![]() ![]() Meanwhile, even the most patient users would give up on the Celeron N3150 as it took 200 seconds, worlds slower than AMD's most affordable APUs. Having hoped the Braswell SoCs would improve on this time, we were disappointed to find the N3700 taking 93.3 seconds, a time that was slower than the Athlon 5150. The WinRAR built-in benchmark saw the Pentium N3700 trail the J2900 by an 18% margin, while the Celeron N3150 was 28% behind the J1800.įor an embedded platform the Pentium J2900 impressed us despite taking 76.3 seconds. When testing with Mozilla Kraken, the Pentium N3700 was 5% slower than the J2900 while the Celeron N3150 was 11% slower than the J1800. The Pentium N3700 was 9% slower than the J2900 when measuring performance with 7-zip and the Celeron N3150 was 9% slower than the J1800. Here the Pentium N3700 was 24% slower than the J2900, while the Celeron N3150 trailed the J1800 by a 15% margin. The PowerPoint 2013 results are even worse. When running our Excel 2013 workload, the Pentium N3700 was 18% slower than the J2900 while the Celeron N3150 was 7% slower than the J1800. If you can point us in the right direction.The first application test didn't deliver promising results. Something wrong with this post? Thanks for letting us know. The N3530 is newer than the Pentium 4 and meets the minimum requirement. ![]() Windows usually recognizes optical drives when you connect them to the computer and automatically installs drivers for them.īTW, Pentium 4 is usually used in the computer peripheral product specs as a “minimum system requirement”. Oftentimes, you don’t have to install drivers yourself. But chances are that any USB external optical drive on the market supports Windows 10. For instance, if you have Windows 10 OS, you’ll need an optical drive with drivers supporting Windows 10. It’s only important to have a USB port on your laptop that is compatible with your external USB DVD drive and that the optical drive manufacturer has software drivers for your operating system. Actually, a processor model doesn’t affect operation of external optical drives. Hi, the N3530 and Pentium 4 both work with external optical drives. Work in Microsoft Word and Excel programs was very fluid. You can also play high-resolution YouTube videos (including 4K) without a glitch. Webpage scrolling, tab switching, and zooming in Google Chrome worked flawlessly on the tested system. You can even use them for high-resolution photography and 1080p video editing, although some operations (applying image filters, video transcoding) in these tasks take noticeably longer time to complete than with the mainstream Intel CPUs like the i5-5200U. What are the Pentium N35xx chips good for? In short, for web surfing, multimedia playback, office document editing, and casual gaming. Alongside the N3520, the tested Pavilion x360 11 had 4GB of system memory at 1,333MHz which is enough for moderate multitasking and a slow 500GB hard drive spinning at 5,400 rounds per minute. As already mentioned, the N3530 and N3540 are only slightly faster, which can’t be noticed during your daily computing tasks or gaming. Intel Pentium N3520 / N3530 / N3540 Real World Use Testįor this real world-use test of the Intel Pentium N-series Bay Trail processors we used an HP Pavilion x360 11 convertible notebook with the Pentium N3520. The 64-bit quad-core CPUs based on 22-nanometer production technology have 2MB of cache, support for up to 1333MHz RAM speed, and support for VT-x virtualization. The rest of the specifications is identical. These differences in the real world use are minor. The N3520 runs at up to 854MHz, while the N3530 and N3540 run at up to 896 MHz. Furthermore, the Intel HD graphics integrated in these processors has a base clock speed of 313 MHz, but their maximal dynamic frequency or burst frequency is different. They all share the same base CPU clock speed of 2.16GHz, but in “burst” mode they can achieve up to 2.42, 2.58, and 2.66 GHz, respectively. Another positive fact in favor of the Pentium N-series is that it’s only slightly slower than the 15-Watt Pentium 3805U Broadwell dual-core.ĭifferences between the N3520, N3530, and N3540 are minor and are related only to clock speeds. The reviewed Pentiums are also faster than the popular tablet-use quad-core Z37xx Bay Trail Atoms, but the latter consume only 2-2.2W. These quad-core Bay Trail Pentium CPUs deliver noticeably better computing speed than the lower-end dual-core Bay Trail N28xx-series Celerons, while consuming the same amount of power of 7.5 Watts. The N3520, N3530, and N3540 belong to the Intel Bay Trail CPU family, characterized by basic performance and very low power consumption. The Intel Pentium N3520, N3530, and N3540 are entry-level processors you can often find in budget laptop and 2-in-1 PCs. ![]()
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