Archivos de Categoría: Blog

SSD performance is not determined only by its interface speed, NAND flash, or controller. As an SSD is used over time, the way data is deleted, reorganized, and written back to NAND can also affect its long-term performance. Two important mechanisms involved in this process are TRIM and Garbage Collection (GC). They serve different functions,…

SSD specifications often highlight impressive sequential read and write speeds. A drive may advertise thousands of MB/s, and benchmark software can quickly produce numbers close to those figures. However, peak benchmark performance does not always represent how an SSD behaves during a long-duration workload. When a large amount of data is continuously written, the SSD…

For SSD and DRAM products, launching a stable product is only the beginning. For OEMs, distributors, and system integrators, another important question is how consistently that product can be supplied and maintained over the following years. Memory components and storage components do not remain unchanged throughout a product’s lifecycle. NAND Flash, DRAM ICs, SSD controllers,…

Portable SSDs are often marketed around a single specification: interface speed. A USB 3.2 Gen 2 enclosure can advertise up to 10Gbps, for example, while a USB 3.2 Gen 2×2 solution can reach up to 20Gbps. However, the interface specification alone does not determine the actual performance of a portable SSD. A portable SSD is…

Memory pricing has become a much more important consideration for OEMs, PC manufacturers, distributors, and system integrators in 2026. DRAM is no longer simply a standardized component that can be purchased based on capacity and frequency. Changes in AI infrastructure demand, server memory requirements, HBM production, DDR5 adoption, DDR4 supply, and overall semiconductor capacity are…

For OEMs, PC system builders and memory distributors, approving a memory module is not simply a matter of checking its capacity and rated frequency. A DDR4 or DDR5 memory module may pass an initial test and perform well on a reference platform, but that does not automatically mean every production unit will deliver the same…

For OEMs, PC system builders and hardware distributors, selecting an NVMe SSD is not simply about finding a model with high sequential read and write speeds. An SSD may perform well in a benchmark, but once it is integrated into a complete PC system, many other factors can influence its actual performance and reliability. The…

Introduction Did you buy a DDR5-6000 CL30 memory kit, enable XMP or EXPO, and then discover that your system is still running at DDR5-4800? Or does your PC become unstable after enabling a memory profile? Common symptoms include: The memory speed remains lower than the rated specification The PC fails to boot The system repeatedly…

Introduction An SSD can appear to work normally while its internal health is gradually changing. If your computer starts taking longer to load files, large file transfers become slower, or the system occasionally experiences unusual storage errors, checking the SSD’s health information can help identify potential problems before they become more serious. Modern SSDs provide…

Introduction When building or upgrading a gaming PC, RAM speed is often one of the specifications users compare first. For DDR4 systems, 3200 MT/s and 3600 MT/s are common configurations. For newer DDR5 platforms, 6000 MT/s has become a widely considered performance level. But an important question remains: Does faster RAM actually give you more…