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Intel Motherboards : b250m-hdv sata mode missing

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Author: RLGL
Subject: b250m-hdv sata mode missing
Posted: 01 Jun 2019 at 10:41pm

What is the EXACT error message you are seeing?

Intel Motherboards : AsRock z390 - stuttering

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Author: miked182
Subject: AsRock z390 - stuttering
Posted: 01 Jun 2019 at 11:55pm

Yes, it is...

Intel Motherboards : b250m-hdv sata mode missing

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Author: johnb32xq
Subject: b250m-hdv sata mode missing
Posted: 02 Jun 2019 at 3:30am

Originally posted by RLGL RLGL wrote:

What is the EXACT error message you are seeing?


the ssd wasnt in a GPT format, i figured out how to change it and got it fixed my self computer is finally running lol

Intel Motherboards : Fatal1ty Z270 Professional Gaming i7

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Author: badbri
Subject: Fatal1ty Z270 Professional Gaming i7
Posted: 02 Jun 2019 at 8:19am

The manual does not list any add-on sensor headers so no you cannot use those directly connected to the motherboard.

Intel Motherboards : b250m-hdv sata mode missing

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Author: badbri
Subject: b250m-hdv sata mode missing
Posted: 02 Jun 2019 at 8:21am

Great to hear to figured it out. Yes Win 10 really wants to see a GPT partition even if on less than a 2Gb drive :(

Intel Motherboards : AsRock z390 - stuttering

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Author: badbri
Subject: AsRock z390 - stuttering
Posted: 02 Jun 2019 at 8:25am

Have you run any speed and ping tests on your internet connection ?
It could be ethernet related, the newest Intel LAN drivers seem to cause some quirks with certain motherboards and some have found going to older (late 2017/early 2018) drivers have fixed their problems.

Intel Motherboards : Availability of J5005-ITX

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Author: badbri
Subject: Availability of J5005-ITX
Posted: 02 Jun 2019 at 8:49am

Sold out at Amazon, Newegg and Deal Guys but you can still get one through buygoodssalez (I have no idea how reliable they are or where they are located!):
https://www.buygoodssalez.com/product/asrock-j5005-itx-motherboard/

Intel Motherboards : Fatal1ty Z370 Gaming-ITX/ac - USB Issues

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Author: badbri
Subject: Fatal1ty Z370 Gaming-ITX/ac - USB Issues
Posted: 02 Jun 2019 at 8:51am

Glad you figured it out. Sounds like the newer Win10 versions have an install bug :(

Intel Motherboards : B360M 1B-R1 Motherboard

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Author: badbri
Subject: B360M 1B-R1 Motherboard
Posted: 02 Jun 2019 at 9:06am

Are you running Windows in High Performance mode or Balanced (power mode)?
How many fans are blowing air out of the case, how many blowing air in ?
You always need more "out" air than "in" air, PSU fans do not count as they now just cool the psu and don't add much to case ventilation.
I am using an Intel BXTS15A heatsink fan, have 3 out blow fans and two in blow. My CPU (8700k) and motherboard (z370 pro4) run 4C to 6C above room temp on average after being on a few hours.

Intel Motherboards : Z390 Itx/ac - two flashing red light back of MOBO

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Author: anpanmant
Subject: Z390 Itx/ac - two flashing red light back of MOBO
Posted: 02 Jun 2019 at 12:30pm

Hi all,

I just cleaned up my PC yesterday and put everything back together. I realized that there are two lights at the BOTTOM of the BACK of the motherboard constantly flashing red light (even the PC is not turned on) but just with power plugged in.
(maybe it was always lighting up and i never pay attention to it)

I dig through the whole MOBO manual and it does not explain what this light mean.

The system is running fine and the BIOS did not indicate anything wrong with the MOBO.

Anyone has any clues?

Intel Motherboards : AsRock z390 - stuttering

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Author: Event4101
Subject: AsRock z390 - stuttering
Posted: 02 Jun 2019 at 12:52pm

Over the year I've built many computers and I have never experienced a problem with the physical on-board Ethernet port. Of course I could also just be a lucky sole. Now problems with a driver have certainly happened and often I found myself visiting the hardware manufacturer's web site in a quest to find the most up-to-date driver file.

