Geekbench Storage Benchmarks: SA Rankings 2026

Quick Answer

Geekbench storage benchmarks measure sequential and random read/write performance to rank SSDs by real-world throughput. In South Africa for 2026, PCIe 4.0 NVMe drives dominate the upper rankings while SATA SSDs remain the best value option for budget builds.

How Geekbench Measures Storage Performance

Geekbench 6's storage benchmark runs a standardised suite of file operations including sequential reads and writes, random 4K reads at various queue depths, and mixed workload simulations that mirror what a typical user experiences when launching applications, compiling code, or copying large files. Scores are normalised to a baseline and expressed as a single integer, making cross-device comparisons straightforward even when comparing NVMe against SATA against eMMC. The scoring matters more in relative terms than absolute numbers. A drive scoring 3,000 is not three times faster than one scoring 1,000 in every scenario, but Geekbench scores correlate strongly with application launch times, boot speeds, and large file transfer rates that SA users feel day to day. ## SA Storage Rankings by Tier in 2026

Tier 1 - PCIe 4.0 NVMe (Top Performers): Drives like the Samsung 990 Pro and WD Black SN850X consistently lead Geekbench storage charts globally, and these same drives are available in SA through retailers like Evetech. Sequential reads of 7,000MB/s and random 4K reads above 1,000K IOPS translate to Geekbench storage scores in the 3,500 to 4,500 range on a PCIe 4.0 host. In SA, 1TB units in this class retail between R1,400 and R2,200. Tier 2 - PCIe 3.0 NVMe: Drives in this segment, including the Samsung 970 EVO Plus and WD Blue SN570, score between 2,000 and 3,000 on Geekbench storage. Sequential reads hit 3,400MB/s to 3,500MB/s. For most SA gaming and student use cases these drives feel indistinguishable from PCIe 4.0 in everyday use. Pricing runs R800 to R1,400 for 1TB. Tier 3 - SATA SSD: SATA SSDs are capped by the interface at around 550MB/s sequential read. Geekbench storage scores sit in the 800 to 1,200 range. For secondary storage, large media libraries, or budget builds under R10,000, SATA SSDs remain excellent value at R500 to R900 for 1TB. Tier 4 - eMMC and SD Storage: Tablets, budget laptops, and entry-level devices with eMMC storage score between 100 and 400. The gap between eMMC and SATA SSD is enormous in real-world feel. Students buying a device for university should treat SATA SSD as the minimum acceptable storage type. ## What These Benchmarks Mean for SA Buyers

For NSFAS recipients working with the R5,200 laptop allowance, storage choice is critical. A laptop with a 256GB SATA SSD loads Windows and applications noticeably faster than one with 128GB eMMC, even if processor specs look similar on paper. Prioritise SSD over eMMC in any laptop purchase decision. For desktop builders, PCIe 4.0 NVMe as a boot drive and SATA SSD as a secondary storage drive is the optimal combination at the R30,000 build budget. The performance delta between PCIe 4.0 and PCIe 5.0 NVMe in Geekbench storage is real but small in everyday computing, and PCIe 5.0 drives still carry a significant price premium in SA. ### FAQ

Does a higher Geekbench storage score mean faster game loading? Partly. Game load times are influenced by random read speeds more than sequential read speeds. NVMe drives reduce load times meaningfully compared to SATA SSDs in titles that load many small asset files. In games with large contiguous file reads, the difference between PCIe 3.0 and PCIe 4.0 NVMe is smaller than Geekbench sequential scores suggest. ### Are SA Geekbench scores different from international benchmarks for the same drive? The drives themselves perform identically regardless of where they are sold. Benchmark scores can vary slightly based on the host system's thermal performance, PCIe slot generation, and CPU speed. Always compare scores from similar host configurations. ### What is a good Geekbench storage score for a student laptop? Aim for a minimum Geekbench storage score of 800 or higher, which corresponds to a SATA SSD or better. Anything below 500 indicates eMMC or a slow HDD, which will create frustrating load times for university applications and multitasking.