4x SSD RAID 0 Test on Intel's Z87 Platform
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So how much performance can be achieved by running multiple SSDs in RAID0? We're focused on what a user would be able to achieve by using the onboard RAID on a Z87 platform motherboard. Sponsor link: linustechtips.com Join our community forum: bit.ly twitter.com @LinusTech Intro Screen Music Credit: Adhesive Wombat -
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In this video, Linus Tech Tips demonstrates how performance scales when running multiple SSDs in RAID 0 on an Intel Z87 platform motherboard. The test uses four Adata XPG V2 SSDs and measures sequential read/write performance with PC Mark Vantage and a synthetic “black magic disc speed” test. The presenter explains that doubling the number of drives does not simply double performance, but the gains diminish as more drives are added, a trend that holds up to four drives. Results show a clear improvement from a single drive to a two‑drive configuration, with a smaller incremental benefit when adding a third and fourth drive. The video also highlights the practical implications of adding capacity and the risk of data loss if a drive fails, and encourages viewers to consider RAID 0 for high‑throughput storage.
Viewers praise the concise presentation and the thoroughness of the benchmarks, noting that the video clarifies how RAID 0 performance scales. Many comments mention the usefulness of the data for future upgrades, and several viewers express enthusiasm for the practical advice on using multiple SSDs. The overall sentiment is positive, with a high number of likes and a few replies that reinforce the main points.
Topics · review · pc · tech · intel · performance · science & technology
Questions answered
- How does performance scale when adding more SSDs in RAID 0 on an Intel Z87 platform?
- Performance increases noticeably from a single drive to a two‑drive setup, with diminishing returns as more drives are added, but the gains remain significant up to four drives.
- What benchmarks were used to evaluate the RAID 0 configuration?
- The test employed PC Mark Vantage for sequential read/write performance and a synthetic “black magic disc speed” test for realistic throughput measurements.
- What practical considerations are highlighted for using RAID 0 on a Z87 motherboard?
- The presenter notes that adding more drives increases capacity and risk of failure, and that a dedicated RAID card can further boost performance at the cost of longer boot time.