Good Artifact Scanner
Good Artifact Scanner
Hello!
I’m looking for a good artifact scanner or stress test tool, but I couldn’t find one in Atisool. I tried Furmark, but it seems there isn’t a dedicated artifact scanner available. Let me know if you’d like more options!
OCCT emphasizes this far more than any other game—it's built to push the card to its limits. If you look at Afterburner immediately after launching it, you'll notice it reaching thermal, utilization, and power thresholds. This causes the card to lower its clock speed. More of the chip is engaged during testing, resulting in higher power consumption, increased heat, and full utilization of the component. Very few games maintain continuous full usage; most parts operate significantly less.
OCCT has consistently performed well for me with its error checking features.
Unolocogringo :
The site has always been reliable for me and includes error checking. I'm using OCCT with Afterburner, but it doesn't appear to be working here. Is this typical? Also, do I need special steps to view the data and check for errors? Sorry if I sound confused.
I rely on Afterburner for overclocking and adjusting fan settings.
Overclocking typically occurs only when launching games or programs that demand more power.
Web browsing, email checks, office work, or watching videos don’t raise the video card’s core clocks beyond idle speeds.
During stress testing, OCCT will display in the upper left corner of the screen.
Ensure you mark the error-checking box.
It displays MIN/MAX FPS, Core clock speed, temperature, and errors.
After the complete test finishes, a folder named OCCT will be created in your My Documents with all results.
I rely on Afterburner for overclocking and adjusting fan settings.
Overclocking typically occurs only when launching a game or program that demands more power.
Exploring the web, checking emails, using office applications, or watching videos don’t raise the video card’s core clocks beyond idle speeds.
OCCT will display in the upper left corner of the screen during stress tests. However, this happens only during those tests. Be sure to mark the box for error checking.
It displays MIN/MAX FPS, Core clock speed, Temperature, and Errors.
After the complete test finishes, a folder named OCCT will be created in your My Documents folder containing all the results.
Interesting, when I run it, the core clock doesn’t exceed 1784 MHz during overclocking (my 1050 Ti), and when I run unigine it shows my core clock at about 2.1 MHz, but afterburner says the maximum reached is around 1960. That’s close—check that now on error checking, it’s capped at 1610. Is that acceptable?
Based on your initial comment, I assumed you were using an ATI graphics card. To increase the performance of Nvidia cards, you must modify the power settings. Set the limit to 112% or the maximum safe value. Then fine-tune the fan settings to be as intense as needed for cooling without causing excessive noise. Maintaining a cooler temperature enhances the boost performance.
Your current setup uses an Asus 1070 Dual for Folding, which operates at full capacity. Some configurations perform better under load, boosting the card more but reducing efficiency. The latest Boost2 software, along with driver and BIOS adjustments, changes the clock speed based on power usage, temperature, and core activity.
Staying cooler generally leads to higher boost rates. My card reaches around 2012 MHz, but as it heats up, it drops to about 1962 MHz on most systems, sometimes as low as 1927 MHz on others. You’ll need to test different settings and consider case cooling to achieve optimal results.
From your initial message I assumed you were using an ATI graphics card.
To increase the performance of Nvidia cards, you must modify the power limit settings.
Set it to 112% or the maximum permitted. Then fine-tune the fan profile to be as intense as needed to maintain cooling while minimizing noise.
The cooler the card stays, the greater the boost will be.
My current setup uses an Asus 1070 Dual for Folding, which caps the card at 100% load. Certain configurations perform better and push the card more, leading to reduced boost efficiency.
The updated Boost2, together with driver and BIOS adjustments, changes the clock speed based on power consumption, temperature, and core usage.
Maintaining a cooler card will yield higher boost rates.
My card reaches around 2012mhz, but as it heats up it drops to an average of 1962 on most systems, and as low as 1927 on others.
You’ll need to test different settings and consider case cooling to expel heat effectively.
The cooler you maintain, the better the performance will be.
I’ll remember that. Honestly, 1633mhz is quite sufficient for me—I don’t want my power supply failing. Thanks for your assistance!
By the way, it’s interesting that during gameplay it reaches 1936mhz, though not at full load.
OCCT emphasizes this far more than any other game—it's built to push the card to its limits. If you look at Afterburner immediately after launching it, you'll notice it reaching thermal, utilization, and power thresholds. This causes the card to lower its clock speed. More of the chip is engaged during testing, resulting in higher power consumption, increased heat, and full utilization of the component. Very few games maintain continuous full usage; most parts operate significantly less.