Intel Core i5-2300 Sandy Bridge 2.8GHz Price in Pakistan

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Get Intel Core i5-2300 Sandy Bridge 2.8GHz Price in Pakistan. You will get the latest updated Price for Intel Core i5-2300 Sandy Bridge 2.8GHz here on priceinpkr.com. For more information on Intel Core i5-2300 Sandy Bridge 2.8GHz see below.

Intel Core i5-2300 Sandy Bridge 2.8GHz Price in Pakistan Details:

Intel Core i5-2300 Sandy Bridge 2.8GHz

Intel’s most widely used member of the family adjusts and appears fantastic. The second generation Intel Core i5 processor provides much more performance instantly when it’s needed and today a much better visual PC experience built-in. With Intel Turbo Boost Technology 2., the second generation Intel Core i5 processor increases your PC’s speed instantly for the demanding programs. Additionally, it includes built-in graphics along with a wealthy group of additional features for any stunning and seamless visual PC knowledge about no additional hardware needed. So when combined with Intel P67 Express chipset for core overclocking performance, the Intel Core i5-2500K processor provides noticeably wise performance at its perfect for the desktop using its greatest performance built-in graphics and media features. That’s noticeably wise performance having a boost.

New Microarchitecture on 32nm Process

Intel’s cutting-edge 32nm microarchitecture with second gen Hi-K metal gate process provides the second generation Intel Core processors with greater performance at lower energy.

Intel Turbo Boost Technology 2.0

More intelligent, energy-efficient, and dynamic than previous generation, Intel Turbo Boost Technology 2. provides you with speeding up performance when it’s needed. It provides a much better automatic speed increase by permitting processor and graphics cores to operate faster compared to base operating frequency for demanding programs when the processor is operating below energy, current, and temperature specs limits.

Intel Wise Cache

Intel Wise Cache Technology dynamically allocates the shared cache to every processor core depending on workload. This efficient, multi-core-enhanced implementation boosts the probability that every core can access data from faster, more effective cache subsystem leading to considerably reduced latency for commonly used data and enhanced performance.