#Intel core 2 duo 2.4 ghz vs i3 5010u full#
#Intel core 2 duo 2.4 ghz vs i3 5010u windows 10#
#Intel core 2 duo 2.4 ghz vs i3 5010u software#
#Intel core 2 duo 2.4 ghz vs i3 5010u professional#
#Intel core 2 duo 2.4 ghz vs i3 5010u windows#

#Intel core 2 duo 2.4 ghz vs i3 5010u software#

We’ve tried to adjust some software settings to make the questionable videos run properly and tried different 4K video formats, but with no luck. Unfortunately, we weren’t able to watch 60 fps 4K videos in Gom and any 4K video in the popular VLC Media Player, since playback was too choppy. We have, however, noticed a bit higher stress on the CPU when playing 25 fps and 30 fps files in Gom Player, with a ~20% CPU load but still completely smooth video. The same applies to Windows’ native Media Player program, which is able to play perfectly 25, 30 and 60 fps Ultra HD. YouTube UHD videos in Microsoft Edge and Google Chrome browsers run amazingly smooth on the i5-7200U, with a CPU load of around only 2 percent.

#Intel core 2 duo 2.4 ghz vs i3 5010u windows#

We have tested 4K YouTube videos in web browsers and local 4K files in some Windows programs. Intel highlights in the press materials hardware optimization of 4K Ultra HD video playback on the 7th Generation Intel Core processors. For these tasks, the Core i5-7200U is an unmistakable choice, as you can see in the video.

#Intel core 2 duo 2.4 ghz vs i3 5010u full#

With the quad-core i7 chips these heavy tasks can be completed noticeably faster.īack to the common scenarios like web browsing, online video streaming in Full HD resolution, work in Microsoft Office productivity suite. For these duties recommended are the quad-core Intel Core i7 CPUs, such as the popular i7-6700HQ.

#Intel core 2 duo 2.4 ghz vs i3 5010u professional#

A very small performance gap might be visible in some harder tasks like transcoding in video production or applying image filters in professional photography editing.

The test confirmed our estimation that the i5-7200U really isn’t meaningfully faster than its i5-6200U precursor during normal computing activities. Also, other factors such as RAM and graphics specs and laptops’ cooling designs can influence performance of OS and common apps, too. Please keep in mind that the i5-7200U combined with solid state drive storage instead of hard drive can provide much snappier Windows user experience.

#Intel core 2 duo 2.4 ghz vs i3 5010u windows 10#

For this review, we used a Lenovo IdeaPad 310 15.6″ laptop with the i5-7200U, integrated Intel HD 620 graphics, 8GB of main memory, a common mechanical 1TB 5,400 hard drive, Full HD display, and Windows 10 Home operating system. Our real world-use video (below) can give you a glimpse of what everyday computing looks like on laptops with the Intel Core i5-7200U. But again, in usual everyday use the difference isn’t big. However, it’s worth noting that most users probably won’t notice any difference between the mentioned CPUs in the real-world everyday computing.Ģ018 Update: The i5-7200U CPU is still an excellent processor in 2018, but the newer version – the 8th Gen i5-8250U, scores much better thanks to its quad-core design. The i7-7500U with higher clock speeds of 2.7 – 3.5 GHz and 4MB cache size instead of 3MB on the i5 and i3 is indeed faster in benchmarks. The 2.4 GHz i3-7100U lacks TurboBoost, which is the main reason why it lags behind the i5 in the benchmarks, as you can see in the User Benchmark test chart above. That’s the main difference between them and it’s visible in the benchmark chart. For comparison, the older i5-6200U runs at 2.3 and 2.8 GHz in base and turbo modes, respectively. The Intel Core i5-7200U has a base clock speed of 2.5 GHz and TurboBoost up to 3.1 GHz. Intel Core i5-7200U 7th Gen CPU Benchmark Additionally, Intel highlights further improvements in Ultra HD (4K) high-resolution video playback, such as longer battery runtimes when playing UHD content. As the main improvements, the 7th Gen i3, i5, and i7 CPUs have slightly faster clock speeds over their 6th Gen counterparts. Also, they are based on the same 14-nanometer production technology and have a thermal design power of 15 Watts. They are all aimed at use in the mainstream laptops, such as the common 15.6-inch all-rounders.

The 7th Gen Core U chips are essentially only minor upgrades of their 6th Gen “Skylake” precursors.

The i5-7200U is a mid-tier dual-core CPU in the 7th Gen series, as opposed to lower-mid-range i3-7100U and upper-mid-range i7-7500U from the same family. The Intel Core i5-7200U is a member of the latest 7th Generation Intel Core U “Kaby Lake” laptop processor family.