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Due to the enermous number of requests we've been receiving since the Ryzen market launch, concerning various confusions about AIDA64 and Ryzen, hereby we post a clarification. AIDA64 is currently not 100% compatible with the recently unveiled AMD Ryzen high-performance x86 processors. It's because AIDA64 still has a few issues that we need to fix. However, in order to fix those issues, we first need to run a series of very long benchmark tests on Ryzen, and that -- among with the bug fixes themselves -- will take several days to complete. As for the bugs and limitations we so far discovered: UPDATE: We have fixed #3, #4, #5 and #7 in the latest AIDA64 v5.90.4200 stable update, which is now 100% compatible with AMD Ryzen processors: https://www.aida64.com/downloads/latesta64xe 1) A number of minor hardware detection issues were already fixed in the latest AIDA64 beta update. 2) The list of Turbo and XFR PStates are invisible on Ryzen, so it's not possible to properly enumerate or track them using a software. When a core of the AMD Ryzen processor goes into idle, the core will report the clockspeed of the P2 power state (e.g. 2200MHz on the Ryzen 7 1800X) and enter into the core-c1 (CC1) or core-c6 (CC6) sleep state. While the VID remains detectable in these states, the states are power gated and the true frequency is not known to the OS or monitoring utilities. As indicated from the “fine-grained Pstate” commentary released at Ryzen Tech Day, the AMD Ryzen’s processor true frequencies in these modes are significantly lower than reported via the “last known” P2 reading. AMD engineering tells us that V/f changes can be executed at 1ms intervals, indicating that the act of monitoring the states with the resolution necessary to accurately capture this behavior would also prevent cores from entering into the ultra low-power CC1 or CC6 states. 3) L1 cache bandwidth and latency scores, as well as memory bandwidth and latency scores are already accurately measured. 4) L2 cache and L3 cache scores indicate a lower performance than the peak performance of Ryzen. The scores AIDA64 measure are actually not incorrect, they just show the average performance of the L2 and L3 caches rather than the peak performance. It will of course be fixed soon. 5) Even though AIDA64 warns about a potential lack of optimization, the CPU and FPU benchmarks should be indicative of the full potential of Ryzen. We may be able to tweak e.g. the FPU Julia benchmark to squeeze even more performance out of Ryzen, but we don't expect the improvement to be substantial. 6) The CPU Hash benchmark provides an exceptionally great score on Ryzen due to the hardware accelerated SHA instructions capability of Ryzen. It's absolutely normal that hardware acceleration boosts CPU computing performance by such a margin. 7) AM4 motherboards are not yet supported by the latest AIDA64 stable build of v5.80.4000. Make sure to use the latest AIDA64 beta build to have accurate sensor measurements on ASRock, Asus, Biostar, Gigabyte, and MSI AM4 motherboards. We will post further updates to this topic as we progress with our bug fixing efforts on our Ryzen test systems.

Hi, title says basically everything, I swaped 6600XT for 7900XT and suddenly there is no GPU power sensors section in sensor panel no more. On top of that vram clock readings shows values up to 20000 MHz, 10 times more it should be. I'm on windows 10 64bit and 2 monitor setup. Main 4K OLED LG on HDMI cable and secondary 5inch LCD on usb-c connection. Both set to 60Hz.

Sometimes when stopping stability tests I got a Window popping up an error like "ACCESS VIOLATION IN MODULE AIDA 64.EXE , access violation at address aida64 1efa0174" and I can only close the aida 64 by task manager after that . I think my computer is stable , at least it seems to be ... PC specs : AOC monitor with 21" and freesync , 75hz Gigabyte b450 gaming X AMD Ryzen 5 3600 Kingston HyperX FURY DDR4 (with RGB) at 3200mhz with XMP profile 1 enabled XFX RX 580 GTS XXX 4gb Bitfenix formula gold 550w 3 hdd´s from WD , 1 wd green , 1wd black ,1 wd blue 1 ssd ( kingston a400 120gb)

