The HardGaming Reason: Samsung 990 EVO Plus PCIe 4.0 x4 NVMe M.2 SSD

It’s no secret that SSD is replacing HDD due to its high performance, and specifically, the 2TB NVMe is becoming the majority option among those who intend to substantially improve the speed of their equipmentwhile increasing storage capacity for files and programs. Additionally, these components come in handy for PC gamers by allowing programs to load at ultra-fast speeds.

One of the 2 TB NVMe SSDs with the most demand among users and professionals is the Samsung 990 EVO Plusan NVMe M.2 hard drive that, on paper, is designed to take full advantage of the capabilities of the PCIe 4.0 interface, offering speeds that exceed those of previous generations. For this analysis, we installed it on a Acer Nitro N50-640 equipped with an Intel Core i5-12400F and a GTX1650 graphics to explore its characteristics, test its performance and determine its suitability in different scenarios.

Technical specifications

Samsung 990 EVO PlusSamsung

The Samsung 990 EVO Plus has a PCIe 4.0 x4 interface, something that Enables sequential read speeds of up to 7,000 MB/s and sequential write speeds of up to 5,000 MB/s. These figures demonstrate its ability to handle large volumes of data quickly, becoming an ideal option for tasks that require high performancesuch as 4K video editing, 3D modeling and support for next-generation video games.

Compatibility

Installation of the Samsung 990 EVO Plus is simple and fast, thanks to its M.2 form factor. Besides, It is compatible with a wide range of motherboards They support PCIe 4.0, but are also backward compatible with PCIe 3.0. Similarly, the Samsung Magician software is capable of providing useful tools for managing the SSD, such as monitoring its status and firmware updates.

Performance

In performance tests, the Samsung 990 EVO Plus demonstrates solvency and effectiveness. Under normal usage conditions, such as booting the operating system and loading applications, it offers extremely fast response times. The random read speed (IOPS) is also impressive, handling multiple tasks simultaneously without losing composure. This is especially useful for those working with applications that require immediate access to huge pools of data.

Samsung 990 EVO Plus
Samsung 990 EVO PlusSamsung

When transferring large files, the 990 EVO Plus has also proven to be unforgiving. In our tests, transferring a 50 GB file took us less than a minutean exercise that demonstrates its ability to effortlessly handle large workloads, such as heavy multimedia files or large databases.

Temperature management

One of the aspects to take into account when using high-performance SSDs is heat management. In this sense, the 990 EVO Plus benefits from a Integrated heatsink that helps maintain optimal temperatures during intensive use sessions. This is crucial to sustaining long-term performance and avoiding thermal throttling, which causes degraded SSD performance due to excessive temperatures. In our tests it has remained in adequate ranges even under load, which supports its efficient design.

Samsung 990 EVO Plus Vs Western Digital Black SN850X

Samsung 990 EVO Plus
Samsung 990 EVO PlusSamsung

However, in the competitive NVMe SSD market, the Samsung 990 EVO Plus is not the only contender to consider. A direct competitor is Western Digital Black SN850Xwhich also takes advantage of the PCIe 4.0 interface to offer slightly higher performance. In performance tests in real-world situations, such as transferring large files and loading applications, both SSDs offer comparable results, with very fast response times and excellent IOPS performance. However, the 990 EVO Plus comes out ahead in terms of consistent performance under heavy load situations.

In summary

The Samsung 990 EVO Plus PCIe 4.0 x4 NVMe M.2 SSD establishes itself as a reliable and efficient option in the competitive SSD market. The combination of read and write speeds, thermal management and ease of use, plus its ability to handle intensive workloads, makes it an investment for those looking for security and reliability when optimizing their system, whether for entertainment, creative work or general computing tasks.