From what you wrote it would appear that you are suspicious the Ethernet port might be the culprit, but I did not get the impression you were able to perform any type of testing that would help to verify this hunch. A few days ago I noticed forum member jskibo made a post about slow lan speed with a Z390 Taichi board. Apparently reverting back to an older Ethernet driver helped to partially resolve the problem.

http://forum.asrock.com/forum_posts.asp?TID=11559&title=z390-taichi-slow-lan

Focusing on the Ethernet port, and before sending back the board, it might be worth running some tests to see if there are problems with high packet loss or jitter. I'm embarrassed to ask, but I assume you did try a different Ethernet cable. :)

Anyway, if you don't mind using command line utilities, you might try using the program iperf to run some tests against one of the public iperf servers or against another computer on your lan acting in the role of an iperf server.

https://iperf.fr/iperf-download.php

I have used the 64-bit version with Windows 7 and experienced no problems with the utility. I assume it would work okay with Windows 10, if that is what you are using. There is nothing to install, just unzip the iperf files into a folder.

It is rather simple to start an iperf server on another computer connected to your private lan. Open a command prompt window and, from where the iperf files are stored, simply enter the command... iperf3 -s

By default the port used is 5201 so upon first execution the Windows firewall might prompt to allow access to the port.

Then from the Z390 Extreme4 computer you can execute tests using the Ethernet port. A few tests that you might try (where 192.168.xx.xx is the ip address of the computer running iperf3 -s)...

Test upload speed
iperf3 -c 192.168.xx.xx

Test download speed
iperf3 -c 192.168.xx.xx -R

Or using one of the iperf public servers
iperf3 -c bouygues.iperf.fr
iperf3 -c bouygues.iperf.fr -R

Test packet loss and jitter (assuming a 100BaseTX lan)
iperf3 -c 192.168.xx.xx -u -b 100M
iperf3 -c 192.168.xx.xx -u -b 100M -R

By default a test will run for ten seconds with a measurement reported every second. To extend the test time include the -t xx option where xx is the number of seconds.

When running these tests iperf will attempt to saturate the lan with packet traffic so for best results try to avoid using other applications that will access the lan at the same time, or when other family members are watching Netflix. :)

If you are not a fan of command line utilities then you could try using one of the online internet connection testing tools such as DslReports...

https://www.dslreports.com/speedtest

https://www.dslreports.com/tools/pingtest

Another one to try, that allows the test file size to be manually set, up to 200mb, would be...

https://testmy.net

Of course using these online tools leaves you at the mercy of your isp and the varying conditions of the internet. If you plan to try different Ethernet drivers then running iperf against an iperf server sitting on your private lan would produce the most consistent test results.

I wish you luck.

Intel Motherboards : Z390 Gaming ITX - poor SSD performance

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Author: Prizm
Subject: Z390 Gaming ITX - poor SSD performance
Posted: 02 Jun 2019 at 1:19pm

Originally posted by badbri badbri wrote:

Samsung-SSD-970-EVO-Plus-1TB Average user bench = 263% so you are not far off the average for that SSD.

According to the screenshot, the average is bench is 329% and my bench was 258%. It mentioned I'm in the 7th percentile, which to my understanding means that 93% of users who tested the same SSD are getting faster results than me.

Originally posted by badbri badbri wrote:

the website DOES NOT state if a RAID array was in use for the tests from what I could see.

I think it's extremely unlikely that the majority of people who tested that SSD are running RAID.
Something is not right, and at this stage I still suspect it's the ASRock motherboard.

