Ryzen may support ECC memory at launch

Ryzen may support ECC memory at launch

Ryzen may support ECC memory at launch

 
According to some leaked AM4 PRIME X370-Pro specifications from ASUS, AMD’s Ryzen series of CPUs will support ECC memory at launch and support DDR4 memory speeds of up to 2666MHz by default. 
 
Support for ECC memory seems to be exclusive to AMD’s Ryzen CPUs, with AMD’s 7th generation A-series APUs and Athlon series CPUs lacking support for ECC memory and memory speeds of over 2400MHz by default. 
 
Error-correcting code memory (ECC memory) is a memory type that can detect and correct common types of memory corruption, making this memory type important when used in high-end workstations, servers and other data critical applications. 
 

Ryzen may support ECC memory at launch

 

AMD supporting ECC memory on their desktop Ryzen platforms will make them the CPU maker of choice when home users create their own workstations, FreeNAS file servers and other system types that can benefit from ECC memory.  

Right now ECC memory support is restricted to select CPU and motherboard platforms, often coming with s price premium over standard desktop-grade hardware. At this time it is unknown if all Ryzen CPU will support ECC memory, or if it will be locked behind specific SKUs. Previous rumours have suggested that AMD has Ryzen Pro-series SKUs, which may be the only SKUs to offer ECC memory support. 

 

You can join the discussion on AMD’s Ryzen CPUs supporting ECC memory on the OC3D Forums.  

 

Uh-oh! It looks like you're using an ad blocker.

OC3D relies on ads to provide free content and sustain our operations. By white listing us on your ad blocker, you help support us and ensure we can continue offering valuable content without any cost to you. We only run our own hand picked ads from Industry brands like MSI, BeQuiet, Sapphire and PC-Specialist - meaning they are all relevent to the content you are reading.

We truly appreciate your understanding and support. Thank you for considering whitelisting OC3D