po3-630 benchmark i5 11400f

GOATFLESH
GOATFLESH Member Posts: 10 New User
Why am i only getting 7000pts in cinebench though the i5 11400f should get somewhere around 10000pts, Is it not getting enough power?

Answers

  • StevenGen
    StevenGen ACE Posts: 12,489 Trailblazer
    edited December 2021
    GOATFLESH said:
    Why am i only getting 7000pts in cinebench though the i5 11400f should get somewhere around 10000pts, Is it not getting enough power?

    The Orion 3000 PO3-620 review with a higher spec i7-10700 (2.9 GHz/4.8 GHz), an RTX 2060 GPU (6 GB), 16 GB of DDR4-2666 (HyperX Fury), Killer Ethernet, Intel Wi-Fi 6, 512 Gb Western Digital PC SN530 NVMe SSD and 1 Tb HDD that is a higher spec rig gets the following but have a look at the whole review, as your PO3-620 with the i5-11400F performs as it should, this rigs Cinebench R23 benchmarks are:

    • CineBench – CPU (Single)
    • (High-performance mode / Auto Fan): 1255
    • CineBench – CPU (Multi)
    • (High-performance mode / Auto Fan): 9509

     


  • GotBanned
    GotBanned Member Posts: 654 Seasoned Specialist WiFi Icon
    OP, I believe you are comparing results with someone who has a "normal" motherboard. Unfortunately Acer's mobo is very limited, as you must have noticed already.

    On a normal board you can not only use faster(*) RAM etc. but also adjust the CPU power limits and thus give more power to the CPU, boost higher and for a longer time. All this will give a nice uplift in performance at the cost of power consumption, heat and noise, depending on your cooler.

    On a normal board with unlocked BIOS a program called Intel XTU is very useful.

    HERE is one thread about power limits on Reddit.


    (*) RAM speed has almost almost no effect on R15 or R23.
  • GOATFLESH
    GOATFLESH Member Posts: 10 New User
    GotBanned said:
    OP, I believe you are comparing results with someone who has a "normal" motherboard. Unfortunately Acer's mobo is very limited, as you must have noticed already.

    On a normal board you can not only use faster(*) RAM etc. but also adjust the CPU power limits and thus give more power to the CPU, boost higher and for a longer time. All this will give a nice uplift in performance at the cost of power consumption, heat and noise, depending on your cooler.

    On a normal board with unlocked BIOS a program called Intel XTU is very useful.

    HERE is one thread about power limits on Reddit.


    (*) RAM speed has almost almost no effect on R15 or R23.
    Yes true but im pretty sure ive seen in coretemp that it uses around 100 watt at 100% usage and not only 65
  • GotBanned
    GotBanned Member Posts: 654 Seasoned Specialist WiFi Icon
    I still think that the board that is holding you back. I believe that with no limits and "cool enough" CPU the CPU would draw more power than 100W. Admittedly I have only little experience with Intel XTU, but on a normal mobo it should let you tinker power limits and boost times/lengths.

    Could it be that your CPU is throttling? Try running IntelBurnTest and PredatorSense at the same time. Below is a pic of a testrun I did with PO3-620 with 10400f after I replaced the original cooler with Noctua NH-D9L. As you see, the CPU maxed out at 4GHz (not the 4.3GHz as in Intel specks) but since it stayed cool, at least it did not throttle. Before HSF upgrade CPU hit 100C within seconds and started to throttle!



    Below is a capture from Hardware Unboxed's video "Intel B560 is a Disaster: Huge CPU Performance Differences, Power Limit Mess". Here is a LINK to the relevant part. In short: bad board equals bad performance. How good or bad your OEM board is compared to those on video is anyone's guess.