F5F Stay Refreshed Hardware Desktop Upgrade Kingston Fury Renegade 3600Mhz C16 with a boost.

Upgrade Kingston Fury Renegade 3600Mhz C16 with a boost.

Upgrade Kingston Fury Renegade 3600Mhz C16 with a boost.

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Anden2202
Member
55
08-08-2017, 01:39 AM
#1
I increased the clock speed to 3733mhz with a voltage of 1.38v and it functioned fine. Then I tried 3800mhz at 1.395v but it crashed afterward. After switching to 1.4v it started working again, though it crashed after about 10 minutes of Aida64. You might want to adjust the timings for stability at that frequency. The RAM is 2x16gb, so you may need higher timings. Consider keeping it at 3733mhz if that resolves the issues.
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Anden2202
08-08-2017, 01:39 AM #1

I increased the clock speed to 3733mhz with a voltage of 1.38v and it functioned fine. Then I tried 3800mhz at 1.395v but it crashed afterward. After switching to 1.4v it started working again, though it crashed after about 10 minutes of Aida64. You might want to adjust the timings for stability at that frequency. The RAM is 2x16gb, so you may need higher timings. Consider keeping it at 3733mhz if that resolves the issues.

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Rayack
Senior Member
539
08-11-2017, 04:19 AM
#2
Inspect the thaiphoon burner for IC, probably a Hynix model such as Hynix MJR
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Rayack
08-11-2017, 04:19 AM #2

Inspect the thaiphoon burner for IC, probably a Hynix model such as Hynix MJR

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Butterfly1416
Senior Member
701
08-15-2017, 03:24 PM
#3
On CPU Z it displays SK Hynix
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Butterfly1416
08-15-2017, 03:24 PM #3

On CPU Z it displays SK Hynix

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fruitypie121
Member
64
08-17-2017, 02:43 AM
#4
Check the thaiphoon burner for exact details, a photo would be useful too
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fruitypie121
08-17-2017, 02:43 AM #4

Check the thaiphoon burner for exact details, a photo would be useful too

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Tico_32
Senior Member
680
08-17-2017, 03:05 AM
#5
Sure, I'll wait a moment.
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Tico_32
08-17-2017, 03:05 AM #5

Sure, I'll wait a moment.

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RacheySoChibi
Member
52
08-17-2017, 05:16 AM
#6
You're welcome! Here we go.
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RacheySoChibi
08-17-2017, 05:16 AM #6

You're welcome! Here we go.

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zamys
Senior Member
690
08-19-2017, 04:18 AM
#7
Looking for DJR 3800 or higher setups, dual rank is the go-to configuration for DDR4 (~20% more bandwidth than single rank). The processor in question is typically a clock speed around 5200 MHz, though it can vary. DJR often runs at inconsistent speeds, so some high-end builds might hit 5600 MHz or more, while others cap around 4533 MHz. Dual rank usually doesn’t reach that high, but you could try it if you need better performance—especially for handling desync issues or running at higher clock speeds. It’s generally not recommended unless you’re targeting very specific requirements like over 4800 MHz or dealing with certain runout penalties.
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zamys
08-19-2017, 04:18 AM #7

Looking for DJR 3800 or higher setups, dual rank is the go-to configuration for DDR4 (~20% more bandwidth than single rank). The processor in question is typically a clock speed around 5200 MHz, though it can vary. DJR often runs at inconsistent speeds, so some high-end builds might hit 5600 MHz or more, while others cap around 4533 MHz. Dual rank usually doesn’t reach that high, but you could try it if you need better performance—especially for handling desync issues or running at higher clock speeds. It’s generally not recommended unless you’re targeting very specific requirements like over 4800 MHz or dealing with certain runout penalties.

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Elitez_
Junior Member
17
08-21-2017, 02:57 AM
#8
Checking the specs for Ry Xen 5 5600G, I'll find the details. Thanks!
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Elitez_
08-21-2017, 02:57 AM #8

Checking the specs for Ry Xen 5 5600G, I'll find the details. Thanks!

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BloomingIris
Member
177
08-31-2017, 03:47 PM
#9
It seems I handled the setup at around 3800MHz, requiring higher voltage than at 3733MHz with identical timing. I adjusted the voltage from 1.38V to 1.44V. After running an Aida64 stress test for roughly 15 minutes, the system is stable now. Just need a memtest to complete the four passes and I'm satisfied. Thanks for your support!
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BloomingIris
08-31-2017, 03:47 PM #9

It seems I handled the setup at around 3800MHz, requiring higher voltage than at 3733MHz with identical timing. I adjusted the voltage from 1.38V to 1.44V. After running an Aida64 stress test for roughly 15 minutes, the system is stable now. Just need a memtest to complete the four passes and I'm satisfied. Thanks for your support!

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RealMegabear
Junior Member
33
08-31-2017, 09:14 PM
#10
In that case 5000+ is acheivable w/o desync fclk, unfortunately dual rank dont clock that high usually, though i guess you may aswell try since thats where the benifit is at, the very very strong imc of cezanne will be a help thats for sure but what mobo? You can prob have a go at more basic stuff like 4400 19-26-26-46 (just stealing an xmp profile for 4400) and go from there cause dual rank can clock high but quite board dependant for all i know Also max voltage for rams there isnt any since djr does not degrade with voltage, though i wouldnt advise going >1.7v for the imcs sake and i also wouldnt advise going >1.5v w/o fan cause likely to run into instability by heat issues
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RealMegabear
08-31-2017, 09:14 PM #10

In that case 5000+ is acheivable w/o desync fclk, unfortunately dual rank dont clock that high usually, though i guess you may aswell try since thats where the benifit is at, the very very strong imc of cezanne will be a help thats for sure but what mobo? You can prob have a go at more basic stuff like 4400 19-26-26-46 (just stealing an xmp profile for 4400) and go from there cause dual rank can clock high but quite board dependant for all i know Also max voltage for rams there isnt any since djr does not degrade with voltage, though i wouldnt advise going >1.7v for the imcs sake and i also wouldnt advise going >1.5v w/o fan cause likely to run into instability by heat issues