F5F Stay Refreshed Hardware Desktop Overclocking Ram tips and concerns

Overclocking Ram tips and concerns

Overclocking Ram tips and concerns

J
Josera2001
Junior Member
20
10-23-2016, 03:34 AM
#1
Hello everyone, I have a couple of queries regarding ram overclocking and voltages that seem to lack clear answers. I’d appreciate any insights you can share.

1. Is raising the voltage for RAM potentially harmful to the CPU’s internal components? I’ve heard mixed things—some say it won’t affect the IMC because only the modules get the voltage, while others claim excessive voltage could harm the IMC too. I checked my CPU socket’s pin layout, but that didn’t help much.

2. Could pushing the speed beyond what the CPU officially supports also impact the IMC? Intel acknowledges this possibility and has previously denied warranty claims related to it. However, they’re likely looking for any reason to avoid liability. There’s a notice on their site suggesting higher-speed RAM might “completely short out” the motherboard or other parts, which seems unlikely to me. I know many users upgrade every few years, but I want my system to remain functional for at least a decade before major repairs become necessary. I’m hoping this won’t affect its durability or reliability. Thank you in advance!

EDIT: I’m running a Core i7-6850K on an Asus X99-E WS board with 32GB of G Skill Tritent Z RGB 3200 MHz RAM. Updated January 7, 2021 by lexidobe added system details.
J
Josera2001
10-23-2016, 03:34 AM #1

Hello everyone, I have a couple of queries regarding ram overclocking and voltages that seem to lack clear answers. I’d appreciate any insights you can share.

1. Is raising the voltage for RAM potentially harmful to the CPU’s internal components? I’ve heard mixed things—some say it won’t affect the IMC because only the modules get the voltage, while others claim excessive voltage could harm the IMC too. I checked my CPU socket’s pin layout, but that didn’t help much.

2. Could pushing the speed beyond what the CPU officially supports also impact the IMC? Intel acknowledges this possibility and has previously denied warranty claims related to it. However, they’re likely looking for any reason to avoid liability. There’s a notice on their site suggesting higher-speed RAM might “completely short out” the motherboard or other parts, which seems unlikely to me. I know many users upgrade every few years, but I want my system to remain functional for at least a decade before major repairs become necessary. I’m hoping this won’t affect its durability or reliability. Thank you in advance!

EDIT: I’m running a Core i7-6850K on an Asus X99-E WS board with 32GB of G Skill Tritent Z RGB 3200 MHz RAM. Updated January 7, 2021 by lexidobe added system details.

E
ES_BlackFire
Member
68
10-24-2016, 08:36 PM
#2
Boosting RAM speed and voltage won’t harm the CPU. VCCSA and VCCIO are the key memory voltages on Intel. Exceeding them too much can damage the IMC. Generally, keep them below 1.30–1.35 volts long-term. RAM voltage varies by IC; for B-die models, staying under ~1.5V is usually safe for regular use. I tend to push it a bit higher since my fans are above the RAM and I’m okay swapping them, but that’s not universal. Before overclocking, check your chip and search for its standard OC settings.
E
ES_BlackFire
10-24-2016, 08:36 PM #2

Boosting RAM speed and voltage won’t harm the CPU. VCCSA and VCCIO are the key memory voltages on Intel. Exceeding them too much can damage the IMC. Generally, keep them below 1.30–1.35 volts long-term. RAM voltage varies by IC; for B-die models, staying under ~1.5V is usually safe for regular use. I tend to push it a bit higher since my fans are above the RAM and I’m okay swapping them, but that’s not universal. Before overclocking, check your chip and search for its standard OC settings.

J
Julie_08
Member
176
11-05-2016, 02:43 AM
#3
This explanation is clear now. I won’t raise the IMC voltages, but I might increase the RAM voltage slightly—up to its maximum of 1.35V—to test if it improves stability at higher speeds. I’ll stay within safe limits and avoid excessive stress, though I’m not too worried about long-term durability since the product comes with a lifetime warranty.
J
Julie_08
11-05-2016, 02:43 AM #3

This explanation is clear now. I won’t raise the IMC voltages, but I might increase the RAM voltage slightly—up to its maximum of 1.35V—to test if it improves stability at higher speeds. I’ll stay within safe limits and avoid excessive stress, though I’m not too worried about long-term durability since the product comes with a lifetime warranty.