#Fast self booting cpu stress test how to#
#Fast self booting cpu stress test windows 10#
#Fast self booting cpu stress test pro#
#Fast self booting cpu stress test Pc#
#Fast self booting cpu stress test series#

We saw mild improvements after tweaking our AMD platform's default UEFI settings, but the Z490 platform restarted nearly twice as fast.

Disabled the third-party SATA controller.

Disabled Virtualization - SVM Mode / Intel virtualization technology.

These settings largely consist of removing power-saving features in the motherboard firmware. Here we switched from the default settings to a portion of the optimizations that you can see in our original article covering fast boot times. However, you can emulate our settings to speed up your own system, provided your motherboard has equivalent toggles.

#Fast self booting cpu stress test series#

We do push to an even faster config for our last series of tests in this article, but the tweaks are more on the minor side with settings that are achievable by most average users, so you won't see sub-5-second boot times. In contrast, this series of tests is geared for what normal users would see in daily use with a minimally-tweaked system with stock hardware settings.

#Fast self booting cpu stress test windows 10#

However, that series of testing involved stripping down the operating system, disabling nearly everything in the BIOS, using a single stick of memory, overclocking the chip to the max, and also using integrated graphics (which shaves off roughly two seconds), all in a quest for a Windows 10 boot time that we still haven't seen beaten yet. The last time we pushed for the fastest Windows 10 boot times we hit an amazing 4.9 seconds on an Intel platform.

#Fast self booting cpu stress test pro#

Optane is the fastest small-block reading SSD we have in our lab, which removes storage speed and responsiveness as a possible bottleneck.Ģx 8GB Corsair Vengeance RGB Pro CL18 DDR4-3600 To that end, we chose the fastest consumer SSD on the planet, the 1.5TB Intel Optane 905P SSD, for the boot drive. Having a fast storage device, and by that we mean an SSD, if critical to increase system boot-up, shutdown, and restart speed. Additionally, we threw two 8GB DIMMs of Corsair's Vengeance RGB Pro CL18 DDR4-3600 memory into each system. We used a Sapphire Pulse Radeon RX 570 4GB GPU for display output, and a Corsair RM850x power supply (see best power supplies) powers the systems. We chose an AMD Ryzen 5 3600X to power the X570 motherboard and tapped an Intel Core i5-10600K for the Z490 platform. We outfitted both ASRock X570 and Z490 Taichi motherboards with similar mid-range CPUs.

You can cut boot times quite a bit when you enable this feature, especially if you have a lot of hardware connected to the system. ASRock motherboards are among the fastest-booting boards thanks to their Ultra-Fast boot mode that cuts out most of the hardware checks during the system POST (Power on Self Test) process.

To compare the boot-up, shutdown, and restart times between the two chipsets, we used two motherboards from the same vendor.

#Fast self booting cpu stress test how to#

If you don’t know how to get to your UEFI, see our article on how to enter your BIOS. If you’re looking for the fastest boot time possible, sub-10 second boot times aren’t typically possible without the right configuration. Modern UEFIs feature Fast Boot or Ultra-Fast boot settings that, when configured, cut down on boot time as well as restart and shutdown. When it comes to booting up the system, the hardware used and motherboard’s UEFI BIOS settings matter just as much as the operating system. Test Systems for AMD vs Intel Boot Time Tests While AMD’s X570 chipset (see best X570 motherboards) supports a faster PCIe 4.0 storage interface, this doesn’t translate to a faster user experience in all cases, which is why we put these two chipsets to the test in a system boot up, shutdown, and restart showdown. And, if you’re considering going with AMD’s X570 or Intel’s Z490 chipset for your next build - currently the top-of-the-line chipsets for each company - you might want to take this into consideration. Some chipsets will respond to your boot, shutdown, and restart requests faster than others. However, even one of the best SSDs can only do so much to speed up your user experience if the underlying hardware is the bottleneck. Through both UEFI optimizations as well as SSDs, we no longer have to dread long wait times that plagued our HDD experiences a decade ago. These days we often take for granted how quickly our systems respond to our requests now that SSDs are prevalent.

#Fast self booting cpu stress test Pc#

Booting your PC can either go by in a few blinks of an eye or take up to minutes for those poor souls still booting off of an archaic HDD.