after AMD acquired the graphics company ATI's innovative products.
The APU will continue to focus on the core of the X86 architecture. The CPU and GPU logic will share the same memory controller and hope to increase the performance and efficiency of the two chips.
AMD also plans to improve the software environment used by APU in 2011 and hopes to introduce a better support platform when it is officially released.
Upstream and downstream manufacturers actively adopt new technologies to push new PC models. CES is approaching in 2011. Various vendors plan to launch new models equipped with Sandy bridge or APU computers. According to industry conditions, the upgrade of the two chip makers has triggered the overall development of motherboards and PCs. Business positive response.
ASUS has just disclosed a new generation of Sandy Bridge-based notebooks, and Acer’s APU-based products are gradually being disclosed. Even the hardware-demanding Apple plans to use the Sandy Bridge platform on the next-generation Macbook.
The competition of various manufacturers actually reflects the influence of the two chip makers on the industry. Manufacturers will also plan new products based on their previous partnerships and their own new product competition priorities.
The price of chips will not increase at the same time of innovation. At present, the chip market has formed a relatively saturated competition. The competition between the two parties will directly increase the overall performance of the PC, and its price will be more cost-effective.
The entry-level graphics card market will be impacted by the graphics processing core. The CPU's ability to process graphics images can be high. Without the use of a discrete graphics card, the PC can also have a good graphics processing capability. In this way, entry-level discrete graphics cards and The simple integrated graphics market will suffer.
For example, Apple Inc., which had previously used the chip set from 2009 for Nvidia, chose Intel's new architecture to be recognized for its technology.
In the environment where mobile PCs are increasingly pursuing portability and gaming performance, discrete graphics cards are considered to be large power consumption, and discrete graphics cards will become less and less common in mobile products after fusion graphics processing.
January 6, 2011 Intel will release the latest Sandy bridge architecture chip, and will use the 32-nanometer technology to encapsulate the graphics core and CPU in the same core. From the beginning of the year, the APU core that AMD has been demonstrating will be sold as a finished product. This is also where the two sides compete for market chips.
Intel's New Architecture Improves Product Performance Overall CES Release Intel continues to push its own pendulum style products. After the 32-nanometer manufacturing process was introduced in 2010, the 32-nanometer technology of the sandy bridge architecture has become the flagship of this year. In addition to the three-level cache and computational improvements, the integration of graphics processing cores into one core is the main feature.
According to the publicly available data, the sandy bridge architecture integrates the display chip and the CPU together with its own power supply and clock domain. It also supports the acceleration technology and shares the three-level cache. These technical updates will greatly improve the graphics performance of the Westmere architecture. .
In the first quarter of next year, there will be 13 new architecture processors available, codenamed i3, i5, i7, and many other products. It can be said that all Intel chips will be replaced with new architectures. The earliest products will be exhibited at CES 2011, and various PC products equipped with new products will be unveiled.
AMD high-profile publicity for a long time APU is about to debut relatively speaking, AMD's 2010 APU promotion can be described as a very high profile. AMD Global continues to disclose the product release process and has plans for external presentations. The APU will also make its debut in the 2011 market after AMD acquired the graphics company ATI's innovative products.
The APU will continue to focus on the core of the X86 architecture. The CPU and GPU logic will share the same memory controller and hope to increase the performance and efficiency of the two chips.
AMD also plans to improve the software environment used by APU in 2011 and hopes to introduce a better support platform when it is officially released.
Upstream and downstream manufacturers actively adopt new technologies to push new PC models. CES is approaching in 2011. Various vendors plan to launch new models equipped with Sandy bridge or APU computers. According to industry conditions, the upgrade of the two chip makers has triggered the overall development of motherboards and PCs. Business positive response.
ASUS has just disclosed a new generation of Sandy Bridge-based notebooks, and Acer’s APU-based products are gradually being disclosed. Even the hardware-demanding Apple plans to use the Sandy Bridge platform on the next-generation Macbook.
The competition of various manufacturers actually reflects the influence of the two chip makers on the industry. Manufacturers will also plan new products based on their previous partnerships and their own new product competition priorities.
The price of chips will not increase at the same time of innovation. At present, the chip market has formed a relatively saturated competition. The competition between the two parties will directly increase the overall performance of the PC, and its price will be more cost-effective.
The entry-level graphics card market will be impacted by the graphics processing core. The CPU's ability to process graphics images can be high. Without the use of a discrete graphics card, the PC can also have a good graphics processing capability. In this way, entry-level discrete graphics cards and The simple integrated graphics market will suffer.
For example, Apple Inc., which had previously used the chip set from 2009 for Nvidia, chose Intel's new architecture to be recognized for its technology.
In the environment where mobile PCs are increasingly pursuing portability and gaming performance, discrete graphics cards are considered to be large power consumption, and discrete graphics cards will become less and less common in mobile products after fusion graphics processing.
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