There is a rule, custom laptop is called programming laptop cause nearly 90% is used for projects. 15.6 inch laptop for coding and programming is usually equipped with 10th or 11th cpu, 2gb or 4gb graphics optional. 15 inch laptop untuk programming is used on big tender or group for a special jobs. 15.6 inch programming laptop under 30000 is a more competitive one for business or high school students or teachers.
However, here is the recommended laptop for programming, especially for heavy office jobs or university coursework, since double heat-releasing, metal body, bigger battery, FHD screen, high-level cpu, etc. Build the deep and stable foundation to enjoy smooth running experience. Your clients will satisfy it`s excellent performance. Of course, there are other lower specification with tight budget.
As a entry windows laptop for programming, this 14 inch celeron Education Laptop is the most competitive and hottest device for elementary project.
Any other special requirements, just contact us freely.
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Stacy Smith, Intel’s chief financial officer, recently stated: “In order to support the strong growth of our core business and the shifting of graphics transistors to new processes, we expect capital expenditures for the construction and deployment of 22nm process plants to increase to US$9 billion.â€
Prior to this, Intel had announced that it invested US$6.0 billion to upgrade its semiconductor manufacturing technology, including the construction of a new research and development center Fab D1X in Oregon, and upgraded Arizona’s Fab 12, Fab 32, and Fab D1C and Fab D1D in Oregon. To 22nm process.
Intel CEO Paul Otellini also pointed out that the 22nm new process has a very wide market opportunity, so it has increased investment, supporting plants have also increased from three to four, and 22nm is not only the cornerstone of the PC and server field, will also be used on a large scale In Atom SoC, smart phones, tablets, smart TVs and other embedded devices.
According to Intel, the first products of the 22nm process will continue to be used in mainstream processors (Ivy Bridge). This is also a test field for new technologies, but it will also be transferred to non-PC product lines as soon as possible, revealing Intel’s ambition for a broader market. , especially the huge potential of mobile areas.
Sandy Bridge brings the second generation of 32nm. For Intel, the next stop is naturally 22nm, and the scale of investment and the number of factories will surpass the past.