Has a considerable proportion of influence
on the A9 and A7 programs in their respective markets, Whose program
performance in the Tablet PC market, the strongest and always will be a
topic, because this is directly related consumer may choose a product,
own overhead Value for money. The most common core "dual-core
Cortex-A9", such as the common domestic dual-core tablet are generally
A9 core, Orion is a 4-core A9 core, that is, each processor has four A9
want before 2, a whole doubled.
RK3188 28-nanometer chips 1, the international leading 28nm process 2 quad-core A9 architecture, performance, ultra-A7 3, high-speed InterChip USB interface 4, low power consumption
This new process is designed application processor for mobile devices, and equipment, including high-performance smart phones, tablet, notebook, netbook, etc., to provide longer battery life by virtue of the low-leakage transistors. Compared to 45nm LP SoC process of low-power, allegedly under the new technology at the same frequency can save 60% of the operating power, performance improvement of 55% in the same leakage rate can bring. Multi-core strategy, international manufacturers Select 28nm process. 1, specifically designed for mobile devices 2, longer battery life and more robust performance indicators 3, compared to 45nm LP SoC low-power technology, allegedly the new process performance increase of 55% to 60% power savings 4 to enhance the transistor switching speed gate leakage reduction, lower gate capacitance
28nm A9 nuclear dual-core, according to the FNF represent the equivalent of 40nm A7 nuclear; process A9 computing power than A7 strong; A9 four instructions can be performed at a time, A7 can only perform two; A9 A7 per second the shipped 600,000 high speed floating-point; quad-core compared to 2.4 million operands the ARM A9 has out-of-order execution architecture A7 not have. From which we can easily see that the use of the FNF ifive quad-core tablet the RK3188, than other A7 tablet.
RK3188 provides the latest high-speed communication interface, the priority for the connection 4G (LTE FDD / TD-LTE), 3G module to achieve high-speed data transmission, so as you open the door to high-speed Internet access, early entry into the 4G era, to achieve faster data transfer experience. According to reports, the high-speed communication interface supports data transfer rates of 480Mbps. This standard can run in the low CMOS level, and the interface is simple - only two cables. This standard can also save power by avoiding the use of analog components to minimize costs. High-speed transmission power consumption is only 16mW, the USB2.0 fifth.
More obvious the RK3188 advantage of the FNF and quad-core tablet master 28nm than 40nm process, more power savings; A9 four nuclear tiled architecture, internal friction weakened, games, videos, web browsing, data transfer, lower power consumption, therefore The FNF of quad-core tablet worthy of our expectations.
RK3188 28-nanometer chips 1, the international leading 28nm process 2 quad-core A9 architecture, performance, ultra-A7 3, high-speed InterChip USB interface 4, low power consumption
This new process is designed application processor for mobile devices, and equipment, including high-performance smart phones, tablet, notebook, netbook, etc., to provide longer battery life by virtue of the low-leakage transistors. Compared to 45nm LP SoC process of low-power, allegedly under the new technology at the same frequency can save 60% of the operating power, performance improvement of 55% in the same leakage rate can bring. Multi-core strategy, international manufacturers Select 28nm process. 1, specifically designed for mobile devices 2, longer battery life and more robust performance indicators 3, compared to 45nm LP SoC low-power technology, allegedly the new process performance increase of 55% to 60% power savings 4 to enhance the transistor switching speed gate leakage reduction, lower gate capacitance
28nm A9 nuclear dual-core, according to the FNF represent the equivalent of 40nm A7 nuclear; process A9 computing power than A7 strong; A9 four instructions can be performed at a time, A7 can only perform two; A9 A7 per second the shipped 600,000 high speed floating-point; quad-core compared to 2.4 million operands the ARM A9 has out-of-order execution architecture A7 not have. From which we can easily see that the use of the FNF ifive quad-core tablet the RK3188, than other A7 tablet.
RK3188 provides the latest high-speed communication interface, the priority for the connection 4G (LTE FDD / TD-LTE), 3G module to achieve high-speed data transmission, so as you open the door to high-speed Internet access, early entry into the 4G era, to achieve faster data transfer experience. According to reports, the high-speed communication interface supports data transfer rates of 480Mbps. This standard can run in the low CMOS level, and the interface is simple - only two cables. This standard can also save power by avoiding the use of analog components to minimize costs. High-speed transmission power consumption is only 16mW, the USB2.0 fifth.
More obvious the RK3188 advantage of the FNF and quad-core tablet master 28nm than 40nm process, more power savings; A9 four nuclear tiled architecture, internal friction weakened, games, videos, web browsing, data transfer, lower power consumption, therefore The FNF of quad-core tablet worthy of our expectations.
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