Please add the CPU readings of: Fclk, Uclk, Mclk and makes us able to add them to the sensor panel. As well as: Gpu memory Temperature Of AMD Radeon RX6000 series. With HWinfo i can read/log them. But why not with AIDA? Cheers Bjoern

I am new to aida64 extreme, just purchased a new video card... a Nitro RX 6700 XT.. a picked up a little raspberry pi screen to display temps/utilization/etc.. I was just designing my screen and ran into this problem.. aida64 was detecting my old GPU (an NVidia 1060), its sensors worked perfectly. I took it out, then plugged in the new AMD, it is definitely working, runs game, mines etc... I see it in Aida64 extreme "windows video". but when I try add GPU sensors to the panel, there are no sensors available, I added RTSS FPS but it just displays 0. I tried downloading the beta version of aida64, but have the same issue, no sensor appears for AMD GPU.. set preferences to wake GPU on startup, and rebooted to same issues.. is there anything else I need to do, or do I need to wait for a patch for new video cards? Ran a sensor profiling dump: ------[ Versions ]------ Program Version : AIDA64 Extreme v6.32.5650 Beta BenchDLL Version: 4.5.841.8-x64 Windows Version : Microsoft Windows 10 Home 10.0.19041.867 (64-bit) GetProductInfo : 0x00000065 ------[ Motherboard Info ]------ Motherboard ID : 63-0100-000001-00101111-040416-Chipset$0AAAA000_BIOS DATE: 04/07/17 10:36:06 VER: V1.20 Motherboard Model : MSI Z270-A Pro (MS-7A71) Motherboard Chipset : Intel Kaby Point Z270, Intel Skylake-S DMI MB Manufacturer : MSI DMI MB Product : Z270-A PRO (MS-7A71) DMI MB Version : 1.0 DMI MB Serial : H416538623 DMI SYS Manufacturer: MSI DMI SYS Product : MS-7A71 DMI SYS Version : 1.0 DMI SYS Serial : Default string DMI BIOS Version : 1.20 ------[ Video Adapters ]------ AMD Radeon RX 6700 XT [1002-73DF] [NoDB] [1002-73DF / 1DA2-E445 / Rev C1] ------[ Video Driver ]------ atiadlxx: 7.20.50.1418 nvapi.dll: 27.21.14.6089 - nVIDIA ForceWare 460.89 aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||aticfx64||8.17.10.1689|||amdxc64||8.18.10.0400|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||aticfx32||8.17.10.1689|||amdxc32||8.18.10.0400|||amdxn64|||atidxx64|||atidxx64|||amdxn32|||atidxx32|||atidxx32|||atiumdva|||atiumd6a ------[ Sensor Profiling (Init) ]------ SensorInfo : 75.110 ms GPUSensorInfo: 0.010 ms HDD : 0.112 ms SPD : 0.564 ms AMB : 0.001 ms Asus EPU2 : 0.000 ms Asus EPU1 : 0.000 ms nVIDIA SPP : 0.000 ms nVIDIA MCP : 0.000 ms Intel GMCH : 0.000 ms Bixby : 0.000 ms Intel PCH : 0.010 ms Intel SNB : 0.025 ms Zambezi : 0.000 ms Kaveri : 0.000 ms Zen : 0.000 ms AMD SVI2 : 0.000 ms MTC0303 : 0.000 ms Smart Battery: 0.000 ms HID UPS : 0.000 ms TVALZ : 0.000 ms Asetek LC : 0.000 ms Kraken X-2 : 0.000 ms Riing+ : 0.000 ms Hydro Pt : 0.000 ms LM78 : 0.408 ms TT DPS : 0.000 ms Digifanless : 0.000 ms Corsair RMi : 0.000 ms Corsair AXi : 0.000 ms Odin : 0.000 ms Aquaero : 0.000 ms ------[ Sensor Profiling (Last) ]------ SensorInfo : 78.283 ms GPUSensorInfo: 0.005 ms HDD : 0.091 ms SPD : 0.539 ms AMB : 0.001 ms Asus EPU2 : 0.000 ms Asus EPU1 : 0.000 ms nVIDIA SPP : 0.000 ms nVIDIA MCP : 0.001 ms Intel GMCH : 0.000 ms Bixby : 0.000 ms Intel PCH : 0.025 ms Intel SNB : 0.034 ms Zambezi : 0.000 ms Kaveri : 0.000 ms Zen : 0.000 ms AMD SVI2 : 0.000 ms MTC0303 : 0.000 ms Smart Battery: 0.000 ms HID UPS : 0.000 ms TVALZ : 0.000 ms Asetek LC : 0.000 ms Kraken X-2 : 0.000 ms Riing+ : 0.000 ms Hydro Pt : 0.001 ms LM78 : 0.416 ms TT DPS : 0.000 ms Digifanless : 0.000 ms Corsair RMi : 0.000 ms Corsair AXi : 0.000 ms Odin : 0.000 ms Aquaero : 0.000 ms

