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Upgrading DDR4 RAM from 2400mhz to 3200mhz

Upgrading DDR4 RAM from 2400mhz to 3200mhz

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Char1ie_XD
Senior Member
578
06-15-2016, 10:59 AM
#1
Hello everyone,
I’m planning to assemble a new PC using a Ryzen 5 2400G APU and need higher-speed RAM that’s currently very expensive. The motherboard I’m considering is the MSI B450M Pro with a DDR VDH. I have some questions about this setup.

Will the overclocked RAM (2x4 GB, 2400 MHz to 3200 MHz or 3000 MHz) work as well as an original 3200 MHz or 3000 MHz? If not, what percentage improvement can I expect compared to the original speeds? And if it doesn’t perform as expected, what impact will it have on overall performance?

Additionally, what are the potential downsides of using OC RAM—like possible hardware damage or reduced build lifespan? Thanks in advance for your help.
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Char1ie_XD
06-15-2016, 10:59 AM #1

Hello everyone,
I’m planning to assemble a new PC using a Ryzen 5 2400G APU and need higher-speed RAM that’s currently very expensive. The motherboard I’m considering is the MSI B450M Pro with a DDR VDH. I have some questions about this setup.

Will the overclocked RAM (2x4 GB, 2400 MHz to 3200 MHz or 3000 MHz) work as well as an original 3200 MHz or 3000 MHz? If not, what percentage improvement can I expect compared to the original speeds? And if it doesn’t perform as expected, what impact will it have on overall performance?

Additionally, what are the potential downsides of using OC RAM—like possible hardware damage or reduced build lifespan? Thanks in advance for your help.

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sprinklekitten
Junior Member
27
06-21-2016, 06:01 PM
#2
Starting at DDR4 2400 C15 1.2V; you might get DDR4 3000 at C16 1.35V or you might have to go C17 or it might only go to DDR4 2666. It's just no guaurantees.
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sprinklekitten
06-21-2016, 06:01 PM #2

Starting at DDR4 2400 C15 1.2V; you might get DDR4 3000 at C16 1.35V or you might have to go C17 or it might only go to DDR4 2666. It's just no guaurantees.

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NotSoInvisible
Junior Member
9
06-21-2016, 10:09 PM
#3
When considering overclocking memory, results aren't assured. It’s usually better to purchase memory with a lower CAS Latency if you intend to boost its speed. For example, DDR4 2400 with a CAS latency of 14 at 1.2V tends to perform well when overclocked. However, this often comes at a higher cost. Running memory at higher speeds will necessitate adjusting timings and voltage, which can be beneficial since higher frequency RAM also requires increased timing (latency) and voltage. Still, the memory you buy at 2400MHz might not function optimally at 3000 or 3200MHz and could become unstable under those conditions. It’s uncertain whether it will work.

I reviewed current memory prices, and you’re correct—2x4GB DDR4 3000 and especially 3200 models are a bit pricier than lower-speed options. If your goal is a more affordable system, this RAM kit seems like a solid choice.

Memory:
G.Skill - Ripjaws V Series 8 GB (2 x 4 GB) DDR4-2800 Memory
($54.99 @ Newegg)

I previously owned the same memory with identical specifications in a 2x8GB configuration, which successfully overclocked to 3200 at C16 1.35V—similar to most 3200 RAM models. It performed well even at 2800MHz. You might also achieve good results running it at 2800MHz.

Of course, you could opt for a cheaper DDR4 2400 at $45, but those typically have slower timings and won’t overclock effectively or deliver top performance. Alternatively, a DDR4 3000 at $55 offers decent timing and voltage, though still higher than the 2800C15 at 1.25V. The 2800C15 is a reasonable option.

The B450M Pro VD-H motherboard is quite affordable, but it uses a B450 chipset, which may not be ideal compared to an A320-based board.
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NotSoInvisible
06-21-2016, 10:09 PM #3

When considering overclocking memory, results aren't assured. It’s usually better to purchase memory with a lower CAS Latency if you intend to boost its speed. For example, DDR4 2400 with a CAS latency of 14 at 1.2V tends to perform well when overclocked. However, this often comes at a higher cost. Running memory at higher speeds will necessitate adjusting timings and voltage, which can be beneficial since higher frequency RAM also requires increased timing (latency) and voltage. Still, the memory you buy at 2400MHz might not function optimally at 3000 or 3200MHz and could become unstable under those conditions. It’s uncertain whether it will work.

