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Buy Enterprise SSDs – Fast and reliable SSDs for servers, storage & workstations
In our SSD category you will find a wide selection of used and refurbished SSDs for professional environments. The main focus is on server and enterprise SSDs designed for high I/O workloads, continuous operation and stable performance under load. Compared to typical consumer SSDs, enterprise models often offer higher endurance, more consistent performance and better suitability for RAID, virtualization and storage systems.
Whether you want to upgrade a server, accelerate a storage environment or equip a workstation for data-intensive workflows: choosing the right SSD is often the most effective upgrade to reduce load times and improve overall system responsiveness.
What is an enterprise SSD – and why does it matter in servers?
Enterprise SSDs are built for professional systems that need to be not only fast, but reliable and consistent over time. Typical use cases include virtualization, databases, file servers, storage arrays, backup targets or high-I/O workloads in data center environments.
Compared to consumer SSDs, enterprise SSDs often provide:
- higher write endurance (e.g. DWPD / TBW depending on the class)
- more consistent performance under sustained load
- optimized behavior in RAID and storage environments
- higher reliability for 24/7 operation
- enterprise firmware focused on data integrity and error handling
In server environments, SSDs are not just “fast drives” – they are a key component for VM boot times, database performance, file operations and backup workflows.
Form factors & interfaces: 2.5" SATA, SAS or NVMe – what fits your system?
When choosing a server SSD, capacity is not the only factor. The interface and form factor are critical for compatibility. Common enterprise options include:
- 2.5" SATA SSDs: widely compatible and often ideal for OS drives and many standard workloads
- 2.5" SAS SSDs: common in enterprise servers and storage arrays, often preferred for professional controller/backplane setups
- NVMe SSDs (PCIe): maximum IOPS and very low latency, ideal for databases, high-performance VM hosts and intensive workloads
Important: not every system supports every interface. SATA and SAS may look similar, but they are not interchangeable. NVMe requires NVMe-capable slots, backplanes or PCIe connectivity.
How to evaluate performance: IOPS, latency and consistent speed
Many buyers compare SSDs based on “MB/s” alone. In server environments, other values are often more relevant:
- IOPS (Input/Output Operations per Second): crucial for many small random accesses (e.g. VM storage, databases)
- Latency: the lower the latency, the faster applications respond to storage requests
- Consistent performance: important under sustained load to keep systems stable
Enterprise SSDs often perform better in these scenarios because they are designed for consistent workload profiles.
Endurance & lifespan: DWPD, TBW and why enterprise SSDs last longer
Write endurance is a key factor for server SSDs. Depending on the workload (logging, databases, virtualization), an SSD may handle significant write volumes every day. Enterprise SSDs are designed to sustain this workload reliably over years.
Important endurance metrics include:
- TBW (Total Bytes Written): total amount of data that can be written over the drive’s lifetime
- DWPD (Drive Writes Per Day): how many full drive writes per day are supported (over the warranty period)
For typical server workloads, it is recommended to select SSDs based on the right endurance profile rather than capacity alone.
Typical use cases for enterprise SSDs
- Boot SSDs for hypervisors or server operating systems
- VM storage (e.g. VMware, Hyper-V, Proxmox)
- Databases and transaction-heavy applications
- Storage tiering and caching layers
- NAS / file servers for fast file operations
- Backup and restore workflows with high throughput requirements
Refurbished enterprise SSDs – cost-efficient, sustainable and powerful
Refurbished enterprise SSDs are a strong option if you want professional hardware at an attractive price. Many enterprise drives are built for long service life and can still deliver excellent performance even when used. At the same time, choosing refurbished hardware is a sustainable decision by extending the lifecycle of high-quality components.
If you are unsure which SSD is best for your system (SATA/SAS/NVMe, capacity, endurance), it is recommended to check system compatibility and workload requirements before buying.
Choose the right server SSD for your setup
Discover our selection of enterprise SSDs for servers, storage and workstations. Depending on availability, you can find different capacities, interfaces and performance classes – ideal to accelerate existing systems or expand professional environments efficiently.
What is the difference between consumer SSDs and enterprise SSDs?
Enterprise SSDs are designed for sustained workloads, high I/O demands and reliable 24/7 operation. They often provide higher write endurance, more consistent performance under load and error handling that fits RAID and server environments. Consumer SSDs are usually optimized for typical desktop workloads.
Which SSD is better for servers: SATA, SAS or NVMe?
This depends on the server and the workload. SATA SSDs are highly compatible and often ideal for boot volumes or standard workloads. SAS SSDs are common in enterprise servers and storage arrays and are frequently used with professional controllers and backplanes. NVMe SSDs deliver the highest performance and lowest latency, but require NVMe-capable slots or backplanes.
How can I tell if my server supports SAS or SATA?
The controller, backplane and cabling are the deciding factors. SATA and SAS look similar, but they are not interchangeable. In many cases, support is listed in the server specifications or can be identified via the controller model. If you are unsure, check whether the system explicitly supports SAS or SATA drives before buying.
What do DWPD and TBW mean for SSDs?
TBW (Total Bytes Written) describes the total amount of data that can be written to the SSD over its lifetime. DWPD (Drive Writes Per Day) describes how many full drive writes per day are supported over the warranty period. These metrics help you choose an SSD that matches your write workload.
Are refurbished enterprise SSDs reliable?
Many enterprise SSDs are built for long service life and can still deliver strong performance when used. The key is that the SSD has been tested and that its condition matches the intended use. For server and storage upgrades, refurbished SSDs can be a very cost-efficient solution.
Which SSD is recommended for virtualization (VMware, Hyper-V, Proxmox)?
For virtualization, high IOPS, low latency and consistent performance are crucial. Enterprise SSDs often excel here. NVMe can be especially beneficial for many parallel VMs, while SATA/SAS SSDs can also work very well for smaller environments depending on the server hardware.
What is the advantage of SSDs in servers compared to HDDs?
SSDs drastically reduce access times and increase the number of I/O operations per second. This improves VM performance, database response times, file server workloads and overall system responsiveness. In many cases, SSDs are the single most impactful upgrade for server performance.
Can I use enterprise SSDs in a workstation?
Yes. For data-intensive workloads (such as video editing, large projects or simulations), enterprise SSDs can provide stable performance and high endurance. The key factor is interface compatibility (SATA, SAS or NVMe) with the workstation platform.
Why are enterprise SSDs often more expensive than regular SSDs?
Enterprise SSDs are built for reliability, endurance and consistent performance. They often use higher-grade components, different firmware strategies and are qualified for professional workload profiles. In server environments, this can make them the better long-term choice.
What should I check before buying a server SSD?
Key factors are the interface (SATA, SAS or NVMe), form factor (e.g. 2.5"), capacity, endurance (DWPD/TBW) and compatibility with your controller and backplane. It also helps to consider the intended workload (boot drive, VM storage, database or cache).