F5F Stay Refreshed Hardware Desktop Is it worthwhile to invest in a DDR4 4400mhz?

Is it worthwhile to invest in a DDR4 4400mhz?

Is it worthwhile to invest in a DDR4 4400mhz?

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Danjaberry
Member
65
01-27-2020, 02:42 PM
#1
Hi, your current setup with a ROG Strix B550-A and a Ryzen 7 5800X works well. You're considering upgrading the RAM to faster speeds, specifically looking at 4400MHz sticks in DDR4. It's true that some Ryzen models can face challenges with higher frequency configurations, so you're right to be cautious. The Patriot Viper Steel kit you mentioned is a solid option, but given your concerns about performance limits, it might be safer to stick with the 3200 or 3600 kits first. Once you're more confident in your choice, you can explore higher speeds if needed.
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Danjaberry
01-27-2020, 02:42 PM #1

Hi, your current setup with a ROG Strix B550-A and a Ryzen 7 5800X works well. You're considering upgrading the RAM to faster speeds, specifically looking at 4400MHz sticks in DDR4. It's true that some Ryzen models can face challenges with higher frequency configurations, so you're right to be cautious. The Patriot Viper Steel kit you mentioned is a solid option, but given your concerns about performance limits, it might be safer to stick with the 3200 or 3600 kits first. Once you're more confident in your choice, you can explore higher speeds if needed.

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Charliemc909
Posting Freak
898
01-27-2020, 03:02 PM
#2
Pushing your RAM overclock further will likely cap at around 3800-4000 thanks to the clock frequency limit. The 4400c19 board is worth it mainly for its precise timing, though high speeds could be risky because the die is tough on the IC. Many ASUs struggle with RAM clocking and usually settle around 4600, so aiming for 5000+ might just add unnecessary risk for desync penalties. Don’t waste money on another kit just to see a small gain—it won’t be noticeable. I mainly use my hardware to squeeze out extra performance, not for show.
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Charliemc909
01-27-2020, 03:02 PM #2

Pushing your RAM overclock further will likely cap at around 3800-4000 thanks to the clock frequency limit. The 4400c19 board is worth it mainly for its precise timing, though high speeds could be risky because the die is tough on the IC. Many ASUs struggle with RAM clocking and usually settle around 4600, so aiming for 5000+ might just add unnecessary risk for desync penalties. Don’t waste money on another kit just to see a small gain—it won’t be noticeable. I mainly use my hardware to squeeze out extra performance, not for show.

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ravager0926
Member
145
02-01-2020, 11:55 AM
#3
Here’s a revised version of your text with varied phrasing:

Below is the recommended RAM specifications for your board, taken directly from the Asus website. Ensuring you select only genuine RAM guarantees compatibility with future upgrades. I’m confident this will assist you. I focused on listings starting at 4400 MHz and above. [Link to product page]

- CORSAIR CMK16GX4M2K4800C18 ver3.31 – 2x 8GB, 4800/4800 MHz, SS Micron, sizes 18-24-24-46
- CORSAIR CMK32GX4M2G4700C18 ver3.44 – 2x 16GB, 4700/4666 MHz, SS Micron, sizes 18-26-26-46
- CORSAIR CMK32GX4M2G4600C18 ver3.44 – 2x 16GB, 4600/4600 MHz, SS Micron, sizes 18-26-26-46
- Hyper X HX446C19PB3K2/16 – 2x 8GB, 4600/4600 MHz, SS Samsung, sizes 19-26-26-45
- Thermaltake R009D408GX2-4600C19A ver.2.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 20-26-26-45
- Thermaltake R022D408GX2-4600C19A ver.1.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 20-26-26-45
- AORUS GP-ARS16G44 ver.4 – 2x 8GB, 4400/4400 MHz, SS Hynix, sizes 19-26-26-46
- GALAXY OFS4SXL4BST4400T18PC162C – 2x 8GB, 4400/4400 MHz, SS Samsung, sizes 18-22-22-42
- THERMALTKEIT R016D408GX2-4600C19A ver.1.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 19-25-25-45

Feel free to let me know if you need further adjustments!
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ravager0926
02-01-2020, 11:55 AM #3

Here’s a revised version of your text with varied phrasing:

