SUCCESS STORIES

Customer Requirements

In recent years, technological innovation in networking and communication equipment has continued to accelerate. With the widespread adoption of 5G and the maturity of fiber optic technology, communication speeds have reached Gbps levels while achieving ultra-low latency. Furthermore, the ongoing development of next-generation 6G communication technology is expected to integrate AI, enabling breakthroughs such as transmission speeds of up to 1 Tbps. These advancements not only facilitate high-speed communication for real-time big data processing but also support Cyber-Physical Systems (CPS), which merge physical and virtual spaces, driving efficiency and intelligent upgrades in manufacturing and service industries.

At the same time, edge computing is gradually replacing traditional cloud architectures, shifting data processing from centralized systems to end devices and base stations, prioritizing low latency and real-time responsiveness. To meet these demands, flash storage and memory products are evolving toward higher capacity, faster transfer speeds, and greater stability, becoming a core enabler of next-generation networking and smart applications.

ADATA Industrial Solution

Data is input via networks or storage devices, processed by the CPU, and then transmitted to storage devices or external outputs as needed. ADATA Industrial provides M.2 2280 SATA SSD — IM2S31C8 as part of the storage system, integrated into the overall setup. Its high-speed data access performance enhances server capabilities:

-       High-Speed Read/Write: As a storage device for database systems, the SSD accelerates query processing and reduces response times.

-       Stable Log Data Storage: It enables rapid recording and storage of server operation statuses, error logs, and security logs, facilitating quick troubleshooting.

-       Data Integrity: Optional Power Loss Protection (PLP) models provide temporary power during sudden outages, safely preserving data in transit to prevent critical data loss and shorten system recovery time.

To achieve these performance improvements, SSDs deployed in servers must support high-speed communication, data retention, and power outage countermeasures.