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Crucial DDR4 Pro 3200 32Gbyte-Kit finally overclocked. Not much Information on the Internet about this relatively new Kit or the Micron F-Dies for Overclocking, now i will open a Thread for Discussion about the Micron F-Die/Crucial Pro Kit. Here i'm sharing my Results after 4 Days of Testing the Stability and Values.
My Board is tricky and a Diva with the Ram and newer Ryzen CPUs with other Mainboards can get higher Values - because their Memory-Controller/Board is better. But i'm very happy with my Results.
I'm astonished with the Results, this is the first RAM with my Board that worked with 3200 MT/s stable. But the Latency are then very bad and the default Latencys in the SPD are very slow - so its to Time to overclock. Ram Overclocking takes Time, Knowladge and Patience. The Ram did not Boot @ 3200 MT/s with faster Latencys than the Standard-Values from the SPD. So i had to find the new Sweet Spot in Latency and the Bandwith for my self.
Micron advertises the new Pro-Kit for Gaming - so it must get lower Latencys then the default Values in the SPD - because they are very slow for real Gamers.
The Default Values (XMP) are 3200 MT/s with 22 - 22 - 22 - 52 on 1.2V
After Crucial/Micron stopped their Ballistix-Brand for Gamers its time to check out whats possible.
I'm happy to get it running with 3066 MT/s (1533Mhz) and 16 - 18 - 18 - 38 on only 1.3V which is very good for my Setup - because the Board is a Diva with RAM above 2933 MT/s. I tested the RAM with over 1 Hour Memtest86+ (6.20), 5 Hours Memtest86 (10.6), Cinebench R24 and some hours of real World Stress-Testing (Games). Its absolutly stable with this Values.
![fdiemicron4.JPG fdiemicron4.JPG](https://tpucdn.com/forums/data/attachments/315/315610-b71a7c61849ff154e982613b1df51a9c.jpg)
![fdiemicron.JPG fdiemicron.JPG](https://tpucdn.com/forums/data/attachments/315/315613-34a6044cf8f9cb07689d6e5b3eebabd1.jpg)
![fdiemicron3.JPG fdiemicron3.JPG](https://tpucdn.com/forums/data/attachments/315/315611-2a458d0628599284a1b7c955b1c5c723.jpg)
![fdiemicron2.JPG fdiemicron2.JPG](https://tpucdn.com/forums/data/attachments/315/315612-0d800148cf13d85d19b92f4184f82bf8.jpg)
The Modules are Single Rank Micron F-Die and all Values, including the Manufacturing Date are in the Screenshots.
If any one got Tricks - Questions - please share it with us....
My Board is tricky and a Diva with the Ram and newer Ryzen CPUs with other Mainboards can get higher Values - because their Memory-Controller/Board is better. But i'm very happy with my Results.
I'm astonished with the Results, this is the first RAM with my Board that worked with 3200 MT/s stable. But the Latency are then very bad and the default Latencys in the SPD are very slow - so its to Time to overclock. Ram Overclocking takes Time, Knowladge and Patience. The Ram did not Boot @ 3200 MT/s with faster Latencys than the Standard-Values from the SPD. So i had to find the new Sweet Spot in Latency and the Bandwith for my self.
Micron advertises the new Pro-Kit for Gaming - so it must get lower Latencys then the default Values in the SPD - because they are very slow for real Gamers.
The Default Values (XMP) are 3200 MT/s with 22 - 22 - 22 - 52 on 1.2V
After Crucial/Micron stopped their Ballistix-Brand for Gamers its time to check out whats possible.
I'm happy to get it running with 3066 MT/s (1533Mhz) and 16 - 18 - 18 - 38 on only 1.3V which is very good for my Setup - because the Board is a Diva with RAM above 2933 MT/s. I tested the RAM with over 1 Hour Memtest86+ (6.20), 5 Hours Memtest86 (10.6), Cinebench R24 and some hours of real World Stress-Testing (Games). Its absolutly stable with this Values.
![fdiemicron4.JPG fdiemicron4.JPG](https://tpucdn.com/forums/data/attachments/315/315610-b71a7c61849ff154e982613b1df51a9c.jpg)
![fdiemicron.JPG fdiemicron.JPG](https://tpucdn.com/forums/data/attachments/315/315613-34a6044cf8f9cb07689d6e5b3eebabd1.jpg)
![fdiemicron3.JPG fdiemicron3.JPG](https://tpucdn.com/forums/data/attachments/315/315611-2a458d0628599284a1b7c955b1c5c723.jpg)
![fdiemicron2.JPG fdiemicron2.JPG](https://tpucdn.com/forums/data/attachments/315/315612-0d800148cf13d85d19b92f4184f82bf8.jpg)
The Modules are Single Rank Micron F-Die and all Values, including the Manufacturing Date are in the Screenshots.
If any one got Tricks - Questions - please share it with us....