The fastest SSD for gaming, and one big problem..

The video investigates Intel Optane, focusing on its real world performance versus traditional NAND NAND-based SSDs. The host explains Optane's architecture, including its four-lane PCIe 3.0 card design and purpose-built heatsink and onboard processor, emphasizing that this storage solution is engineered for ultra low latency and high endurance, which are marketed as transformative advantages over conventional NAND flash. The analysis then moves into hands-on testing on a dedicated X299 platform, using CrystalDiskMark and real-world workloads to compare Optane with other drives. While Optane demonstrates notably lower latency and stronger 4K random performance, the overall gaming and content creation tests reveal that the practical, perceptible benefits for typical users are modest, especially when considering price and capacity constraints. The reviewer ultimately concludes that for the average gamer or casual user the performance delta may not justify the cost, while highlighting scenarios where Optane’s capabilities could shine, such as virtualization, large RAM overflows, and professional workloads that demand sustained low latency and high endurance. The video closes with pragmatic guidance: invest in Optane only if you have workloads that will truly benefit from its unique strengths, otherwise a fast traditional NVMe SSD is likely the better value choice. The host also touches on potential software optimization and the broader context of why Optane has not become a universal standard, including market and ecosystem considerations. The overall takeaway is nuanced: Optane offers remarkable technical capabilities, but for most users the practical gains are limited relative to cost, except in specialized use cases where its advantages can be leveraged.

Topics · science and technology · hardware