F5F Stay Refreshed Hardware Desktop This GPU supports over 4000 MHz and works well with a 64 GB RAM setup.

This GPU supports over 4000 MHz and works well with a 64 GB RAM setup.

This GPU supports over 4000 MHz and works well with a 64 GB RAM setup.

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Z
Zenlato
Junior Member
1
10-02-2016, 11:33 PM
#1
You can likely reach 4000 MHZ or higher with your 64 GB system and the XMP profile, especially with the 3200 MHz Corsair Vengeance Pro RGB. More RAM generally helps push performance limits.
Z
Zenlato
10-02-2016, 11:33 PM #1

You can likely reach 4000 MHZ or higher with your 64 GB system and the XMP profile, especially with the 3200 MHz Corsair Vengeance Pro RGB. More RAM generally helps push performance limits.

R
riri_2228
Junior Member
1
10-05-2016, 10:29 PM
#2
Determine the dimensions based on the options and assess the likelihood of exceeding 4000.
R
riri_2228
10-05-2016, 10:29 PM #2

Determine the dimensions based on the options and assess the likelihood of exceeding 4000.

G
Goddess_Kenzy
Member
165
10-07-2016, 12:00 AM
#3
4X16
G
Goddess_Kenzy
10-07-2016, 12:00 AM #3

4X16

A
Alexxdyolo
Junior Member
7
10-08-2016, 03:12 PM
#4
Doh!
A
Alexxdyolo
10-08-2016, 03:12 PM #4

Doh!

N
Nani100
Member
213
10-22-2016, 09:59 AM
#5
What processor are we talking about? In terms of bandwidth it's comparable, but it puts more strain on the memory controller and interconnect (especially with Ryzen). You won't reach such high speeds with Zen+ and Zen 1 since you can't control the clock frequency, and the IMX is poor—aiming for 2000 MHz would cause a twofold latency penalty. Edited July 8, 2020 by TofuHaroto
N
Nani100
10-22-2016, 09:59 AM #5

What processor are we talking about? In terms of bandwidth it's comparable, but it puts more strain on the memory controller and interconnect (especially with Ryzen). You won't reach such high speeds with Zen+ and Zen 1 since you can't control the clock frequency, and the IMX is poor—aiming for 2000 MHz would cause a twofold latency penalty. Edited July 8, 2020 by TofuHaroto

C
Cableperson
Member
185
10-25-2016, 07:45 AM
#6
9900k
C
Cableperson
10-25-2016, 07:45 AM #6

9900k

E
EMANKILLER12
Member
167
10-25-2016, 08:21 AM
#7
It should be achievable if the motherboard supports it.
E
EMANKILLER12
10-25-2016, 08:21 AM #7

It should be achievable if the motherboard supports it.

M
MarioDX49
Junior Member
22
10-25-2016, 03:41 PM
#8
It's technically feasible but offers no performance gains. Success hinges on the kit's speed rating and the quality of the components involved. It also relies on good IMC conditions and the specific ICs in use. Updated July 8, 2020 by TofuHaroto
M
MarioDX49
10-25-2016, 03:41 PM #8

It's technically feasible but offers no performance gains. Success hinges on the kit's speed rating and the quality of the components involved. It also relies on good IMC conditions and the specific ICs in use. Updated July 8, 2020 by TofuHaroto

J
Jetsensorc
Member
158
10-31-2016, 08:29 AM
#9
Operated at 4600 MHz frequency.
J
Jetsensorc
10-31-2016, 08:29 AM #9

Operated at 4600 MHz frequency.

S
Sh0KeRYT
Junior Member
6
10-31-2016, 09:52 AM
#10
It's an Aorus Master Z390, everything should work fine (probably).
S
Sh0KeRYT
10-31-2016, 09:52 AM #10

It's an Aorus Master Z390, everything should work fine (probably).

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