The new AIDA64 update introduces optimized benchmarks for AMD Ryzen 5000 Series processors, monitoring of EVGA iCX3 sensor values, and supports the latest AMD and Intel CPU platforms as well as the new graphics and GPGPU computing technologies by both AMD and nVIDIA. AIDA64 for Huawei devices AIDA64 for Android has crossed the 10 million download mark at the Play Store. It is also available now in the Huawei AppGallery, a blooming app store that offers automatic updates and various security features. New features & improvements - AVX2 and FMA accelerated 64-bit benchmarks for AMD Zen 3 based Ryzen 5000 Series processors - EVGA iCX3 sensor support - GPU details for AMD Radeon RX 6000 Series - GPU details for nVIDIA GeForce RTX 3050, GeForce RTX 3060, GeForce RTX 3060 Ti, GeForce RTX 3070 Ti, GeForce RTX 3080 Ti What's new since AIDA64 v6.00 - SHA3-512 cryptographic hash benchmark utilizing AVX, AVX2 and AVX-512 - AVX-512 accelerated benchmarks for Intel “Ice Lake”, “Rocket Lake”, “Tiger Lake” processors - AVX2 and FMA accelerated 64-bit benchmarks for AMD Zen 2 “Matisse” and “Renoir” processors - AVX accelerated 64-bit benchmarks for Zhaoxin ZX-C+, KaiXian KX-5000, KaiXian KX-6000 processors - SSE4 optimized 64-bit benchmarks for Intel "Lakefield" SoC - Further optimized SHA3-512 cryptographic hash benchmark - Art.Lebedev Optimus Popularis, BeadaPanel, El Gato Stream Deck, EVGA Z10 RGB, Matrix Orbital EVE3 LCD display support - SteelSeries Apex 7, Apex 7 TKL, Apex Pro, Apex Pro TKL, Rival 710 OLED OLED display support - Corsair H100i Platinum and H115i Platinum liquid cooler sensor support - NZXT Kraken X53, X63, X73, Z63, Z73 sensor support - Enhanced RGB LED monitoring module - Cooler Master MP750 RGB LED mousepad support - Aqua Computer Octo, Corsair Obsidian 1000D, EVGA iCX2, Farbwerk 360, NZXT GRID+ V3 sensor support - Full support for Hygon C86 “Mukti/Dhyana” CPU - Improved support for 3rd generation AMD Threadripper processors - Improved support for Intel “Comet Lake” and “Ice Lake” CPUs - Improvements for AMD A520, B550, X570 chipset based motherboards - Support for PCI Express 4.0 controllers and devices - Preliminary support for Intel "Alder Lake", “Elkhart Lake”, “Jasper Lake” CPUs - Enhanced support for LGA-1200 motherboards - Advanced support for LSI RAID controllers - NVMe 1.4 support - OpenCL 3.0 support - SMBIOS 3.4.0 support - GPU details for AMD Radeon Pro W5500, Radeon RX 590 GME, Radeon RX 5500, Radeon RX 5600 XT, Radeon RX 5700, Radeon VII Series - GPU details for nVIDIA GeForce GTX 1600, GeForce GTX 1650 Ti, GeForce MX330, GeForce MX350, GeForce MX450, GeForce RTX 2000 Super, GeForce RTX 2060 Series, GeForce RTX 3000 Series - Preliminary support for AMD “Navi” GPUs - Fixed handling of per-core HyperThreading (Intel Comet Lake-S) - Fixed lockup at startup on systems with multiple CPU groups - Retired SHA1 and VP8 benchmarks [ Press Release (English) ] [ Press Release (magyar) ] [ What's new in AIDA64 v6.32 ] [ Download ]