Below is the recommended RAM specifications for your board, taken directly from the Asus website. Ensuring you select only genuine RAM guarantees compatibility with future upgrades. I’m confident this will assist you. I focused on listings starting at 4400 MHz and above. [Link to product page]

- CORSAIR CMK16GX4M2K4800C18 ver3.31 – 2x 8GB, 4800/4800 MHz, SS Micron, sizes 18-24-24-46
- CORSAIR CMK32GX4M2G4700C18 ver3.44 – 2x 16GB, 4700/4666 MHz, SS Micron, sizes 18-26-26-46
- CORSAIR CMK32GX4M2G4600C18 ver3.44 – 2x 16GB, 4600/4600 MHz, SS Micron, sizes 18-26-26-46
- Hyper X HX446C19PB3K2/16 – 2x 8GB, 4600/4600 MHz, SS Samsung, sizes 19-26-26-45
- Thermaltake R009D408GX2-4600C19A ver.2.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 20-26-26-45
- Thermaltake R022D408GX2-4600C19A ver.1.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 20-26-26-45
- AORUS GP-ARS16G44 ver.4 – 2x 8GB, 4400/4400 MHz, SS Hynix, sizes 19-26-26-46
- GALAXY OFS4SXL4BST4400T18PC162C – 2x 8GB, 4400/4400 MHz, SS Samsung, sizes 18-22-22-42
- THERMALTKEIT R016D408GX2-4600C19A ver.1.1.4 – 8GB, 4600/4600 MHz, SS Hynix, sizes 19-25-25-45

Feel free to let me know if you need further adjustments!

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MESEZ
Member
188
02-02-2020, 02:19 AM
#4
It would be better not to give up on this idea—questioning the level here doesn’t matter at all
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MESEZ
02-02-2020, 02:19 AM #4

It would be better not to give up on this idea—questioning the level here doesn’t matter at all

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JPV12Vanquish
Member
59
02-02-2020, 06:14 AM
#5
Tried pushing the CPU to higher speeds, but it only works up to around 3200. The motherboard seems to have a safety feature that resets automatically if things go wrong, which is really helpful because I don’t need to disassemble the whole system just to fix the BIOS.
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JPV12Vanquish
02-02-2020, 06:14 AM #5

Tried pushing the CPU to higher speeds, but it only works up to around 3200. The motherboard seems to have a safety feature that resets automatically if things go wrong, which is really helpful because I don’t need to disassemble the whole system just to fix the BIOS.

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FrostBandit
Junior Member
21
02-02-2020, 09:14 PM
#6
Thanks! I'll take a closer look at this!
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FrostBandit
02-02-2020, 09:14 PM #6

Thanks! I'll take a closer look at this!

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Eddie62703
Junior Member
4
02-04-2020, 10:58 AM
#7
Avoid simply increasing clock speeds; inspect the burner for your RAM interfaces.
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Eddie62703
02-04-2020, 10:58 AM #7

Avoid simply increasing clock speeds; inspect the burner for your RAM interfaces.

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SK_Blyat
Junior Member
17
02-09-2020, 06:16 PM
#8
I really gave it a shot, but my memory feels pushed too far because the base frequency is 2133. It looks like the XMP profile was turned on by default in the BIOS.
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SK_Blyat
02-09-2020, 06:16 PM #8

I really gave it a shot, but my memory feels pushed too far because the base frequency is 2133. It looks like the XMP profile was turned on by default in the BIOS.

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MarniDK
Member
59
02-10-2020, 03:15 AM
#9
Ryzen performs optimally when using 3600MHz RAM, matching its memory controller's frequency. Deviating from this range reduces efficiency. Avoid excessive spending on these modules.
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MarniDK
02-10-2020, 03:15 AM #9

Ryzen performs optimally when using 3600MHz RAM, matching its memory controller's frequency. Deviating from this range reduces efficiency. Avoid excessive spending on these modules.

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ReborntoKill
Posting Freak
821
02-16-2020, 11:47 PM
#10
Ryzen performs optimally when using 3600MHz RAM, matching its memory controller's frequency. Deviating from this range reduces efficiency. Avoid excessive spending on these modules.
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ReborntoKill
02-16-2020, 11:47 PM #10

Ryzen performs optimally when using 3600MHz RAM, matching its memory controller's frequency. Deviating from this range reduces efficiency. Avoid excessive spending on these modules.

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