Intel's Optane 118GB Drive Remains Coveted by Home Lab Builders

Sherback notes that in his own lab

Despite Intel discontinuing Optane production, the diminutive 118GB drive continues to be sought after by PC enthusiasts building home labs for its unmatched low-latency performance in boot scenarios. Ty Sherback's fascination with maximizing PC performance began at age 10 when he modified his family's computer to extract every possible ounce of speed. This early tinkering evolved into building custom systems for friends and family, laying the foundation for a deep expertise in hardware optimization that now drives his pursuit of niche components like Optane. Why Optane Still Beats SSDs for Boot Drives The 118GB Optane drive delivers consistent sub-millisecond latency that traditional NVMe SSDs struggle to match, particularly under mixed workloads common in virtualized home lab environments. Enthusiasts prioritize this responsiveness for hosting multiple VMs or containers where boot speed and quick data access directly impact usability.

Sherback notes that in his own lab, the Optane drive reduces boot times by nearly 40% compared to SATA SSDs and maintains performance under sustained loads where consumer SSDs throttle. What Happens When Optane Stock Runs Out? As remaining Optane inventory dwindles, prices on secondary markets have climbed sharply, with the 118GB model now selling for triple its original MSRP. Some builders are experimenting with RAID configurations using smaller Optane modules or exploring Intel's Optane Memory H10 as a hybrid solution, though none replicate the standalone drive's pure performance. The community continues to debate whether emerging technologies like Zoned Namespaces or computational storage will eventually fill the gap left by Optane's absence. Frequently Asked Questions Why is the 118GB size specifically popular among home lab users?

This capacity strikes a balance between affordability and sufficient space for hosting hypervisors, container images

This capacity strikes a balance between affordability and sufficient space for hosting hypervisors, container images, and essential VMs without wasting money on unused storage, making it ideal for dedicated boot drives in compact builds. Can Optane be used effectively as a cache drive instead? While Optane excels as a cache, enthusiasts prefer it as a primary boot drive in home labs because the performance gain is more consistently realized across all boot and application launch scenarios, unlike caching which depends on predictable access patterns. Is there any risk in buying used Optane drives today? Used Optane drives generally retain reliability due to their high endurance ratings, but buyers should verify power-on hours and check for firmware updates, as some early models had compatibility issues with newer motherboards that have since been resolved.