Just did crystaldiskmark test on my sk Hynix p41 new pc.

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Analyzing Performance Metrics of the Hynix P41 SSD: A Benchmark Review

When investing in a new PC build, selecting the right storage device is crucial for optimal system performance. Recently, I conducted a series of benchmark tests using CrystalDiskMark on my newly installed Hynix P41 SSD. In this post, I’ll share the results and provide insights into whether these figures are within expected ranges and discuss potential avenues for improvement.

CrystalDiskMark Benchmark Results

Here are the detailed results from the benchmark:

| Test Type | Read Speed (MB/s) | Write Speed (MB/s) |
|————————|——————-|——————–|
| Sequential 1MB, Q8T1 | 7,382.79 | 6,622.20 |
| Sequential 128K, Q1T1| 7,366.22 | 6,585.14 |
| Random 4K, Q32T16 | 6,168.45 | 5,818.02 |
| Random 4K, Q1T1 | 72.36 | 271.06 |

Interpreting the Results

The sequential read and write speeds are strong, reflecting the high throughput expected from the Hynix P41 NVMe SSD. These metrics align well with the manufacturer’s specifications and benchmarks seen in other reviews, indicating healthy drive performance for large file transfers.

However, the random 4K read speed at Q1T1 stands out as notably lower than typical benchmark figures found online, where speeds often exceed 100 MB/s for similar tests. While the write speed appears acceptable, this discrepancy prompts further investigation.

Are These Speeds Normal?

The variations in performance, especially in the randomly accessed 4K Q1T1 read speeds, can be influenced by multiple factors, including:

System Configuration: PCIe lane configuration, motherboard compatibility, and BIOS settings can impact throughput.
Driver Optimization: Ensuring the latest NVMe drivers are installed can lead to better performance.
Background Processes: Other applications or system tasks might temporarily throttle disk performance.
SSD Firmware: Outdated firmware may cause reduced efficiency; updating it can yield performance improvements.