All-flash arrays (AFAs) address the demand for scaling storage performance to handle today’s intensive real-world data-access traffic; they belong to a new category of enterprise-storage systems comprised of flash memory, or solid-state drives (SSDs).
SSDs process tens of thousands of random I/O requests per second, far more than legacy hard disk drives (HDDs). SSDs are also more energy efficient, and latency is lower too. These advantages make AFAs the superior storage choice.
Recent changes bring challenges to storage technology, from digital transformation to carbon neutrality and Covid-19. Facing massive data, requirements of enduring storage security, complexed and important high-performance application scenarios, as well as high energy consumption and operation and maintenance costs, enterprises need a new storage architecture to meet their four requirements of high performance, high reliability, high capacity and high performance at the same time.
With more advantages than traditional storage technology, the innovative all-flash array technology can better meet the needs of future businesses, making it inevitable to be widely applied.
The end of HDD’s prosperous times is earlier than expected: HDD shipments keep falling, and in 2030, they will be the same as in 1990. In 2027, HDD shipments will begin to be lower than SSDs. However, forward-looking companies will neither wait until SSD price drops to the same as HDD nor passively accept a new architecture until the moment of unchanged cost and capacity. AccelStor can perfectly meet customers' expectations in terms of capacity, function, performance or cost-effectiveness, allowing customers to enjoy the benefits of the new architecture in advance.
The IDC market report shows that from 2020 to 2024, the global market of AFA will grow at 7.5% CAGR. In 2020, AFA accounted for nearly 40% of the global external memory market, whose overall year-on-year growth keeps falling due to COVID-19.