I reviewed current memory prices, and you’re correct—2x4GB DDR4 3000 and especially 3200 models are a bit pricier than lower-speed options. If your goal is a more affordable system, this RAM kit seems like a solid choice.

Memory:
G.Skill - Ripjaws V Series 8 GB (2 x 4 GB) DDR4-2800 Memory
($54.99 @ Newegg)

I previously owned the same memory with identical specifications in a 2x8GB configuration, which successfully overclocked to 3200 at C16 1.35V—similar to most 3200 RAM models. It performed well even at 2800MHz. You might also achieve good results running it at 2800MHz.

Of course, you could opt for a cheaper DDR4 2400 at $45, but those typically have slower timings and won’t overclock effectively or deliver top performance. Alternatively, a DDR4 3000 at $55 offers decent timing and voltage, though still higher than the 2800C15 at 1.25V. The 2800C15 is a reasonable option.

The B450M Pro VD-H motherboard is quite affordable, but it uses a B450 chipset, which may not be ideal compared to an A320-based board.

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naityan4422
Junior Member
15
06-23-2016, 02:44 PM
#4
Hey thanks for reply,
I can get 2400mhz cl15 ram
https://www.amazon.in/dp/B013H7U6FQ/ref=...zCbPRAK4NW
And will overclocking give similar performance as a original ram with that specific frequency?
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naityan4422
06-23-2016, 02:44 PM #4

Hey thanks for reply,
I can get 2400mhz cl15 ram
https://www.amazon.in/dp/B013H7U6FQ/ref=...zCbPRAK4NW
And will overclocking give similar performance as a original ram with that specific frequency?

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ketman34
Posting Freak
834
06-24-2016, 06:50 PM
#5
most rams work well at 100-200mhz. excellent rams handle up to 400, but pushing 600 is challenging, particularly with tight timing requirements.
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ketman34
06-24-2016, 06:50 PM #5

most rams work well at 100-200mhz. excellent rams handle up to 400, but pushing 600 is challenging, particularly with tight timing requirements.

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Envil_
Member
126
06-25-2016, 12:55 AM
#6
You won't receive a complete third of the factory-rated speeds when overclocking.
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Envil_
06-25-2016, 12:55 AM #6

You won't receive a complete third of the factory-rated speeds when overclocking.

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Mountain_Man8
Member
182
06-25-2016, 02:48 AM
#7
What is the maximum price for the hyperX Fury 2400 MHz?
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Mountain_Man8
06-25-2016, 02:48 AM #7

What is the maximum price for the hyperX Fury 2400 MHz?

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Rond_GR12
Junior Member
17
06-26-2016, 12:37 PM
#8
Provide the precise amount of RAM. We must also understand the voltage, speed, and timing details. Only then can we offer a reliable estimate.
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Rond_GR12
06-26-2016, 12:37 PM #8

Provide the precise amount of RAM. We must also understand the voltage, speed, and timing details. Only then can we offer a reliable estimate.

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mossotron
Junior Member
4
06-27-2016, 10:23 PM
#9
This product is available on Amazon with the specified identifier.
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mossotron
06-27-2016, 10:23 PM #9

This product is available on Amazon with the specified identifier.

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Mike_10
Junior Member
14
07-05-2016, 01:14 PM
#10
Starting at DDR4 2400 C15 1.2V; you might get DDR4 3000 at C16 1.35V or you might have to go C17 or it might only go to DDR4 2666. It's just no guaurantees.
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Mike_10
07-05-2016, 01:14 PM #10

Starting at DDR4 2400 C15 1.2V; you might get DDR4 3000 at C16 1.35V or you might have to go C17 or it might only go to DDR4 2666. It's just no guaurantees.