Intel Motherboards : Fatal1ty Z370 Gaming-ITX/ac - USB Issues

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Author: RLGL
Subject: Fatal1ty Z370 Gaming-ITX/ac - USB Issues
Posted: 02 Jun 2019 at 11:12pm

MS has issues with some card readers in 1903. Known bug

Intel Motherboards : B360M 1B-R1 Motherboard

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Author: papawana1
Subject: B360M 1B-R1 Motherboard
Posted: 02 Jun 2019 at 11:54pm

Thank you for your response. I have always built my computers in the past, basing the build on the motherboard and the case. I made a big
mistake this time. This motherboard had 1 pin for a case fan open which I added as an out. So the motherboard controls 2 case fans and the
and the cpu fan. I have ordered 2 more 120mm fans and power conneconnectors to hook them to 4 pin power. So I will end up with 2 outs on top, 2 ins in the front, and and out in the rear (I have no idea where this plugs in). I will have no way of adjusting the rpm of the 2 fans I am adding as they will not be plugged into the motherboard. I searched the web for reviews on your suggested cooler/fan to responses. I can take the back panel of the case off easily so I will not have to take the motherboard out to change cooler/fan. Being a mini board and small case, there is not much room. I may just see what the results are after adding the fans and putting the side panel back on. I will post what the results are. Thank you again.

Intel Motherboards : BSOD Issues

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Author: Valentine
Subject: BSOD Issues
Posted: 03 Jun 2019 at 12:28am

Originally posted by badbri badbri wrote:

That could be the reason. What does the BIOS say when you load the SPD ?
At 2666 (not overclocked for any 300 series motherboard) good ram will be at 15-15-15-35 1.2v @ 2666Mhz.
I suggest G.SKILL ram, F4-3000C15D-16GTZ would be a good choice if you want 3000Mhz or if you do not want to overclock above 2666 then RipJaws F4-2666C15D-16GVR. Both are designed for low CAS at rated speed and are on the QVL list.
Thanks for the reply, I really appreciate the help. Is the "F4-3000C16D-16GTZR" fine to buy? Since I personally want RGB but it doesn't show up on the QVL list cause of the "R" at the end.

The BSOD error I get is "Stop code:MEMORY_MANAGEMENT" So I assumed it was RAM related but when I did a 14 hour RAM test it came up with 8 passes and thought it could be motherboard related since someone had a similar issue and changed the board to fix it. But I'm not sure cause sometimes my motherboard boots with code 7F, A2, AND 55 sometimes. Which seem to be hardware related to the RAM.

Intel Motherboards : BSOD Issues

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Author: Xaltar
Subject: BSOD Issues
Posted: 03 Jun 2019 at 5:44am

The debug code that is displayed last and remains on the display is the one that indicates where the problem lies. If the codes all clear and the system then boots then there is not problem, if a code sticks and the system halts, that is when you have a problem and the code will give you an idea as to where.

Make sure your RAM is installed in slots A2 and B2 and that it is properly seated. Code 55 typically means the RAM was not detected. Before you go to all the trouble of getting different RAM, make sure it isn't something simple like the RAM not being fully inserted.

Intel Motherboards : BSOD Issues

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Author: Event4101
Subject: BSOD Issues
Posted: 03 Jun 2019 at 5:50am

I noticed you used the word "lately" which seems to hint that everything had been working fine until just recently, when the BSOD started to appear.

Just about all BSODs will provide a stop code along with a set of four, eight character, hexadecimal codes that can provide additional insight into what went wrong. You might want to take notice of those codes and then refer to this web page for how to interpret that information for additional clues to what went wrong.

https://docs.microsoft.com/en-us/windows-hardware/drivers/debugger/bug-check-0x1a--memory-management

Searching the Windows "System" or "Application" event logs for the time just before the BSOD appeared might also provide you with some clues to the problem. You can also use a utility program like BlueScreenView to help analyze the Windows crash dump file that is often written to the hard drive when a BSOD occurs.

http://www.nirsoft.net/utils/blue_screen_view.html

You didn't mention what version of Windows you are using, but be aware that Windows 10 has a habit of installing new hardware drivers as part of the automatic patch/update process. New hardware drivers can be buggy, or encounter unforeseen compatibility issues, which often result in memory corruption or memory violation errors, that then lead to the surprise BSOD. You may want to review the Windows Update installation log to see if any updated drivers were recently installed without your direct knowledge.

Running a memory test like memtest86, or the built-in Windows memory diagnostic tool, is also a decent way to tell if there is a memory related hardware problems, versus a potential driver problem. It does seem like you ran a memory test that returned no errors, once again making me suspicious that your problem may not be related to a failing component.

