F5F Stay Refreshed Software Operating Systems Windows can start in a matter of seconds, depending on the system configuration and boot settings.

Windows can start in a matter of seconds, depending on the system configuration and boot settings.

Windows can start in a matter of seconds, depending on the system configuration and boot settings.

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_Coop56_
Junior Member
16
12-03-2016, 07:01 AM
#1
Hey everyone, I've been optimizing my setup to minimize boot time on a single SSD with advanced Windows 10 settings. I managed to get it down to about 16 seconds. Are there any hidden tricks to cut even more time, like using a M.2 drive or other tweaks? Also, what’s the maximum speed your system can reach during boot?
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_Coop56_
12-03-2016, 07:01 AM #1

Hey everyone, I've been optimizing my setup to minimize boot time on a single SSD with advanced Windows 10 settings. I managed to get it down to about 16 seconds. Are there any hidden tricks to cut even more time, like using a M.2 drive or other tweaks? Also, what’s the maximum speed your system can reach during boot?

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BGSword
Junior Member
18
12-03-2016, 07:18 AM
#2
They reached a time of 4.9 seconds.
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BGSword
12-03-2016, 07:18 AM #2

They reached a time of 4.9 seconds.

Z
zMadeus
Posting Freak
755
12-03-2016, 09:33 AM
#3
Absolutely, keep it running. Jokes aside, unless your startup time is measured in seconds, you probably don’t need to worry.
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zMadeus
12-03-2016, 09:33 AM #3

Absolutely, keep it running. Jokes aside, unless your startup time is measured in seconds, you probably don’t need to worry.

T
theheadtroll
Junior Member
20
12-04-2016, 07:26 PM
#4
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theheadtroll
12-04-2016, 07:26 PM #4

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Bibble_Ele
Senior Member
447
12-04-2016, 08:10 PM
#5
NVME SSDs offer significant speed improvements. I suggest the Kingston A2000 with 2,200MB read and 2,000MB write, or the Kingston KC2000 which provides 3,000MB read and 2,000MB write.
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Bibble_Ele
12-04-2016, 08:10 PM #5

NVME SSDs offer significant speed improvements. I suggest the Kingston A2000 with 2,200MB read and 2,000MB write, or the Kingston KC2000 which provides 3,000MB read and 2,000MB write.

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_zNinjaa_
Member
132
12-05-2016, 01:39 AM
#6
Alternatively, the quicker Samsung EVO 970+ I received offers 3500MB read/write speed.
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_zNinjaa_
12-05-2016, 01:39 AM #6

Alternatively, the quicker Samsung EVO 970+ I received offers 3500MB read/write speed.

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Doni_van
Junior Member
18
12-09-2016, 11:42 AM
#7
The EVO performance is excellent, though the cost is high.
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Doni_van
12-09-2016, 11:42 AM #7

The EVO performance is excellent, though the cost is high.

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_Keira
Member
100
12-15-2016, 01:12 AM
#8
I own a budget-friendly Kingston A400 SSD and am perfectly okay with a 20-25 second startup time. For optimal performance, you'll need premium PCI-E 4.0 drives with exceptional speeds if you aim for the fastest boot times.
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_Keira
12-15-2016, 01:12 AM #8

I own a budget-friendly Kingston A400 SSD and am perfectly okay with a 20-25 second startup time. For optimal performance, you'll need premium PCI-E 4.0 drives with exceptional speeds if you aim for the fastest boot times.

K
KKate_
Member
95
12-15-2016, 02:23 AM
#9
They're the quickest I've encountered so far.
K
KKate_
12-15-2016, 02:23 AM #9

They're the quickest I've encountered so far.

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sunofmars67
Member
78
12-15-2016, 07:41 AM
#10
Honestly, switching to PCIe4.0 probably won’t make much difference. The older PCIe3.0 is already fast enough for loading the OS, as it requires some CPU and memory to function properly. I’m not into expensive options, but I spent only $60 on a 250GB EVO drive, which felt quite reasonable. If you want better performance, you just need to pay for it. But don’t misunderstand—changing to a regular SATA SSD would still be under 20 seconds. NVMe speeds really matter only in server or NAS environments, which most home users won’t experience. Just relax, a $20 SSD will still help a lot.
S
sunofmars67
12-15-2016, 07:41 AM #10

Honestly, switching to PCIe4.0 probably won’t make much difference. The older PCIe3.0 is already fast enough for loading the OS, as it requires some CPU and memory to function properly. I’m not into expensive options, but I spent only $60 on a 250GB EVO drive, which felt quite reasonable. If you want better performance, you just need to pay for it. But don’t misunderstand—changing to a regular SATA SSD would still be under 20 seconds. NVMe speeds really matter only in server or NAS environments, which most home users won’t experience. Just relax, a $20 SSD will still help a lot.

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