![]() ![]() So either both cards died on me simultaneously (highly improbable), or their firmware got screwed up somehow, and it's clearly not a PCIe slot problem either, as the Nvidia Card works fine in both systems in the same slot as the one I use for the Radeon cards. When I tried the other system's card it (WX 2100) would not work either and now the second card (WX 2100) is not working in its original system either. The only change I made yesterday was that in Catalina (H81M-E33 system) I installed Plex, could not get it to work initially, the app froze, I rebooted and right after rebooting from this the problems started. I had not updated anything for some time before I tried the BIOS and Driver updates to fix this problem, and the cards, both worked fine yesterday morning. How can both cards get screwed up simultaneously ? I have an NVidia card, Geforce GT710, that boots fine in both systems, granted I have to play with Clover for it to work in Catalina, but it does work fine, so it's basically a Radeon Pro related issue. Same as above, displays and both cards not recognized, nor is the monitor recognized. The GA-Z77X-UD5H setup now has a similar problem, boot graphics are very low res, when choosing to enter BIOS, nothing shows up with either Radeon card, when I let it boot to Debian, it boots but in very low graphics. So Catalina won't boot, Windows used to boot but now won't, and Ubuntu works but at really low res. I booted in Windows, and tried a driver update with the Radeon Pro software and the computer crashed and rebooted halfway through the update process and now it won't even fully boot in Windows anymore, the display goes dark halfway into booting. I tried flashing the latest BIOS for the motherboard, but nothing. Removing the card, and booting from Integrated Intel Graphics, works perfect, for all OSs. ![]() Booting to Catalina crashes halfway and reboots, booting to Ubuntu loads completely but in very low res and both the card and the display are not recognized by Linux. When I let it boot into Clover it works that far at least, but in much lower resolution. When I go to BIOS, in the H81M-E33 system, Bios settings not only won't show on screen properly, after I try to change any of the settings the display freezes, and says "This bin file is incorrect", and I have to manually reboot or turn off/turn on. When I turn on either system with either card installed, the boot the screen has very low resolution. The main problem seems to be that the systems are not recognizing them properly now, or the cards somehow have defaulted to some strange mode. Switched them back and forth a couple of times but nothing I have done has worked. Nothing really complex or strange, but as of today none of the cards are working in either system. Radeon Pro WX 2100 was on a GA-Z77X-UD5H motherboard, Debian, i5-3570K, 8Gb, 500 Gb SSD. Radeon Pro WX 3200 was on a H81M-E33, motherboard, Ubuntu, Windows 10 and Catalina, i7-4790S, 16 GB, 1 Tb SSD. They were both installed in fully working setups, but now both cards are not working. I have a Radeon pro wx 3200 and a Radeon pro 2100. They are enabled to implement advanced features such as shared virtual memory, nested parallelism, and generic address space.Hi, I need some hep with these two cards. AMD accelerators are optimized for the OpenCL programming paradigm and libraries. AMD accelerators speed up time required to complete double precision, floating-point operations used within computational fluid dynamics, structural mechanics, reservoir simulation, and aerodynamics applications where numerical precision is mission critical. The thousands of cores of each AMD accelerator allows it to divide large computing or graphics tasks into thousands of smaller tasks that can be run concurrently, thus enabling much faster simulations and improved graphics fidelity for demanding 3D models.ĪMD accelerators speed up time required to complete single precision, floating-point operations used within simulations, video enhancement, signal processing, video transcoding, and digital rendering applications where high performance takes precedence over accuracy. Designed specifically for power-efficient, high-performance supercomputing, they deliver dramatically higher application acceleration than a CPU-only approach for a range of scientific and commercial applications. AMD accelerators for HPE servers seamlessly integrate GPU computing with select HPE ProLiant server series for scale-out computational and graphical deployments. Traditional CPU technology is no longer able to keep up with these increasing demands. Do you require higher performance computation or graphics? Companies are being faced with greater computational and graphics requirements as large, complex computational models become more commonplace. ![]()
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