It appears you are using a Corsair 8GBx2 dual channel memory kit. Something you might want to try would be to run on a single stick of memory to see if the problem disappears. Try one memory stick and then the other, and maybe try different memory slots. See if the problem follows a specific memory stick or is related to a specific memory slot. It is also possible for hardware to develop problems as components heat-up. So notice if things tend to crash after the computer has been powered-on for a while, or maybe during some hard use, such a gaming.

Another troubleshooting technique would be to remove all add-on components and run the computer in the most basic, stripped-down, bios defaults, configuration. That could help to isolate the problem to an external USB device, a third-party graphics card, an add-on SATA controller, a changed bios setting, etc, etc, etc.

Anyway, that is my two cents in 500 words or less. :)

Intel Motherboards : Z390 Taichi Ultimate Win10 1903 hang

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Author: publius21
Subject: Z390 Taichi Ultimate Win10 1903 hang
Posted: 03 Jun 2019 at 6:43am


   Messing around, I think I've figured out the trouble. The GPT disk I was booting off in UEFI mode, and/or the EFI system partition thereon appears to be hinky or something.

    I've got a second EFI partition on the second GPT drive, and when I set that to the boot drive, the problem *appears* to go away. I could successfully do a clean install of Win10 1903 with that.

   Now, I'm going to attempt to do an upgrade install of my main UEFI install here.

   I have no idea what the problem is, but it's something about that disk or the EFI partition. Later, I may delete it and recreate it and see if that fixes things.

Intel Motherboards : Z390 Itx/ac - two flashing red light back of MOBO

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Author: Event4101
Subject: Z390 Itx/ac - two flashing red light back of MOBO
Posted: 03 Jun 2019 at 7:00am

Okay, first of all let me just say for the record that I don't own one of these Z390 boards so my answer will only be an educated guess. I didn't see a mad rush to respond to your question so I thought I'd give it a try, since I was just sitting here sipping an iced green tea at my favorite coffee shop, while listening to the wonderful Thelonious Monk playing in the background. :)

Your details were slightly vague since I see ASRock makes two Z390-Itx/ac boards, a Z390M-ITX/ac and a Z390 Phantom Gaming-ITX/ac, so it is a bit tough to know which one you actually own. It does appear that maybe you attempted to include a photo of your board, or of the two lights, but for some reason that photo must no longer be available.

Anyway, the Phantom Gaming has on-board Wifi and one Ethernet port, while the Z390M has on-board Wifi and two Ethernet ports. Performing a close-in zoom of photos made from both boards didn't seem to easily reveal the lights (actually LEDs) of which you wrote; neither did the pc board silk-screen that I could read provide any clues. Failing to find any definitive information about these mysterious lights it is now time for an educated guess.

Many desktop Ethernet ports will support a (bios) feature called Wake on LAN (WoL). When a "magic packet" is sent across the network addressed to a specific computer, and that specific computer has the WoL feature enable, the computer will power-on from either a sleep or power-off state.

To support the WoL feature the Ethernet port(s) must remain powered-on at all times to await the possible arrival of the "magic packet", even when the computer is powered-off. It is possible the two LEDs you see flashing when the computer is powered-off are simply representative of the on-board Ethernet port(s) that remain powered-on and serving their intended purpose in life.

Both Z390-ITX boards also have that on-board Wifi module. Just like the Ethernet port(s) and the WoL feature, the on-board Wifi module could support a similar feature called WoWLAN (Wake on Wireless LAN). Once again, if this feature were made available, it would require the on-board Wifi module to remain powered-on even when the computer is powered-off. So it is possible that one, or possibly both, flashing LEDs could be related to the on-board Wifi module.

Of course it is also possible that I am completely wrong and the flashing LEDs are some type of fancy LED animation feature that are popular with gaming motherboards. :)

By the way, as I was examining motherboard photos searching for LED clues, I was able to make the guess that when you wrote "bottom" you were referring to the side of the board closest to the PCIe slot. However, when you referred to the "back" of the board, I found that to be a bit more ambiguous. Would the back be the side with the rear panel I/O, or would it be the side of the board oriented deep inside the case, the side nearest to the memory slots? I'm guessing "back" meant the side with the rear panel I/O, adding some validation that my hunch that the flashing LEDs are related to the Ethernet ports and/or Wifi module.

