AIDA64 compatibility with AMD Ryzen processors

[Fiery]

2 hours ago, Alan said:

Just found the Ryzen 3 1200 and 1300X cannot run FPU VP8 benchmark, it's an unknown issue of #5 or #6?

It's an issue that only comes up when you have SMT disabled on Ryzen processors.  We will fix the issue in the next AIDA64 stable update due in a few weeks from now.

[Alan]

On 2018/2/28 at 6:59 PM, Fiery said:

It's an issue that only comes up when you have SMT disabled on Ryzen processors.  We will fix the issue in the next AIDA64 stable update due in a few weeks from now.

Hi Fiery,

Fixed in v5.97.4600, thanks a lot

[Fiery]

1 hour ago, Alan said:

Hi Fiery,

Fixed in v5.97.4600, thanks a lot

Thank you for your feedback

[Luis]

On ‎10‎-‎10‎-‎2017 at 11:54 AM, Fiery said:

We haven't got any further assistance from AMD to step further about that issue.  There may not be a technical solution afterall

Any news of this? Is more than a year from the launch date. Thanks!

[Fiery]

On ‎2018‎. ‎04‎. ‎10‎. at 3:25 AM, Luis said:

Any news of this? Is more than a year from the launch date. Thanks!

There's no technical solution to the issue.

[AndyF]

 

Hello, I am the new ^^ Have the gigabyte x470 operated with ryzen 5 2600x The temperature of the diode in the idle seems to me very strange, under load it goes to 110 ... oO can this be?

[Fiery]

On ‎6‎/‎1‎/‎2018 at 10:07 PM, AndyF said:

Hello, I am the new ^^ Have the gigabyte x470 operated with ryzen 5 2600x The temperature of the diode in the idle seems to me very strange, under load it goes to 110 ... oO can this be?

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.

[MrCommunistGen]

I don't know if this is the right place to post this, and I don't know if this source counts as "official" enough for your criteria to be included in your database, but it looks like in this Anandtech article they state the manufacturing process as well as TDP for the AMD X470 chipset (and X370 if you don't already have that info in the database).

Quote

The big change in the chipset will be in the power consumption. Currently the X370 chipset, built on a 55nm manufacturing process using ASMedia IP, runs at a 6.8W TDP (running at full load). For X470, we were told that this is the same process and IP, but the chip will now run at 4.8W peak and 1.9W in an idle mode.

- Ian Cutress (via Anandtech)

 

Just trying to do my part to improve this super useful tool!

Thanks!

[Fiery]

9 hours ago, MrCommunistGen said:

I don't know if this is the right place to post this, and I don't know if this source counts as "official" enough for your criteria to be included in your database, but it looks like in this Anandtech article they state the manufacturing process as well as TDP for the AMD X470 chipset (and X370 if you don't already have that info in the database).

Just trying to do my part to improve this super useful tool!

Thanks!

Thank you, we'll add those info to the next AIDA64 beta build.

[axedztop]

i would also like to say thanks for the great work you guys are doing with your program ...i love it .....and everyone i turn on to this program loves it as much as i do 

Edited April 21, 2023 by Exhumed

[ChasE]

I am concerned with CPU accuracy.  How does AIDA64 assess CPU and/or FPU arithmetic accuracy?  Does the stress test perform computer arithmetic and then check the accuracy of the answers, or does AIDA64 program crash indicate stress test failure? 

[John Haber]

 

Update: With the release of AIDA64 v5.90.4200, many of the issues mentioned have been resolved, and the software is now fully compatible with AMD Ryzen processors. You can download the latest version from the following link: AIDA64 v5.90.4200.

Resolved Issues:

1. Hardware Detection Issues: A number of minor hardware detection issues have been fixed in the latest beta update, which should provide more accurate readings for your system.

2. Turbo and XFR PStates Visibility: Previously, the Turbo and XFR PStates were not visible on Ryzen processors. While this limitation remains due to the nature of Ryzen’s power states and their reporting, ongoing improvements will continue to refine this aspect.

3. L1 Cache, Memory Bandwidth, and Latency Scores: The L1 cache bandwidth and latency, as well as memory bandwidth and latency, are now accurately measured.

4. L2 and L3 Cache Scores: L2 and L3 cache scores have been updated to reflect the average performance rather than peak performance. This issue is addressed and will continue to be refined.

5. CPU and FPU Benchmarks: Despite some warnings about optimization, the CPU and FPU benchmarks should accurately reflect Ryzen's full potential. Further tweaks to the FPU Julia benchmark may provide additional performance improvements.

6. CPU Hash Benchmark: The CPU Hash benchmark performance on Ryzen is excellent due to the hardware-accelerated SHA instructions. This is expected and showcases Ryzen's enhanced computing capabilities.

7. AM4 Motherboard Support: AM4 motherboards are now supported in the latest stable build. For accurate sensor measurements, please ensure you are using the latest AIDA64 beta build.