Hi All, Firstly I love AIDA64. It is so feature rich I can't believe I used anything else for so long! I spent 5 hours yesterday fine tuning my LCD panel display on my Android Tablet! I am running a Threadripper System with a ASUS ROG Zenith Extreme X399 TR4 Motherboard. 98% of the sensors are there there, there are just a few missing. For the Fans the latest AIDA Beta shows CPU and CPU OPT and CHA Fan 2. What is missing is CHA FAN 1, H_AMP_FAN, W_PUMP+ and the 3 CHA FANS on the extension board that Plugs into the EXT_FAN header. As I am running a TR system that runs warm it important to be able to monitor the H_AMP_FAN and W_PUMP+ connectors as that will tell me if my Liquid Cooler is operating properly. Let me know if I can provide any other info or testing to help. Regards, Lachlan.

Was wondering if and when AIDA will add support for these new APUs.

I bought my PC recently, and I noticed that my system temperature is pretty high. I ran multiple tests with AIDA 64, HWInfo and HWMonitor and they all showed some problems which I do not know to solve on my own. First of all, my CPU voltage is not stable and can go very very high. For example while playing some games, the voltage hits up to 1.5V and so the temp hits for about 72C. I'm using a stock Spire cooler so this is very dangerous. I tried to change my CPU voltage in my motherboard to 1.2V but to no avail. My PC started, it loaded up my config and the screen turned off while the EZ debug led lighted up. I never tried overclocking but I changed the curve of my GPU fan speed, as it was also getting hot during gaming. One last thing, a small red led is always lit up between my CPU socket and RAM. I asked about its purpose to a technician and he said to me that it shows that my motherboard is getting power. I thought it was a little bit ridiculous and I still don't know its purpose. Maybe it's an indicator for over voltage? My specs: Ryzen 1500x with Spire cooler GTX 1080 graphics card 8x2 2400 mhz ram MSI b350 mortar motherboard 650w 80+ power supply Windows 10 as OS I can provide pictures of my system and its benchmarks/monitoring

Hi everyone, I've been experiencing this strange issue for quite some time now and haven't bothered to investigate until very recently. My BIOS can read CPU temps just fine. I happen to be the owner of a G15 Keyboard and AIDA64 is a great tool for monitoring temps, Voltages, and many other things straight from the LCD. To the point: My CPU temperature is displayed as 0ºC in AIDA64 Extreme 5.60.3700. I know the NH-D15 is an amazing cooler and all, but it looks like it's a bit too good, haha. It is not displayed at all on my G15 LCD. On the LCD, the CPU voltage appears as 0V. N/A for the actual consumption in W. GPU usage is also nto on the LCD - instead of getting VRAM and processor temps (for the GPUs) I get N/A on the LCD. I get N/A for VRM and RAM temps too. System in question: Windows 7 Ultimate x64 SP1 FX-8350 Sabertooth 990FX R2.0 (it has ThermalRadar for CPU temp monitoring and fan configuration - the CPU temp appears listed over there in pretty normal readings...45ºC on average - even DRAM and USB3.0 ports have their temps displayed there. Same goes for voltages) HD6950 Crossfire 32GB of RAM CoreTemp works just fine, reporting per core temps and voltages correctly.