Fiery

Thank you. Please let me know the pump voltage and flow rate values when the dump was created, as they are displayed by Aquasuite. Or, in case those values vary greatly, then please post a new dump while visually checking the values in Aquasuite, to make sure the dump registers and the values match.

Thank you in advance! Yes, it can.

Pump frequency is simply 45000000 / RPM, so it would be redundant to report it when AIDA64 already reports the RPM value. Fan speed % (duty cycle value) is also not that useful, since even a non-zero duty cycle value could mean the fan or pump is stopped. So when a RPM value is available, AIDA64 usually don't report the duty cycle. Pump voltage and flow rate can be reported, but we do not have the necessary technical information to convert the raw readings to meaningful values. If you could help us by sending us a register dump, and also the values as measured by Aquasuite, we should be able to implement the missing values in AIDA64. Please right-click on the bottom status bar of AIDA64 main window --> Sensor Debug --> Aquaero Dump. Copy-paste the full results into this topic, or attach the results as a TXT file to your post. You may need to enable status bar in AIDA64 / main menu / View first. Thanks, Fiery

You've got a private message

Column widths are already remembered. If not, then please let me know which list do you mean, at which place inside AIDA64.

What version of Windows are you using? Does your Windows user have administrator privileges? Also, are you sure you've performed the upgrade to the new AIDA64 beta properly? Make sure to verify that the AIDA64 version+build number is at least 5.50.3648.

Wow, what a beast you've got Very nice. As for your ideas, we'll have to think about them. We do not want to over-complicate the existing hardware monitoring module of AIDA64. But maybe we can find a way to make it even more customizable than now, without making it look as freaking busy as an airplane dash

It depends on the hardware you've got. You can see the readings on the Computer / Sensor page, and also you can put them on the SensorPanel, LCD, OSD Panel, etc.

Thank you

It's already available in AIDA64: https://forums.aida64.com/topic/2636-remotesensor-lcd-for-smartphones-and-tablets/ Regards, Fiery

What version is zero? Do you mean -2 from the latest stable update? Do you mean stable update or beta package? Before your post we've had the following few releases: Beta Update 3725 Beta Update 3720 Beta Update 3718 Beta Update 3716 Beta Update 3709 Beta Update 3703 Stable Update 3700 Of course we can go even further back, if you want.

I'm glad it works now, and thank you for letting us know about the resolution

Please right-click on the bottom status bar of AIDA64 main window --> System Debug --> USB Dump. Copy-paste the full results into this topic, or attach the results as a TXT file to your post. You may need to enable status bar in AIDA64 / main menu / View first. Thanks, Fiery

We'll check it out. Although, please note that for the optimum performance it's best to install Samsung's own NVMe driver for Samsung NVMe SSDs, and Intel's own NVMe driver for Intel NVMe SSDs.

That should work with AIDA64 just fine. Go to AIDA64 / main menu / File / Preferences / Hardware Monitoring / LCD / Sure, and check the checkbox. If it says Init OK, then you can build your LCD layout in AIDA64 / main menu / File / Preferences / Hardware Monitoring / LCD / LCD Items.

Do you mean you want to purchase a Sure LCD, or that you want to use an existing Sure LCD with AIDA64?

We've checked, and it works fine for us, with a 1000 MB sized RAM disk. Hot-plugging it also works properly. If you need a previous beta, please let me know which ones are you interested in, and I'll send them to you.

Haswell processors operate at very high temperatures, and can easily throttle under heavy load. 90+ Celsius is normal for them.

Our benchmarks are not open-source. If you use Google, you can find a lot of information on how to build a proper memory benchmark. Start here: https://www.cs.virginia.edu/stream/ref.html http://zsmith.co/bandwidth.html Regards, Fiery

It's a very specific request, so we will only implement it when a few more users also request it.

What version of AIDA64 is able to access the drive in its current state? I'm just asking because the drive activity measurement feature was implemented only a few weeks ago, and we haven't touched that feature since then. So it would be quite weird if there were difference between how the "old" AIDA64 and the current one works. BTW, the graph you've linked shows the drive in its 10 GB capacity state. You've previously mentioned that when you configure the drive to 10 GB size, it works with AIDA64. So make sure to configure it to 4 GB, and check Task Manager again. I'm pretty sure the issue is not AIDA64 itself, but due to a Windows limitation based on drive size. Also, what RAM disk software are you using? We can try to reproduce the issue on a test system of ours.

Thank you. We would be happy to contact HP directly, and receive the necessary programming details under NDA. But, in order to do that, we need a person to contact there, since HP is a huge company

As long as the readings in AIDA64 make sense, and they look accurate, then no need to go the extra mile and compare all values against the ones provided by the Corsair Link Dashboard . As for the fan, what we did is set the fan duty cycle in Corsair Link Dashboard to a higher value, waited until the fan started spinning and Corsair Link Dashboard started to show a non-zero RPM reading, then closed the Dashboard, and checked the fan RPM in AIDA64. It worked fine on our test systems, along with the other readings.

Are you sure when your RAM drive is too small that Windows itself can measure its performance? To me it looks like Windows fails to provide performance readings for small drives. BTW, when you disconnect or connect (ie. hot-plug) a disk drive, AIDA64 should already be able to detect the change. So such delay shouldn't be necessary, as long as the drive performance is provided by Windows.

We've implemented flow rate measurement for both Koolance and T-Balancer devices in the latest beta version of AIDA64 Extreme available at: http://www.aida64.com/downloads/latesta64xebeta The values are measured as raw values, as they are provided by the sensor device. To make them make a bit more sense, and also to convert them to LPH (Liter Per Hour), you need to use the Correction feature in AIDA64 / main menu / File / Preferences / Hardware Monitoring / Correction.