Intel Motherboards : BSOD Issues

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Author: Valentine
Subject: BSOD Issues
Posted: 03 Jun 2019 at 11:40am

Originally posted by Xaltar Xaltar wrote:

The debug code that is displayed last and remains on the display is the one that indicates where the problem lies. If the codes all clear and the system then boots then there is not problem, if a code sticks and the system halts, that is when you have a problem and the code will give you an idea as to where.

Make sure your RAM is installed in slots A2 and B2 and that it is properly seated. Code 55 typically means the RAM was not detected. Before you go to all the trouble of getting different RAM, make sure it isn't something simple like the RAM not being fully inserted.

The DEBUG code only happens after a blue screen. Sometimes I'm able to boot perfectly fine and stay fine for a day or two. My RAM is within A2 and B2 and is properly seated, I've checked multiple times by taking it out and putting it in firmly. The 7F debug code is the most common one that I get, only the 55 will appear once in a while after failing to boot multiple times.

Originally posted by Event4101 Event4101 wrote:

I noticed you used the word "lately" which seems to hint that everything had been working fine until just recently, when the BSOD started to appear.

Just about all BSODs will provide a stop code along with a set of four, eight character, hexadecimal codes that can provide additional insight into what went wrong. You might want to take notice of those codes and then refer to this web page for how to interpret that information for additional clues to what went wrong.

https://docs.microsoft.com/en-us/windows-hardware/drivers/debugger/bug-check-0x1a--memory-management

Searching the Windows "System" or "Application" event logs for the time just before the BSOD appeared might also provide you with some clues to the problem. You can also use a utility program like BlueScreenView to help analyze the Windows crash dump file that is often written to the hard drive when a BSOD occurs.

http://www.nirsoft.net/utils/blue_screen_view.html

You didn't mention what version of Windows you are using, but be aware that Windows 10 has a habit of installing new hardware drivers as part of the automatic patch/update process. New hardware drivers can be buggy, or encounter unforeseen compatibility issues, which often result in memory corruption or memory violation errors, that then lead to the surprise BSOD. You may want to review the Windows Update installation log to see if any updated drivers were recently installed without your direct knowledge.

Running a memory test like memtest86, or the built-in Windows memory diagnostic tool, is also a decent way to tell if there is a memory related hardware problems, versus a potential driver problem. It does seem like you ran a memory test that returned no errors, once again making me suspicious that your problem may not be related to a failing component.

It appears you are using a Corsair 8GBx2 dual channel memory kit. Something you might want to try would be to run on a single stick of memory to see if the problem disappears. Try one memory stick and then the other, and maybe try different memory slots. See if the problem follows a specific memory stick or is related to a specific memory slot. It is also possible for hardware to develop problems as components heat-up. So notice if things tend to crash after the computer has been powered-on for a while, or maybe during some hard use, such a gaming.

Another troubleshooting technique would be to remove all add-on components and run the computer in the most basic, stripped-down, bios defaults, configuration. That could help to isolate the problem to an external USB device, a third-party graphics card, an add-on SATA controller, a changed bios setting, etc, etc, etc.

Anyway, that is my two cents in 500 words or less. :)


I am using Windows 10 Education, I have reinstalled windows three times and installed drivers manually via the ASRock APP shop. There is no hexadecimal stop code I can see, since it just says this - https://imgur.com/a/9HpEiEz

I will be sure to use the blue screen view and view the system/application event logs to see if I can find anything before the bsod.

Should I run another memtest86?

I've tried multiple times with single stick both different ones and in different slots. The BSODs usually happen when I'm not playing video games but browsing something on chrome or chatting in discord. The latest one was on windows boot.

BIOS defaults seem to cause most of the BSODing, then after I changed to an XMP profile it became less likely to BSOD and I was finally able to boot into windows.

I've decided to purchase the F4-3200C16D-16GTZR (since it is on the QVL list) and refund the CMR16GX4M2D3000C16 in place to see if it is the RAM issue. hopefully, it was... If it isn't then it's most likely the Motherboard or CPU because the 1080ti was used in my previous build perfectly fine.

I really appreciate the time being taken to help me guys, thank you!
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