When did Intel s i series appear

Intel's second-generation smart core family release history:

Intel's second-generation smart core family release history:

In June 2010, the performance of Sandy Bridge was first revealed, and Intel's next-generation CPU was first seen.

In September 2010, PConline was first released in China, Intel announced the second-generation intelligent core at the IDF conference, Intel announced the second-generation Core i3 i5 i7 at IDF

In October 2010, PConline was the first to reveal the secret in China, Intel's second-generation Core i3 i5 i7 Intel's second-generation Core i3 i5 i7 was revealed.

In October 2010, a new generation of Core matching motherboards, P67 motherboards were a sneak peek at Yingtai luxury P67 motherboards.

In November 2010, the new generation of Core motherboards, H67 motherboards were a sneak peek Elite H67H2-M motherboards were a sneak peek.

December 2010 2nd Generation Core i3 i5 Picture Appreciation of 2nd Generation Core i5 i7 and Motherboard.

December 2010 Answer questions about the 2nd generation i3 i5 i7 in advance Decrypt the 2nd generation i3 i5 i7

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The differences between Intel E-series processors and i-series processors are as follows: the number of cores is different, the CPU frequency is different, and the objects are different.

First, the number of cores is different.

1. E series processors: In order to base virtualization, E series processors have more cores than i series processors.

2. I-series processors: Because the i-series processors are for personal use, the number of cores is less than that of the E-series processors.

Second, the CPU frequency is different.

1. E-series processors: Because E-series processors are only used to provide service interfaces, the CPU frequency is lower than that of I-series processors.

2. I series processors: Due to the need to process system program software to ensure performance, the CPU frequency of i series processors is higher than that of E series processors.

Third, the object is different.

1. E series processors: E series processors are the representatives of Intel's CPUs for the server market.

2. I series processors: I series processors are Intel's representatives of CPUs for the general home or game computer market.

Differences between Intel E-series processors and i-series processors:

1. The Pentium dual-core, Core 2 dual-core, and Core 2 quad-core both belong to the Conroe R&D part of the Core microarchitecture, while PentiumD belongs to the Bensi architecture. You know,A CPU architecture represents a generation of CPUs,Generally speaking, it is equivalent to a horizontal level of team,05CPU such as core2duo and core2duo CPU on the market are all developed under the premise of based on the core architecture,So the day when the CPU of each architecture will eventually have a performance bottleneck,So the new CPU architecture must come into being,According to Intel's planning diagram, The Nehalm architecture will gradually replace the Core architecture and become the new market star, including the Core i9, i7, i5, i3, and the Nehalm CPUs currently on the market include the Core i7 and some models of the Core i5.

2. Regarding the comparison between ATHLON X2 and Pentium dual-core, according to the test, the current AMD low-end best-selling Athlon dual-core 240 is comparable to its competitor Pentium E5300 performance, as for which one to choose, it depends on personal purchase tendency

3. Finally, the CPU upgrade, the landlord uses a Celeron D processor, which is an LGA775 interface, so the motherboard cannot install AMD CPU. In addition, when upgrading, you should consider the support of the motherboard chipset for E5300, the landlord's motherboard chipset should be relatively old and may not be able to support E5300, you can try to update the BIOS.

i series home e series belongs to the server u as long as you don't open 3 games at the same time, don't open 100 pages at the same time, don't decompress frequently, use i series.

The process is different, E is 45nm, I is 32, and there are many more, such as CPU type, the number of transistors in the cache, etc., in short, I is much more advanced than E, not to mention that now I has a second generation.

The E series is mainly aimed at small 1U servers, and the I series is mainly aimed at DIY high-performance home computers.

For the Pentium E series.

The i7 series is recommended for high-end products.

The Core i-series is a processor product launched by Intel Corporation, which is available on both desktop and mobile devices. As of 2021, the Core i series has four sub-series: Core i3, Core i5, Core i7, and Core i9 (released in 2017), covering multiple levels of markets such as low-end, main answer, high-end, and flagship.

Compared with the previous Core family products, the biggest difference between the new Core products is the improvement in the manufacturing process, that is, the transition from 45nm to 32nm, and the performance of the Qingming chip has been improved by nearly 50%.

The new Intel Core i7 i5 processors all feature unique Intel Turbo Boost technology, which dynamically and intelligently adjusts frequency and performance according to workloads.

Intel Hyper-Threading Technology, on the other hand, is used in the Intel Core i7 i5 i3 processor, which enables efficient and intelligent multitasking by allowing each core to run dual tasks at the same time, resulting in incredible speed and performance. Multitasking at the same time strikes the perfect balance with industry-leading energy efficiency.

Guan Dou is a series of processors from Intel Corporation. Intel's current mainstream processor series are roughly as follows. Pentium Dual-Core, Celeron Dual-Core:

It is a relatively low-end processor, which can only meet the needs of surfing the Internet, office, and watching movies; Core i3: It is a mid-range fiber processor, which can be understood as a lite version of the Core i5, which meets the needs of surfing the Internet, office, watching movies, and can play online games or large-scale stand-alone games; Core i5: It is a high-end processor, which can play large-scale online games and large-scale stand-alone games in addition to surfing the Internet, office, and watching movies, and can open a higher game effect; Core i7:

It is an enthusiast-grade processor, which can be used for commonly used network applications, and it can also run audiophile-level large-scale games with the highest effect on vertical burning.