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https://www.youtube.com/watch?v=I71ov8iiDP8
(And upwards 85 degrees with 4.1 GHz 1.45 volt OC .. No, not F.)
2.0 doesn't matter. It's just slower. Of course it work with Windows 10? No? I don't know what content you have on it but the standard file-system for external memories used to be FAT32 including for things like cameras and such. Now exFAT exist too but I guess you can see where that come and Windows 10 most definitely is ok with that too. There's also the chance a USB stick could be formatted NTFS but of course Windows read that too.
Apple products don't usually have memory card slots but if they did they could had used HFS which is what Macintosh computers use but I don't know if they really would.
Personally I just wouldn't worry about BIOS updates at all. You do what you feel is right for you :)
And almost every Apple PC/laptop has a memory card slot/USB port, but I don't know why you even go off topic about Apple computers when this has 0 to none to do with Windows 10 and AMD motherboards.
All he has to do is format his USB to FAT32, plug it in the BIOS FLASH port if he has one on the mobo and then flash the board. Or as suggested do it on desktop with ASUS utility or whichever app does flashing.
So if you consider FAT is 40 years old and the last FAT32 showing up 21 years ago.. well..
NTFS v1.0 showed up 1993 with Windows NT 3.1 and ended up in the consumer/mainstream versions with v3.1 in Windows XP in 2001.
I don't know when exFAT started to become used on a wider scale but the years move fast for me and for me 2006 is later than 1993 for NTFS which is a newer filesystem than the 1977-1996 years of FAT up until FAT32 so for me (and well, everyone else, though it may not be "now" for someone 10 or 5 years old ..) it's much more recent than both NTFS and FAT.
FAT was an inferior file-system but was used because it was the standard and things worked with it. NTFS is a better filesystem. exFAT at-least isn't the old FAT and can store DVD image files and other large video files without a problem. For some of us if nothing else not being able to store a whole DVD image / archive of the content of a DVD was reason enough to make the switch over to NTFS.
The reason I went off-topic was because we talked about file-systems not about Ryzen.
Of course Apple PCs have USB-slots and maybe they do have card-slots, I don't really care, Apple computers is more or less irrelevant and close to no-one cares about them. Too many smartphones lack memory card slots and I've got the impression that Apple in their eternal wisdom of crippling and over-pricing the options people want to maximize profit don't include MicroSD-card slots on their phones and tablets but rather want to sell you the 128 GB built in storage version for a much higher cost than what a 128 GB card would cost.
The point was that as far as I know Apple iPhones and iPads doesn't use external cards and if they did I assume they would use exFAT even though they are Apple products but that would had been the specific point where one could see ANYONE not going with one of the Microsoft related filesystems. For ~any other memory card it would be FAT, exFAT or possibly NTFS formatted and hence be compatible with Windows 10. Which also was what he was talking about and hence relevant for his post even though it haven't got anything to do with Ryzen except him wanting to possibly understand how to upgrade the BIOS/EFI for a Ryzen-compatible motherboard.
Edit: For whomever cares with Microsoft releases since those likely matter the most:
1977 FAT
1984 FAT16 and MS-DOS 3.0.
1993 NTFS and NT 3.1.
1996 FAT32 and Windows 95 OSR2.
2001 NTFS with Windows XP (also Windows 2000 in 2000.)
2006 exFAT (At first Embedded Windows CE 6.0, also supported in XP SP2, Server 2003 SP2, Vista SP1 and later, Windows 7, 8, 10, Server 2008, Linux via FUSE driver, since OS X 10.6.5 and on some Android devices.)
Maybe his USB 2.0 stick could be unusable by Windows 10 if it use some encryption which require additional drivers to be installed? Otherwise I don't see why Windows 10 wouldn't support it.
As is the memory modules which run well at higher clock frequencies are those with Samsung B-dies. There are other RAM manufacturers and preferably you want as wide support as you can have for RAM so chances are they will try to improve RAM compatibility further still.
I assume not all 3200 MHz RAM (at that speed, at the standard 2133 MHz speed maybe) will work for now.
In the last 2 decades it's a next-next-finish trivial procedure, only make sure not to disconnect power until it says so. In the last 10-15 years it can recover even from that kind of failure.
If one want fast RAM it's of course better to buy the fast RAM now rather than something slower and buying twice. Well, assuming it work at all.
3600 MHz Tridentz RAM work on Crosshair VI it seem, 3200 MHz Tridentz I assume also work as do the Fortis I suppose.
I think it will work just fine if you connect it.
As for the BIOS/EFI Windows isn't even running at that stage so it's irrelevant then anyway.
I know some USB memory stocks / cards have whatever form of encryption on them, but a normal USB storage device with a common file format will work with Windows 10.
Yeah, I saw someone had very low voltage with the Ryzen 7 1700. If one overclock that to 3.9 GHz for instance is anything near 1.40 volt required with that one?
Like, if Ryzen 7 1700 could do 3.9 GHz at 1.35 volt and Ryzen 7 1800X 4.1 GHz at 1.45 volt I kinda would feel the Ryzen 7 somehow felt like ... at-least a good choice =P
No one can tell you this before CPU is actually out.
Yes and no. It doesn't matter if you buy 3000 MHz the normal speed will be always 2133 MHz. You will have to use and XMP or DOC profile or manual OC to get the speeds that RAM can give you.
For example 16GB 3200 MHz CL14 it will be 2133MHz as a default, but then you can OC it to it's tested speeds with tested CL speeds.
If you buy 16GB 2400 MHz CL8 it will still run at 2133 MHz but thing is, you wont be able to OC it to 3200 MHz without issues, as that would be a pretty big jump for such a small MHz memory and your clock speeds would go high up.
Go for bigger MHz and lower CL if possible.
It may not even be necessary since early synthetic benchmarks (disabling cores on an 1800X) show it being equal to or better than a 4.8Ghz i5-7600k. (The testing was done by Techspot, and a similar test was done by LinusTechTips with near identical results)
AMD already explained that the Ryzen 7 1800x and 1700x is showing +20°C above the real temp. and afaik only the Ryzen 7 1700 doesn't show %real-temp% +20°C