Fiery

We currently have no plans to expand the set of GPGPU benchmark methods.

Please let us know more about your requirements. Screen diagonal size, connectivity (internal USB, external USB, HDMI -- or any of them would work for you?)

Yes, we've decided to stick to ANSI encoding to avoid breaking compatibility with existing software out there like MSI Afterburner and RTSS. There's actually no advantage of going Unicode with the shared memory facility of AIDA64.

Have you tried it with the latest AIDA64 beta update?

Then I think in your case it should work out Here's a new beta update for AIDA64: https://www.aida64.com/downloads/latesta64xebeta This will support direct USB communication with the LCD device of the venerable Razer DeathStalker Ultimate keyboard. It uses the LibUSB library, and requires you to install the Samsung LCD LibUSB driver for your Razer LCD device using the following trick: 1) Download the Samsung SPF LCD driver digitally signed by us (FinalWire) from: http://download.aida64.com/resources/lcd/samsung_spf_lcd_driver.zip 2) Extract the ZIP package into a folder on your PC, e.g. C:\1 3) Right-click on the Windows button on the Taskbar --> Device Manager 4) In the Device Manager look for the device entry for the Razer LCD. It should be inside the group called Universal Serial Bus Controllers. The device name should be Razer DeathStalker Ultimate 5) Right-click on the Razer LCD device --> Uninstall Device --> tick the Delete the driver software for this device checkbox 6) Right-click on any items in the Device Manager --> Scan for hardware changes 7) In the Device Manager look for the new device entry for the Razer LCD. It should be inside the group called Other devices. The device name should still be Razer DeathStalker Ultimate 8) Right-click on the Razer LCD device --> Update driver --> Browse my computer for drivers 9) Click on the bottom button: Let me pick from a list of available drivers on my computer 10) Select Show All Devices --> click on the bottom Next button --> click on the Have Disk button 11) Navigate to the folder where you've extracted the ZIP package into, go to the subfolder named new driver (2021), and select the .INF file there 12) In the Select the device driver you want to install for this hardware window feel free to choose any of the devices, e.g. the first one called Samsung 1000P Digital Photo Frame 13) Click on the Yes button in the Update Driver Warning message box 14) You're done with driver installation. The only thing now you need is the 64-bit LibUSB DLL, filename: libusb0.dll, can be found in the bin\amd64 folder of the LibUSB Win32 distribution package Simply copy that DLL file to the installation folder of AIDA64. 15) You can now can start using the Razer LCD module with the next-generation AIDA64 Please note that pressing the dynamic keys will do nothing right now, so you cannot use them to change LCD page. Please note that this process of driver installation applies to both Windows 10 and Windows 11. ------ If you want to reverse that process and revert back to the original Razer LCD driver installed by Razer Synapse 2.0, please do the following: 1) Right-click on the Windows button on the Taskbar --> Device Manager 2) In the Device Manager look for the device entry for the Razer LCD. It should be inside the group called libusb-win32 devices. The device name should be e.g. Samsung 1000P Digital Photo Frame 3) Right-click on the device --> Uninstall Device --> tick the Delete the driver software for this device checkbox 4) Right-click on any items in the Device Manager --> Scan for hardware changes 5) In the Device Manager look for the new device entry for the Razer LCD. It should be inside the group called Other devices. The device name should still be Razer DeathStalker Ultimate 6) Right-click on the Razer LCD device --> Update driver --> Browse my computer for drivers 7) Click on the bottom button: Let me pick from a list of available drivers on my computer 8) Select Show All Devices --> click on the bottom Next button --> click on the Have Disk button 9) Navigate to the folder called C:\Program Files (x86)\Razer\Razer_Common_Driver\Drivers\amd64\LowerFilter, and select the .INF file there Let me know how it works out for you

We've fixed the issue in the latest AIDA64 beta update available at: https://www.aida64.com/downloads/latesta64xebeta

Yes, it is still active.

Please create a new dump using the latest AIDA64 beta build: https://www.aida64.com/downloads/latesta64xebeta

Check the USB connection of your display. You may want to try it with a different cable or different USB port. In most cases that helps to fix the slow updates.

SensorPanel is affected by the scaling setting of your primary display, so that shrunk effect is normal. What you can do: 1) Upgrade to the latest beta version of AIDA64 Extreme available at: https://www.aida64.com/downloads/latesta64xebeta 2) Take your original SensorPanel layout, import it into SensorPanel. 3) On the SensorPanel window press right-click --> Scale --> choose the scaling setting of your main display 4) Export the scaled SensorPanel layout and import it into Turing LCD

BTW, do you use the dynamic keys with AIDA64, to e.g. configure the LCD layout or to switch between LCD pages?

You can activate VU1 support in AIDA64 / Preferences / Hardware Monitoring / LCD / VU Dials.

In AIDA64 please press Ctrl+D --> Sensor Debug --> ISA Sensor Dump. Copy-paste the full results into this topic, or attach the results as a TXT file to your post. Thanks, Fiery

At bootup can you recognize which software is started first, Synapse or AIDA64?

I've sent you a private message about this.

Next month.

Do you mean that both AIDA64 itself and Razer Synapse would also auto-start AIDA64 at Windows startup?

We'll check if it's possible to develop a 64-bit DLL on ourselves. It'd be much easier to switch to direct USB communication, but then you'd lose the ability of changing the lighting. We'll try to find a middle ground: maybe it's possible to keep the Synapse framework and only take over the handling of the LCD screen by effectively "stealing" access to the LCD from Synapse. That way you could continue changing the lighting.

Thank you for your feedback! We keep pushing hard to polish out the remaining issues in the next-generation AIDA64 beta channel.

In your particular case the advantage of using higher than 100% resolution for your images would be that the rendered SensorPanel would look sharp on your 4K main monitor (with 150% display scale) as well as your small secondary display. Of course if you never wanted to use your layout on a high-DPI screen and/or you never wanted to share your layout with anyone, having blurry images on a high-DPI screen may not be of an issue.

You can create any still images and gauge state images at any pixel dimensions, it's completely up to you. But, if you wanna have for example a 288x288 pixel gauge at 100% display scale setting, in order to support high-DPI screens it's recommended to use at least 2x resolution images. So in this particular example a 2x resolution image you should use would have a resolution of 576x576 pixels. That means your layout would look great up to 200% display scaling which is what the vast majority of people use today. In other words, rarely anyone goes above 200% display scale today. However, since 5K, 6K and 8K screens are about to become more affordable and so more popular, shooting for 3x or even 4x resolution is not a bad practice either if you wanna future-proof your SensorPanel layouts.

I haven't found you in customer database. It _may_ mean that you purchased a license from an illegitimate store that sells counterfeit AIDA64 product keys. Please send me your AIDA64 product key in private message.

Make sure to upgrade to the latest beta version of AIDA64 Extreme available at: https://www.aida64.com/downloads/latesta64xebeta After upgrading to this new version, make sure to restart Windows to finalize the upgrade. Let me know if it helps.

Thank you! Funnily enough, none of the thermal readings correspond to the CPU temperature So we will simply remove it. You can focus on the CPU Diode temperature reading that is directly read from the CPU itself.

Please check the latest beta version of AIDA64 too: https://www.aida64.com/downloads/latesta64xebeta