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Heads Up - 24GB & 48GB DDR5 SODIMM memory now available

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For small or ultra small form factor (SFF/USFF) systems like the popular Intel NUC, SODIMM (Small-Outline Dual Inline Memory Module) memory is commonly used, which has been limited to a maximum of 64GB (2 x 32GB module) memory since 2019, which I had first shared that the Intel NUC could used the new 32GB modules. While 64GB might have been plentiful back in 2019, it certainly no longer cuts it, especially for any serious VMware Homelab.

Like many, I assumed the SODIMM format has simply hit its limit and with the new proposed CAMM standard looking to replace SODIMM format in the near future, I was honestly not expecting that we could reach higher density modules for SODIMM.

UPDATE (05/18/23) - Officially confirmed Mushkin 48GB DDR5 SODIMM works with DDR5 compatible system with ESXi

UPDATE (05/10/23) - Mushkin has released 48GB modules for three different frequencies (5600, 5200 & 4800 Mhz). For more details, please see below with initial pricing of $349 USD

UPDATE (02/21/23) - Apologies, it looks like Corsair has only released the Desktop memory and NOT Laptop memory (SODIMM) for the new DDR5 capacity modules. I assume those will come shortly, but these are currently only for desktop systems.

Fast forward to 2023, news broke that a new 24GB and 48GB DDR5 SODIMM modules were in the works and today, they just started showing up online for purchase! Currently, only the Corsair Vengeance Desktop (non-SODIMM) with heatsinks are available:

Desktop Memory:

Laptop Memory (SO-DIMM):

This is great news for homelabbers, but before you rush out and make a purchase. These new memory modules are only for DDR5 and there are currently not many SFF/USFF kits that actually support DDR5 and might benefit those in the near term with DIY system. In addition, to get the full benefit, you will also need a system that can support DDR5 5200MHz. 

How to bootstrap ESXi compute only node and connect to vSAN HCI Mesh?

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After documenting the process for bootstrapping vSAN Express Storage Architecture (ESA) using my Intel NUC 12 Pro, I was looking for an easier way to share my physical vSAN storage, which is powered by a single Supermicro E200-8D, to other physical ESXi hosts for testing purposes.

I had recently been playing with the vSAN HCI Mesh feature, which was launched back in 2020, as I was running out of spare NVMe devices when needing to test different physical hardware kits. While my use case for the storage is typically short lived, it means I do not have to play musical chairs with the limited number of NVMe devices I have installed in the various kits I have.

The vSphere UI in vCenter Server already provides a very simple workflow to mount a remote vSAN storage on an ESXi compute-only node, but I was also looking at this from a bootstrapping point of view and what if vCenter Server was not deployed or even available? Could I still make this work? After a bit of trial and error, I was able to figure out this can be accomplished by using a series of ESXCLI commands!

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ESXi with Intel Arc 750 / 770 GPU

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I recently had the opportunity to play with one of Intel's Arc 7 series discrete GPU (A750), which is part of the new Intel Arc desktop graphics product line, that was just released last Fall. While the primary audience for the Intel Arc graphics is for creators and desktop gaming, I was really interested in its applicability for a vSphere-based environment which also has a number of interesting use cases for graphics from Virtual Desktop Infrastructure (VDI), video transcoding/rendering, AI/ML, Kubernetes, general purpose graphics acceleration and even basic gaming to name a few.

While there are many GPU options in the market for vSphere, depending on your needs and budget, the new Intel's new Arc 7 series could be a nice modern option as it is touted to be both price and performance competitive with other offerings within the market.

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