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High-endurance SSDs for servers and data centers

Built to handle intensive workloads with consistent performance, reliability, and low latency

Kingston SSDs deliver consistent speed, endurance, and reliability for servers, data centers, and RAID setups like QNAP NAS devices. Designed for 24/7 operations and intensive workloads, these drives offer low latency, sustained throughput, and advanced self-encrypting technology with AES 256-bit encryption and TCG Opal 2.0 compliance for secure, standardized data protection.

Available in PCIe NVMe and SATA 3.0, Kingston SSDs support cloud, virtualization, AI, HPC, and database workloads - providing scalable, high-performance, and reliable storage for a wide range of server and data center applications.

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Key features

Reliable performance you can count on

Engineered to meet strict QoS standards, Kingston enterprise SSDs deliver predictable latency and consistent I/O performance, even under sustained, high-demand workloads.

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Endurance for 24/7 workloads

With a 1 DWPD rating, Kingston data center SSDs handle continuous, mixed-use read/write operations, ensuring reliable performance for analytics, virtualization, and large-scale data processing.

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Hardware-level data protection

Power loss protection, advanced error correction, and TCG Opal 2.0 self-encrypting drives with AES 256-bit encryption collectively safeguard sensitive information while minimizing downtime in mission-critical environments.

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Flexible and scalable

Available in SATA and PCIe NVMe interfaces with capacities up to 15.36TB, providing the performance, flexibility, and scalability enterprises need to support growing workloads and evolving infrastructure.

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QNAP technical partner

Since 2015, Kingston enterprise SSD products have been qualified to deliver speed and reliability that mitigates I/O bottlenecks, enhancing QNAP NAS systems.

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Frequently asked questions

Data center SSDs and consumer SSDs might look similar, but they’re built for very different workloads. Consumer SSDs are designed for everyday tasks like gaming, web browsing, and general computing, they prioritize speed and affordability for moderate usage.

Data center or server SSDs, on the other hand, are built for constant, heavy-duty use, handling thousands of read/write cycles every day with higher endurance, reliability, and often better power-loss protection. They also typically have features like consistent low latency and advanced error correction that keep servers running smoothly under intense demand.

Essentially, consumer SSDs are about convenience and speed, while data center SSDs are about durability, reliability, and handling large-scale operations.

FAQ: Category-SSD-Data-Center-001

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SSD selection should be based on workload type, endurance (DWPD), and interface. PCIe NVMe delivers maximum speed while SATA offers broad compatibility. High endurance and Quality of Service (QoS) ensures predictable and reliable performance for server SSDs and data security SSDs. Capacity, performance, compatibility and security requirements are many other factors you should consider when choosing the best SSD for your servers.

FAQ: Category-SSD-Data-Center-002

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Yes, built for 24/7 operation, Kingston SSDs feature power loss protection, error correction, and low-latency performance to keep critical workloads running smoothly.

FAQ: Category-SSD-Data-Center-003

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Quality of Service (QoS) provides predictable latency and consistent throughput, while high DWPD ratings let SSDs handle heavier writes, essential for enterprise SSDs and self-encrypting drives in mission-critical environments.

FAQ: Category-SSD-Data-Center-004

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Yes, Kingston enterprise SSDs come in SATA and PCIe NVMe interfaces as well as standard form factors, making them compatible with most servers, backplanes, and data center hardware.

FAQ: Category-SSD-Data-Center-005

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Enterprise SSDs are generally worth the investment over consumer models for server and data center environments, due to key differences between enterprise and client SSDs. Enterprise drives offer higher endurance, reliability, and performance consistency, essential for handling intensive, continuous workloads. Features like power loss protection, end-to-end data path protection, and hardware encryption enhance data integrity and security.

In contrast, consumer SSDs are designed for lighter, intermittent workloads and may struggle under continuous or intensive server operations, so it is generally not advisable to use a consumer SSD in a server environment.

FAQ: Category-SSD-Data-Center-006

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TBW, or Terabytes Written, tells you roughly how much total data you can write to an SSD before it starts to wear out, so a higher TBW means the drive will last longer under heavy use. DWPD, or Drive Writes Per Day, shows how many times you could write the full capacity of the drive each day over its warranty period without exceeding its endurance rating.

Both are essentially measures of how tough the SSD is, with TBW giving the overall lifetime perspective and DWPD helping you understand if the drive can handle frequent daily writes, like in servers or video editing setups.

FAQ: Category-SSD-Data-Center-007

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For enterprise servers, NVMe over PCIe is generally the best interface because it delivers the fastest speeds, lowest latency, and highest IOPS compared with SATA or SAS drives. NVMe drives connect directly to the PCIe bus, which lets servers handle heavy workloads, large databases, and virtualization tasks more efficiently with ultra low latencies. SAS can still be used for reliability and longer-distance connections, but if raw performance and scalability are the priority, NVMe is the go-to choice.

FAQ: Category-SSD-Data-Center-008

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Yes, you should test specific SSDs before deciding. Your test bed must start with real-world data center hardware. This means a dedicated server with RAID controllers like those found in the data center. In these long tests, look at total drive saturation, I/O latency, boot latency, how the system degrades as workload is increased, and bandwidth congestion. Also measure sustained or start, stop or pause to identify if other patterns emerge in performance. Please see our guide on testing SSDs in your production environment. Planning the right solution requires an understanding of your project’s security goals. Let Kingston’s experts guide you.

FAQ: Category-SSD-Data-Center-009

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