The 6th Generation “Skylake” Intel Core i5-6200U, just like its slightly faster i5-6300U sibling, is a mid-range processor for mainstream laptops. This 6th Gen U parts offers better performance than the i3-6010U and are somewhat slower than the i7-6500U from the same CPU series.

1. Intel 7th Generation Vs 8th Generation
2. I5 6th Generation Vs I7 5th Generation With Rx 580 8gb

Intel Core i5-6200U / i5-6300U 6th Gen Skylake PassMark CPU Benchmark

In comparison to its older 5th Gen “Broadwell” i5-5200U and i5-5300U equivalents, the i5-6200U and i5-6300U “Skylake” are only marginally faster. The same applies to their Intel HD 520 integrated graphics which replaces the HD 5500. On the positive side, the 6th Gen version provides a greater power efficiency and smoother high-resolution video playback, especially 4K content. The i5-6200U / i5-6300U is an excellent choice for the daily home and office tasks and casual gaming. It can be additionally used for more hardware demanding tasks like work in photo and video editing or graphics design programs. If these tasks are the main purpose of using your laptop, systems with a quad-core Intel i7 and preferably a dedicated video card are recommended.

Intel 7th Generation Vs 8th Generation

Real World Use Review

We recorded a video (below) showing what performing usual computing tasks looks like on the Intel Core i5-6200U. The i5-6300U performs very similar, with almost unnoticeable boost over the 5200U. We reviewed multitasking, web browsing, video playback, Office document, image and video editing, and gaming capabilities. For the test, we used a Windows 10 Home-based HP Pavilion 15.6″ laptop with the i5-6200U, 6GB of RAM, a mechanical 500GB hard drive at 5,400rpm, and Full HD display. A typical 2015 / 2016 mainstream notebook. Please keep in mind the same CPU could perform somewhat different in other systems, depending on other hardware specs, such as RAM size, single- or dual-channel RAM setups, and storage speed, as well as cooling solution of each laptop.

Web browsing was simply flawless, even when you have multiple performance.

The following lists the Passmark CPU performance scores of processors used in our products. They have been obtained either from our own tests or from http://www.cpubenchmark.net/

The Passmark scores are averages from real users running 'Performance Test' software on their systems and posting the results to the web site, enabling the comparison of the relative speeds of the different processors. Performance Test conducts eight different tests and then averages the results together to determine the CPU Mark rating for a system.

All our scores are from Performance Test v9. The latest version v10 has radically changed the algorithms used, meaning that you cannot make meaningful comparisons between scores obtained from v9 and v10. Please bear this in mind if comparing our scores with those on the Passmark website obtained from v10.

Intel® Core™ Processor i5-6400T Processor is 6th generation because the number 6 is listed after i5. 5th Gen example Intel® Core™ Processor i7- 5 650U Processor is 5th generation because the number 5 is listed after i7.

I5 6th Generation Vs I7 5th Generation With Rx 580 8gb

• The Intel Core i5-4670K is the latest middle tier desktop processor from the fourth generation of Intel's Core range codenamed 'Haswell'. In terms of raw performance this processor slightly bests its predecessor the 3570K achieving approximately 10% higher server benchmark scores. In terms of real world performance the single core improvements are more relevant as more than two cores are.
• 5th Gen I7 4790k vs 6th Gen I5 6600k (self.pcmasterrace) submitted 3 years ago by Tylerkoontz28 Hi all Im going to be Ascending and getting a new componants for my second custom built pc, Ive been stuck debating what cpu and mobo I want.

*1 - when used in many motherboards the i7 9700T/8700T does not have a 35W limit imposed by default, and our testing shows they are achieving their performance scores by using around 50W of power.

Thermal Design Power (TDP) represents the near maximum power a product can draw for a thermally significant period while running commercially available software.