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Today, the growing demand for data storage and processing forces the IT industry to continuously improve in performance and efficiency. Solid-state drive (SSD) is an important part of replacing traditional mechanical hard disk (HDD). NVMe (Non Volatile Memory Expansion) is a high-performance interface that provides better performance and efficiency for Solid-state drive. SOLIDIGM P5520 is a high-performance NVMe U2 SSD, which we will provide a detailed introduction in the following article.

capacity
SOLIDIGM P5520 SSD offers multiple different capacity versions, including 3.84TB, 7.68TB, and 15.36TB. These capacity versions provide more storage capacity for medium-sized companies and data centers, not only saving space but also improving efficiency.

Reading and writing speed
SOLIDIGM P5520 SSD uses the NVMe interface to achieve higher bandwidth and IOPS, providing flash read speeds of up to 3.5GB/s and flash write speeds of up to 3.2GB/s. This is a high-speed read and write speed that traditional mechanical hard drives cannot achieve.

Random IOPS and latency
SOLIDIGM P5520 SSD provides extremely high random IOPS (number of random read and write operations per second). Compared with traditional mechanical hard drives, the random IOPS reading speed has increased by an average of 5-10 times. In addition, SOLIDIGM P5520 SSD performs well in latency, with extremely low read and write latency, which can increase workload and enable enterprises to operate more efficiently.

reliability
The SOLIDIGM P5520 SSD adopts high-quality flash memory components and is equipped with ECC (Error Correction Code) function and integrated circuit (IC) to comprehensively protect the integrity and security of data. The design of the Solid-state drive makes it not collide like traditional mechanical hard disks, so it has excellent seismic performance and can withstand higher ambient temperatures.

Applicable scenarios
The high performance and reliability of SOLIDIGM P5520 SSD make it very suitable for high-load applications. This includes virtualized and containerized environments that require high IOPS, Big data and High-performance computing, scientific computing and engineering applications, real-time streaming media, cache and video integration.