F5F Stay Refreshed Hardware Desktop This Patriot Viper 3200MHz setup isn't operating at the intended frequencies.

This Patriot Viper 3200MHz setup isn't operating at the intended frequencies.

This Patriot Viper 3200MHz setup isn't operating at the intended frequencies.

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crumpet2
Member
63
04-26-2018, 03:15 AM
#11
I’d likely point the fault at the motherboard first before considering the RAM. If you can send back the RAM for testing, that would simplify things. Check if there’s a forum for your motherboard—sometimes BIOS adjustments help. You might also discover that achieving higher speeds isn’t possible for everyone.
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crumpet2
04-26-2018, 03:15 AM #11

I’d likely point the fault at the motherboard first before considering the RAM. If you can send back the RAM for testing, that would simplify things. Check if there’s a forum for your motherboard—sometimes BIOS adjustments help. You might also discover that achieving higher speeds isn’t possible for everyone.

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tumblr_malu
Junior Member
3
04-28-2018, 01:59 AM
#12
Confident mine is micron a-die according to typhoon burner, but it doesn't really assist with Ryzen dram master. The settings it provides aren't consistent either. I required 1.4v to achieve stable cl14@2933mhz. DRAM Manufacturer: SpecTek DRAM Components: D9SRJ (MT40A1G8PM-083E:A) DRAM Die Revision / Process Node: A / 25 nm JEDEC Raw Card Designer: Micron Technology
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tumblr_malu
04-28-2018, 01:59 AM #12

Confident mine is micron a-die according to typhoon burner, but it doesn't really assist with Ryzen dram master. The settings it provides aren't consistent either. I required 1.4v to achieve stable cl14@2933mhz. DRAM Manufacturer: SpecTek DRAM Components: D9SRJ (MT40A1G8PM-083E:A) DRAM Die Revision / Process Node: A / 25 nm JEDEC Raw Card Designer: Micron Technology

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KwongKwaiLa
Member
235
04-28-2018, 04:46 AM
#13
These are the precise details returned after reading a module from the Typhoon Burner memory device. The manufacturer is Patriot, part number 3200 C16 Series, serial 00000000h. The JEDEC label shows an 8GB DIMM, 2Rx8 PC4-2133P-UB0-10 architecture, DDR4 SDRAM, 8GB capacity across 16 chips. It runs at 1024M x64 (2 ranks) with register model unspecified. The part was made on an undefined date in Taipei, Taiwan. The card revision is 0001h/B0 with 8 layers. It uses Nanya Technology, part number NT5AD512M8. The package is a monolithic 78-ball FBGA die, 4GB per die, 512Mb x8 (32Mb x8 x16 banks). Clock speed is 1067 MHz with timing specs from 15-15-15-36-50 and read latencies supporting 19T through 13T. Supply voltage is 1.20V XMP certified, supporting speeds up to 1600MHz. It includes XMP certification levels 2.0 and 1.0, with a revision history from December 2013 to January 2014.
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KwongKwaiLa
04-28-2018, 04:46 AM #13

These are the precise details returned after reading a module from the Typhoon Burner memory device. The manufacturer is Patriot, part number 3200 C16 Series, serial 00000000h. The JEDEC label shows an 8GB DIMM, 2Rx8 PC4-2133P-UB0-10 architecture, DDR4 SDRAM, 8GB capacity across 16 chips. It runs at 1024M x64 (2 ranks) with register model unspecified. The part was made on an undefined date in Taipei, Taiwan. The card revision is 0001h/B0 with 8 layers. It uses Nanya Technology, part number NT5AD512M8. The package is a monolithic 78-ball FBGA die, 4GB per die, 512Mb x8 (32Mb x8 x16 banks). Clock speed is 1067 MHz with timing specs from 15-15-15-36-50 and read latencies supporting 19T through 13T. Supply voltage is 1.20V XMP certified, supporting speeds up to 1600MHz. It includes XMP certification levels 2.0 and 1.0, with a revision history from December 2013 to January 2014.

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Isullyd
Junior Member
9
04-28-2018, 10:07 AM
#14
Seems like this build is distinct yet your XMP settings match. I achieved stability at 3000mhz on cl14, which is likely improved over the default profile.
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Isullyd
04-28-2018, 10:07 AM #14

Seems like this build is distinct yet your XMP settings match. I achieved stability at 3000mhz on cl14, which is likely improved over the default profile.

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Sways
Junior Member
16
04-28-2018, 10:43 AM
#15
It would be tough to post at 3200MHz with normal settings and voltages. I succeeded at 3000MHz using 1.42V, and I've tried 18-20-20-40 settings. Your Corsair Vengeance Pro RGB 3200 might give better results, but it's a bit surprising.
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Sways
04-28-2018, 10:43 AM #15

It would be tough to post at 3200MHz with normal settings and voltages. I succeeded at 3000MHz using 1.42V, and I've tried 18-20-20-40 settings. Your Corsair Vengeance Pro RGB 3200 might give better results, but it's a bit surprising.

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